Sports A Field

Hot Hunts, Cold Hunts

Hunting when it’s blistering hot or freezing cold presents serious challenges.

Photo above: In southern Alberta, the author attempted to hunt mule deer in the teeth of a November blizzard. It was fruitless; the only choice was to get out of the wind and wait for the storm to pass.

We’re all different. Some of us do better in cold weather, others when it’s blistering hot. Either extreme can be deadly, and to some extent, effects are cumulative. Back in the 1970s, I got frostbite on my hands and feet during a winter exercise in Korea. It was minor–I have all my fingers and toes–but to this day, my extremities are super-sensitive to cold. It doesn’t have to be very cold for them to hurt like I’m holding them in flames. 

Heat exhaustion and, far worse, heatstroke, are also dangerous. Both while in the Marines and while hunting, I’ve spent a lot of time in extreme heat. Fortunately, I’ve never crossed the line into heat exhaustion. I can take hot weather better than extreme cold.

Cold Hunts

When she suggested I write this article, editor Diana Rupp guessed that my coldest hunt was probably my polar bear hunt. Not really. Sure, it was cold, but that hunt occurred at the end of April. There was lots of daylight, and temps were running about 0 to minus 20 F–almost balmy for the Arctic. I’ve been in lower temps on late elk hunts, Asian sheep hunts, Canadian deer hunts, spring grizzly hunts in Alaska, and some other places.

The coldest hunts I’ve ever done were November hunts for muskoxen and Arctic Island caribou. Going late is good for mobility with snow machines. What’s not good is that you only have a few hours of daylight and a long Arctic night. By November, the mercury plummets, and there are a lot of wind and storms.

The author and John Plaster with Plaster’s muskox, taken on a late fall hunt in Nunavut. With little daylight, brutal cold, and a lot of wind, these have been the author’s coldest hunts. This muskox was freezing faster than it could be skinned.

Wind chill is always the worst. It doesn’t have to be cold to get cold. The coldest I’ve let myself get in a long time was on my son-in-law’s summer polar bear hunt, in early August. It was just below freezing, not really cold. While glassing for bears, we got freezing rain squalls and wind. I needed more layers, and I was hypothermic by the time we got back to camp.

When it’s cold, the simple solution is to dress for it. With good stuff. Take into account your inactivity while glassing, traveling, or sitting on stand, the cold slowly seeping in. On Arctic hunts today, it’s common for the outfitter to supply gear. When Canada first opened modern muskox hunting in 1981, I had one of the first permits, for early November on Victoria Island. I had never been in cold like that. I brought what I had and used Inuit caribou skin parka and overpants. They worked great. Later, I acquired Northern Outfitters (no longer in business) Arctic gear, “moon boots” and layers. That stuff has served me well on all seriously cold hunts ever since.

This is not “camp” on an Arctic muskox hunt. Waiting for a storm to pass, we were just playing, but we are properly dressed for a below-zero day.

Things to keep in mind: Most heat loss is from the head and neck. I start with a silk bandanna around my neck, a face mask if necessary, then a wool balaclava with plenty of edge to pull down over the ears. Good gloves, with windproof mittens over them. Then, perhaps most important, the outer parka must have a good hood with collar that can be secured. In cold, one must also pound down the calories, and both heat and cold tend to dehydrate you, so keep drinking (in cold weather, warm drinks if possible) and avoid alcohol. Perhaps the worst part of extreme cold is going to the toilet. Which, regrettably, we all must do. Make a plan, lead the need, and get out of the wind.

So, just how cold can it get? The lowest recorded temperature on Earth was in Antarctica, minus 128.6 degrees F. I’ve never felt cold like that and don’t intend to. I have felt minus 50 and lower, but that’s just a number; wind chill and level of activity are more important. On my first Marco Polo hunt in Tajikistan, we got pinned down behind some rocks while waiting for a group of rams to move. My feet were on fire; I did jumping jacks in the lee of a boulder. It helped some, but it was six months before I really got feeling back in my feet.

The coldest hunts the author has ever done have been November hunts in the Arctic, when it’s brutally cold, windy, and there’s not much daylight. Even “spooning” in the komatik (sled) didn’t help much.

Hot Hunts

How hot can it get? One fine summer day in 2002, we were operating near the Iraq border. My German battalion commander came up and said, “Sir, I don’t know if you really want to know this, but where we’re standing, it’s 160 of your degrees.” The highest recorded ambient temperature on Earth was in Death Valley, 134 degrees F. So 160 degrees was unlikely. However, it was a German chemical battalion, and weather was critical to their business, so I place some credence in the number—maybe it was some kind of weird hotspot. Even if the sensor was wrong, it was beastly hot. I told the troops to make shade, and we shut down until sunset.

Thanks to years of training at Twenty-nine Palms in the Mojave Desert, I have experience with extreme heat. It’s dangerous, but we paid attention and heat casualties were rare. Covering up is unpleasant, but it’s important to avoid direct exposure to the sun and to keep drinking. The watchwords were: If you wait until you’re thirsty to drink, it’s already too late. Keep pounding fluids down. Good old water is the best, although today’s electrolyte packets are excellent.

It was still winter in Chad, but it was hot up in the rocks in the Ennedi Mountains. The author borrowed a page from the trackers and covered his head to keep the sun off.

Here in North America, we have relatively little hot-weather hunting. One exception is the California Central Coast, where our “A” Zone archery season starts in July, rifle season the second Saturday in August. This area has the greatest average day/night temperature swing in the US; a 50-degree F change is normal. Early mornings are pleasant, then it heats up fast, often to well over 100 degrees. Carry plenty of water. If you get a buck, it becomes a footrace to the cooler.

I was hunting a property adjoining Fort Hunter Liggett with friend and colleague the late Durwood Hollis one blistering August. It was already getting hot and he was just about to turn back toward camp when he shot a buck. He ran out of water and was in serious trouble when he struggled into camp in late afternoon, the buck on his pack frame.

I did more than a dozen safaris in Central Africa, where it’s always hot. The forest zone is both hot and humid, but it’s usually not dangerous heat, and you’re usually walking in perpetual shade. Just keep drinking. Cardinal rule: In warm weather, never leave camp or vehicle without plenty of water. A good guide or PH will know this, but anybody can get excited, so it’s always good to double-check. 

Craig and Donna Boddington with Donna’s excellent western roan from Burkina Faso. In April, this was one of the hottest hunts the author has ever done. Great hunting, but a month earlier would have been more pleasant.

Farther north in Africa, above the forest zone, I’ve found the heat much worse. North of the Equator, there is a short winter, with the months of January and February fairly pleasant. Then it starts to get hot. I did one Derby eland safari at the end of March, and it was brutal. I also hunted Burkina Faso in early April. The hunting was good, but it was too late and too hot, over 100 degrees F by late morning. The camp also served photo safaris in nearby Arly Park, and had a big, crystal-clear swimming pool to plunge into when we got back.

That camp also had air-conditioned rondavels. I’ve seen A/C in other African camps, but not often. Other than keeping fluid going, the best advice I can offer for hot weather hunts: Pack a small personal fan and plenty of batteries. In some areas it cools down a bit at night, others not, and it helps a lot if you can keep the air moving.

I also have a little water bottle with a sprayer and tiny battery-operated fan. The first time we used it was on that hunt in Burkina Faso. One exceptionally hot, still morning, we followed a buffalo for a long time until we couldn’t take the heat. We hunted for shade, drank some water, and that little sprayer perked us up.

Since then, that little sprayer has been part of my gear for swamp hunting in Mozambique. In Southern Africa—Namibia, South Africa, Zimbabwe—the seasons are opposite, and winter mornings can be cold. October heats up and November is brutal, known as the “suicide month” in Zimbabwe. Late-season hunting is excellent, with game concentrated around available water, but it’s hot. And doesn’t cool down much at night.

Mozambique is more tropical, always warm, but very hot in October and November. Near the Zambezi Delta, where I usually hunt, the Indian Ocean is near, so it cools down at night. However, when we go out into the swamps, there’s no shade and it’s hot. I still like the late season, because the hunting is good. If you’re the opposite of me and know you don’t do well in heat, go earlier.

The author and PH Guav Johnson at the end of a long, hot day in March in northern Cameroon. They took up the tracks at 6 a.m., and got the shot about ten hours later.

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Brocket Deer

This jungle deer is probably America’s least-known big-game animal.

Photo above: The author’s big Yucatan gray-brown brocket was taken at Balam, state of Quintana-Roo in 2013. If you don’t know brockets, it doesn’t look like much, but a buck like this is equivalent to a monster whitetail. 

Just the other day I was in deer camp at Steinbeck Vineyards, during our August coastal deer season. On a blistering afternoon, we were killing some time and swapping stories, waiting for it to cool down a bit. One of the hunters, Kyle Welker, showed me a photo of a huge gray-brown brocket, one of the biggest I’ve seen. This is sort of equivalent to a 190-inch whitetail. Its antlers were thick, sharp spikes, clearly more than six inches long. Huge. We passed his phone around and half the folks in camp, all experienced hunters, had never heard of a brocket deer.

The brockets are small jungle deer, found in multiple species and races from southern Mexico down through Central America, on through the vast Amazon Basin to northern Argentina. Most of us consider “North America” to run north from the Panama Canal. Even by the stingiest definition, Canada, Mexico, and the United States are North American countries. So, Mexico’s brocket deer are bonafide North American game animals. Yet they get so little love that many hunters aren’t aware they exist.

 I first heard about brocket deer from gunwriting great and early deer hunting guru John Wootters, a patient and important mentor when I was a new editor. From Texas, Wootters did a lot of hunting in Mexico, tried several times to get a jaguar (when still legal). For sure, he’s the first person I knew who had taken a brocket deer.

I was fascinated, and I put brockets on my bucket list. I had my first chance in the 1980s, joining SCI leaders Andy Samuels and hunting legend Dr. Jim Conklin on a brocket hunt in Mexico’s Yucatan. It wasn’t a great hunt– the outfitter was a mess, little food, sleeping in hammocks under the stars. But there were plenty of brockets. I think we had five hunters in camp, and I was the only one who didn’t get a buck. That happens. In any camp, someone draws the neck of the chicken. I passed on females, never saw a buck. I now know that four of five was an astonishing success rate.

In those days, a brocket was a brocket. The brocket deer of southern Mexico are the least-studied and least-known North American big game animals. Local hunters talk about mountain and dwarf brockets, which may or may not exist as distinct races. Today, we know that, in southern Mexico, there are Yucatan gray-brown brockets (also called brown brockets), and red brockets.

Midway through Boddington’s fourth attempt at hunting them, this excellent red brocket pranced into a little clearing in the heat of the day.

Current taxonomic thinking places them in different genera: The smaller red brocket is Mazama americana; the more widespread brown (also called gray/brown) is Odocoileuspandora, thus of the same Odocoileus genus as whitetails and mule deer. I’m no scientist, but this makes sense; at first glance, a gray-brown brocket could be mistaken for a small first-year-spike whitetail. The red brocket is quite a different animal. Not just different in color and size, but differing in skull shape, pedicels, and antler curve.

The gray-brown seems happiest in less dense jungle and can be found in edge habitat close to agriculture. Slightly smaller, with sharp, straighter antlers, the red brocket is more a creature of the densest jungle and often found in hilly country. Their habitats overlap, but where they are found together it seems to me there might be ten brown brockets for every red brocket. Not that you will see ten brockets of either color. On a couple of week-long hunts, I might have seen a half-dozen gray-brown brockets. On others, in a week of hard hunting I never saw a single deer.

A brown brocket is one of the most difficult North American animals to hunt. The red brocket is several times more difficult. I made four dedicated hunts for a red brocket. The only one I’ve seen is the one I took in 2022.

On my first jungle hunt, “Dr. Jim” was bopping back toward “camp” near dusk and saw a nice buck drinking from a stream. He shot it, and it was clearly different from the brockets our friends had taken. Smaller, narrower skull, with straight antlers. In those days, even in the record books, a brocket was a brocket, but I’m convinced Dr. Jim shot a red brocket.

Seasonal color varies, all antlered animals vary in antler configuration, and size differential is small. So, what’s the difference between gray-browns and red? With this story, I am sharing perhaps the rarest hunting photo I have. Mexican friend and dedicated hunter Andres Santos took a nice gray-brown, and on the same day another hunter took a big red brocket. Andres had the presence of mind to put them together; in the only side-by-side photos of brown and red brockets I have ever seen. 

A good red brocket on the left, also good Yucatan gray-brown brocket on the right. This photo clearly shows the differences in skull shape, pedicels, and typical antlers between the two species. (Photo by Andres Santos)

I did several more Yucatan hunts and took gray-browns. Typically, brockets are taken from machans in the jungle, using shotguns. One was on the edge of agriculture, taken with the outfitter’s rifle. Clean, sharp spikes are typical, but both species occasionally fork. That buck had a major fork in the lower third of the left antler.

A few years later, during a hot midday I was comfortable in a hammock, watching a waterhole, with Yucatan hunting legend Hector Arias. Hammocks are comfy and I was out like a light when he punched me. “Big brocket coming.”

Whether close to the ground or suspended in a tall tree, comfortable and quiet hammocks are commonly used in most Yucatan hunting. They also keep you off the ground and away from creepy-crawlies, of which the Yucatan jungle has plenty.

I rolled out, crawled a few yards. I could see the legs, not the head, and then the buck stepped into view.  I almost emptied the Benelli, filled with No. 4 buckshot. It was a huge brocket, with big bases, antlers curving slightly inward. Kyle Welker’s buck looks bigger. Both are as rare as a 190-inch whitetail. And, like most big animals, it takes some luck. Right place, right time.

It’s tough hunting, usually hot and humid, but the jungle is so different from any other North American habitat. It’s not comfortable, and I hate stand hunting, but you never know what you might see. Agoutis, white-lipped peccaries, howler monkeys, tapirs in the rivers. A Kansas friend, Brad Oakes, joined me one spring. He was sitting over a waterhole and had a big jaguar in front of him at forty yards. I’ve seen tracks, never a jaguar, but I’d love to see one. I came to enjoy the Yucatan jungle.

The good news: It’s not an expensive hunt, and although it’s always best to concentrate on the main goal, there’s plenty of other game, and Yucatan is the only place for ocellated turkey. It’s unlikely I could ever take a bigger gray-brown, no interest in trying, but I decided I wanted a red brocket, probably the most difficult North American animal to hunt on purpose.

I spent a week at Balam in tall machans, red brockets on trail cams. Irregularly; they’re always irregular. Never saw a brocket, red or brown. My friend Rex Baker came up with his North American “Rex Baker Super 40,” including both gray-brown and red brocket. Rex didn’t have one either, so we were on parallel paths. And equally stubborn. Rex got his red a few days before I took mine.

Famous hunter Rex Baker with a fine red brocket, taken on his fourth attempt in 2022…a few days before the author took his red brocket. This was Baker’s final animal for the North American “Rex Baker Super 40” that he created.

In 2021, my friend Sergio Alcazar (ALC Global Adventures) suggested Mario Canales, operating in Yucatan. Most Yucatan hunting, for ocellated turkey and brown brocket, seems to be in late spring, April into May. The red brockets are on a different schedule, feeding when the amapola trees drop their flowers…in late March. As a tropical deer, some bucks (not that you will see a bunch) seem to be in hard antler throughout the year, but the majority seem to be in hard antler in spring.

I saw no brockets at all on our 2021 hunt, but Sergio got a very nice red brocket, antlers fully formed but not yet shed. Between the two of us, 50 percent success was awesome. Hector Arias was now working with Mario, and the two of them were seriously studying their red brockets. I tried again in March 2022.

Hector and I sat in tall machans for a couple days, saw nothing. Toward noon on the third day, we had a wind change, so we vamoosed for lunch and a siesta. I had just dropped off in my hammock when Hector shook me. “We go.”

I cannot know if it was luck or instinct. We climbed a steep ridge, crawled up into hammocks in a tall machan at about 2 pm, heat of the day. I was just getting comfortable when Hector nudged me and pointed. Good Gawd, the only red brocket I’ve ever seen pranced into the white amapola flowers littering the ground.

I shot him with the camp Mossberg, at maybe 25 yards, the entire No. 0 buck pattern striking his shoulder. Hunting with the next-door outfitter, Sergio got his red brocket on his first hunt, but in three tries hasn’t yet taken a brown. Rex and I were on our fourth attempts. I have no idea how many times Andres Santos has tried. He still doesn’t have a red brocket. As Jack O’Connor said of Coues whitetails, “Even where there are a lot of them, there aren’t very many of them.” 

There is no place where there are a lot of brocket deer. It’s not a physically demanding hunt like sheep, but I know of no North American animal more difficult. The brocket is a cool little deer that’s worth the effort. You just keep trying.

A typical waterhole in Yucatan, a good place to sit for any of the jungle game. You never know what animals might drop by.

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The Fast Sevens

The new 7mm cartridges shoot fast and flat with heavy bullets, making them practical for a wide range of hunting applications.

Just yesterday I was asked, “What rifles do you take to Africa?” That’s a moveable feast. There are many good plains game cartridges, also many suitable for dangerous game. I like to switch around, because Africa’s wonderful variety offers the world’s best opportunity to see how rifles, cartridges, and bullets perform. Last year I took a .308 for plains game. Often, I take faster .30s.

I recently had to cancel a safari because of a family health issue. I won’t get there this year, but when I do I plan to take my Flat Creek Precision 7mm PRC for plains game. I realized I hadn’t taken a fast 7mm to Africa for thirty years, although I borrowed PH Fred Burchell’s 7mm Remington Magnum in 2023.

Introduced in 1962, Remington’s Big Seven became the world’s most popular magnum, recently overtaken by the .300 Winchester Magnum. In the 1980s and 1990s, I had a succession of three 7mm Rem Mags. I never used them for elk or other extra-large game, but I used them for most of my deer hunting, much mountain hunting, and for African plains game with consistently deadly results.

There are lots of choice in fast 7mms including, left to right: .280 Ackley Improved (AI), 7mm Rem Mag, 7 PRC, 28 Nosler, 7mm STW, 7mm RUM. To the right, they’re faster but a little over bore capacity. The 7mm Rem Mag and 7 PRC are almost ballistically identical, but the 7 PRC is designed and has fast barrel twist specified for today’s longer, heavier low-drag bullets.

The strongest argument for the 7mm has always been the wide range of bullet weights, from fast 140-grain bullets to 175-grain heavyweights. What we call 7mm began in 1892 with the 7×57 Mauser using a .284-inch bullet (literally 7.21mm). The 7×57 used a 1:866-inch twist to stabilize 173-grain roundnose military bullets, which “Karamoja” Bell used for elephants.

Faster European 7mms soon followed, but we didn’t have an American .284-bore until after World War II. Roy Weatherby’s 7mm Wby Mag was first in 1945, .300 H&H case shortened and necked down. The 7×61 Sharpe & Hart was developed in America by Phil Sharpe and Dick Hart. Similar belted case, a bit shorter with more body taper, not as fast. Only chambered in Europe, the 7×61 S&H had some traction here as a wildcat.

The 7mm Rem Mag has always, and deservedly, been considered an accurate cartridge…despite its belt and slow rifling twist. In 2012, this 50th Anniversary Remington M700 produced sub-MOA groups straight out of the box with factory loads.

There were other 7mm wildcats. Warren Page, Shooting Editor at Field & Stream, did most of his hunting with a 7mm Mashburn Super Magnum, also based on the .300 H&H case shortened and blown out. With 175-grain bullets, Page used it for game up to Alaskan brown bear. So did gunwriting great Bob Hagel, who wrote our Handloading column when I was the Editor at Petersen’s HUNTING. Hagel was incredibly knowledgeable but almost a hermit, and I may be one of the last people alive who actually knew Bob Hagel.

At the same time, aircraft engineer and Wyoming outfitter Les Bowman decided that a fast 7mm would be more effective on elk than the .270, with less recoil than fast .30s. Bowman went back to 1912’s .275 H&H, .375 H&H case shortened to 2.5 inches. The .275 H&H was Bowman’s model, but the .275 used a .287-inch bullet, same as the long-obsolete .280 Ross. By then, most 7mms worldwide had standardized on the 7×57’s original .284-inch bullet (literally 7.21mm)

Les Bowman was highly respected, and some of the Remington folks were hunting with him. American hunters wanted a fast 7mm. They already had one in the 7mm Wby Mag, but Roy Weatherby wanted to keep his cartridges proprietary. Remington already had a good 7mm in 1957’s .280, but belted magnums were “in” and shooters wanted more speed. Remington’s engineers accepted Les Bowman’s version and in 1962 introduced the 7mm Rem Mag. It took off like gangbusters and remains a world standard hunting cartridge.

Remington went with a 1:9.5 twist in its Big Seven, and Weatherby uses a 1:10 twist in their 7mm. Seems odd, but not in the context of 60 years ago. Bullet stabilization in rifling twist is more about bullet length than weight. Computer-designed low drag bullets didn’t exist, nor did all-copper bullets, which are longer than same-weight lead-core bullets. Shooters wanted speed, best delivered by lighter bullets. After all, most American hunters hunt deer, not elk or big bears.

You really don’t want to shoot a wildebeest at last light; they’re too tough. Michael Sydnes flattened this big bull at sunset, 350 yards plus, with a 7mm LRM (Gunwerks’ proprietary forerunner to the 7 PRC) and 180-grain Berger. It was this shot that got the author interested in the new, fast-twist 7mm cartridges. 

As factory-barreled, the 7mm Wby and Rem Mags are at their best with bullets from 140 to 165 grains. They can stabilize some 175-grain bullets, but they must be short, not long and sleek. Now we have 7mm bullets up to 195 grains, with Ballistic Coefficients (BCs) once unimaginable. Faster twists are needed to stabilize them. Rebarreling is always an option, but new 7mms, including 28 Nosler, 7 PRC, and Federal’s 7mm Back Country are specified for faster twists, usually 1:8, designed for the new extra-heavy and extra-long .284 bullets.

It took me a while to get interested. In 7mm, a 1:8 twist starts at about 160 grains and will shoot the longest and heaviest 7mm bullets currently offered. It always depends on what you’re doing. The new fast-twist 7mms are over-stabilizing the 140 and 150-grain bullets many of us like to use for deer-sized game. The extra-long, extra-heavy bullets fly great at extreme range, but they aren’t as fast and they kick more.

Like I said, when I was hunting a lot with 7mm Rem Mags, I wasn’t using them for elk. I was doing my elk hunting with .30-calibers and larger. In my 7 mags, I mostly shot 160, 162, and 165-grain bullets. Great accuracy, awesome penetration, mild recoil. I don’t think I’ve ever fired a 175-grain bullet through a 7mm Rem Mag, never had any reason to.

There are faster 7mms, including 7mm STW and 7mm RUM. Both can be very accurate, but they are over bore capacity, limiting suitable propellants, and reducing barrel life…and both were commonly barreled with slow twists. With the new heavy 7mm bullets, it occurred to me I might be missing something. Then, In South Africa in June 2022, I got a graphic demonstration. I was using a test rifle in .300 PRC, awesome performance, but it confirmed my belief that, fast twist or not, as a hunting cartridge it didn’t do anything my older fast .30s wouldn’t do.

Most of my camp mates opted for camp rifles. Our outfitter, John X Safaris, had a rack of Gunwerks rifles in 7 Long Range Magnum (LRM), a proprietary that preceded 7 PRC, similar in ballistics, dialed-in with 180-grain bullets. I was mightily impressed. One evening, I was with Michael Sydnes, and we got on a group of blue wildebeest at sunset. Toughest of all antelopes, he dropped a big bull in its tracks at something past 350 yards.

When the 7 PRC was new, I used a Mossberg right-hand Patriot and liked it. I soon asked Charlie Barnes at Flat Creek Precision to build me one on a left-hand receiver. It’s shooting half-MOA groups with 175-grain ELD-X, and I’m loving those long, heavy bullets.

Since I’m not an extreme-range shooter, one could argue that I don’t really need them. And I’m not saving recoil. The 7 PRC pushes a 175-grain bullet up to 3,000 fps. About the same as a .300 Win Mag with 180-grain bullet, like in recoil.

Except for the ability to use longer bullets, the 7 PRC is surprisingly similar to 7 Rem Mag. Case capacity is about the same, 82 grains for PRC, maybe a grain more for 7mm Rem Mag. The PRC’s shorter, fatter case is more efficient, does a little better with heavier bullets, but velocities are close. With 200-yard zero and bullets with reasonable aerodynamics, both cartridges drop around three feet at 500 yards. At some point past 600 yards, although starting slower, the new extra-heavy low-drag bullets will pass all 7mm bullets that have come before. However, not everyone needs (or wants) to shoot that far.

In terms of “score,” this is the author’s best-ever whitetail, taken in South Texas with his beautiful David Miller 7mm Rem Mag. Pre-rangefinder days, the buck was tending a scrape far down a sendero, no choice but to get as steady as possible, guess the range and shoot. That’s what a fast 7mm is best at.

Of course, the PRC was designed for those long, heavy bullets. With them, on deer-sized game, it’s the hammer of Thor. On elk, I’m not yet certain. So far, I’ve taken just two bulls with the Flat Creek 7 PRC with 175-grain bullets. That’s too small a sampling for a firm opinion. Both were big bulls in the rut, full of adrenaline. The first was close, and went nowhere, but two more shots were needed to get him down and finish the job.

The other was 300 yards, hit quartering away. The bullet exited the off-shoulder. He ran maybe 80 yards and piled up. However, he showed no visible reaction to the shot–and left not a drop of blood in those 80 yards. He nose-dived into a thick deadfall, and we walked past him a half-dozen times before we finally found him.

Boddington and Hornady’s Neil Davies with the author’s 2025 Utah bull. Shot at 300 yards with a 175-grain ELD-X, shot placement and bullet performance were excellent, but the bull showed no reaction and ran 80 yards without a drop of blood. Even with today’s extra-heavy bullets, the author isn’t certain the 7mms are ideal for elk-sized game.

Although I’ve taken elk effectively with smaller calibers (.270s), most of my elk were taken with larger calibers. They were not necessarily faster nor delivering more energy, but with bullets of larger diameter and often heavier. I can’t get it out of my mind that the first bull would have gone down more quickly to a fast .30 or .338. The second bull might have run as far but might have left some blood and been easier to find.

So, I’m not yet certain if Bowman, Hagel, and Page knew something I haven’t yet learned. Sorry I won’t be learning more in Africa these next few weeks, but it’s okay. Fall hunting seasons are coming, and there’s always next year in Africa. With a rifle that’s shooting as well as my 7 PRC, I’m certain I’ll do some learning.

The author’s Flat Creek Precision 7 PRC is producing groups that get any shooter excited. The inset three-shot test groups came with the rifle. It took him some work to get there, but the five-shot group right center shows that he’s there.

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The Right to Hunt and Fish

Here’s what you need to know about Colorado’s proposed “right to hunt and fish” Constitutional amendment.

Photo above by Victor Schendel Photography

Hunting and fishing are important to many of us, but they are far more than recreational activities. They form the basis for the science-based wildlife management system and funding mechanism that has built and maintained the abundant wildlife resources we enjoy today. Hunting and fishing are not only the tools by which we manage wildlife populations, but they are also the primary means by which wildlife conservation is funded. Fees generated by licenses and tags and the excise tax revenue from the sale of hunting and fishing equipment pay for scientific research, population surveys, habitat acquisition and improvement, and much more.

In the last few years, I’ve watched with growing dismay as the anti-hunting movement flexed its muscles across the country, including in the state I call home. Here in Colorado, there have been multiple attempts to ban specific types of hunting via end-runs around scientific management protocols. Meanwhile, some of our state wildlife commissioners have openly boasted about voting their “values” and “feelings” over wildlife science, dismissing the studies and findings of their agency’s own professional biologists.

In some states, things are even worse. Oregon came frighteningly close this year to placing a measure on the ballot that would classify hunting, fishing, raising livestock for food, and even trapping rats and mice as criminal acts. The measure, IP 28, fell short of the required number of signatures to make the ballot—but it did get 104,262 validated signatures, which is scary enough, and its proponents are likely to try again next year.

In Colorado, a strong coalition of sportsmen’s groups led by Coloradans for Responsible Wildlife Management (CRWM) has been successful in beating back the most egregious threats to hunting and angling. Now this coalition has decided it’s time to stop playing only defense. It’s time to take back the ball, as it were, and go on the offensive to forestall radical proposals like the one in Oregon.

That’s the backdrop to an initiative that will appear on this November’s ballot. If it passes, Amendment 83 would establish a constitutional right to hunt, fish, and harvest wildlife in Colorado. The measure affirms hunting and fishing as preferred methods of wildlife management, while preserving the state’s authority to regulate these activities based on sound science, public safety, and long-term conservation goals.

It’s true that hunting and fishing in Colorado are already protected by state statutes, as they are in most states. But state laws can be changed relatively easily, and anti-hunting groups have figured that out. Constitutions are a lot harder to change than statutes, and that’s the whole point of the proposed amendment.

If the attempt is successful, Colorado would be the twenty-fifth state with a constitutional right to hunt and fish. The precedent goes all the way back to 1777, when Vermont amended its constitution to read, in part: “The inhabitants of this State shall have liberty in seasonable times, to hunt and fowl on the lands they hold, and on other lands not inclosed… under proper regulations…”

In more recent times, twenty-three other states have followed suit in amending their constitutions to protect hunting and angling. They are: Alabama, Arkansas, Florida, Georgia, Idaho, Indiana, Kansas, Kentucky, Louisiana, Minnesota, Mississippi, Montana, Nebraska, North Carolina, North Dakota, Oklahoma, South Carolina, Tennessee, Texas, Utah, Virginia, Wisconsin, and Wyoming.

The exact wording of Colorado’s initiative to create Amendment 83 is as follows:

“Shall there be an amendment to the Colorado Constitution creating a constitutional right to hunt, fish, and harvest fish and wildlife by traditional methods, including all species of fish and wildlife managed by the state except non-game species, endangered species, or any species that is illegal to hunt under federal law, and, in connection therewith, establishing hunting and fishing as the preferred means of managing fish and wildlife populations; and preserving the right of the state to regulate hunting, fishing, and wildlife management if necessary for sound scientific wildlife conservation and management, public safety, or to preserve the future of hunting and fishing opportunities for all species?”

This would not mean that hunters and anglers would have the right to go around trespassing or breaking the law, and it would not limit the authority of the state wildlife agency to set seasons, bag limits, and game laws. It simply establishes that hunting and fishing are the primary and preferred means of responsibly managing and controlling fish and wildlife populations.

The idea is that if someone tries to ban a commonly used method of hunting or fishing, or stop hunts for a currently hunted species without a solid scientific reason, hunters and anglers would be able to use this constitutional right to challenge it in court. Shortly after Florida passed its amendment in 2024, for example, activists attempted to stop the state’s black bear hunt. A court found that the scientific basis for the hunt was sound, so it was allowed to proceed.

Bottom line: A constitutional right to hunt and fish is another tool we can use to ensure that professionals, not politicians, make decisions about wildlife management. It can help state agencies continue to be guided by science rather than emotional rhetoric.

If you value wildlife and the great outdoors, you should support the Colorado sporting community’s move to go on the offense to preserve the state’s rich sporting heritage.

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Blowin’ in the Wind

Sure, you watch the wind when you hunt, but do you know how to read it?

Photo above by VicSchendelPhotography.com

Hunters probably pay more attention to the wind than most people, but how many really understand the phenomenon itself, how it forms and moves, how it affects and helps predict incoming weather, and the many ways it can impact personal safety? 

To the simple question of what causes wind, there is a simple-seeming answer: Wind is air moving from high pressure to low pressure, influenced by temperature differences, Earth’s rotation, and local geography.

Unpacking that definition is not so simple, however. 

For starters, nearly all weather occurs in the troposphere, the lowest stratum of our atmosphere. This roughly 7- to 12-mile-high layer of air is mostly heated from the bottom up. Solar radiation warms the Earth’s surface, which then warms the air above it. Because the surface is so variegated, warming is uneven. Land heats up much more quickly than water, for instance. Warmer air is less dense (its molecules more separated) than cool air, so it rises, creating an area of lower atmospheric pressure. Air pressure is the weight or force of air being pulled down by gravity at a given point. The denser (heavier) the air, the higher the pressure. As warm air lifts, nearby cooler, high-pressure air moves in to fill or equalize the gap. High pressure air always flows toward lower pressure air. That flow or movement is wind.

A good local example of this dynamic is illustrated by land and sea breezes. When land is bordered by a substantial body of water, such as an ocean coastline or the shore of a large lake, daytime sun rays heat up the land much more quickly than the water. (Water disperses heat more widely and deeply than a comparatively thin layer of solid ground, which is a much more efficient conductor of heat.) The air over land warms and rises, creating an area of low pressure. The cooler (higher-pressure) air over the water rushes in. These “sea breezes” are a pleasant relief on hot summer days. At night, the dynamic reverses. Land cools off quickly, while the day’s heat retained in water releases slowly. Now the low pressure is in the warmer air above the water, and the land air is cooler. Low pressure air over the water lifts, and high pressure air from the land rushes in, reversing the day’s wind pattern with a “land breeze.”

Two more key concepts help explain how wind works. Warm air rises, but it cools as it lifts, since temperature decreases with altitude. Cool air eventually sinks, warming as it lowers. This rising and falling of air results in a roughly circular movement called convection. Locally, there are minor convection currents; when these grow large enough they become “convection cells” (as displayed, for example, in large cumulus clouds). The convective process has been called the engine of weather systems, since it transfers heat throughout the atmosphere, drives cloud formation, generates precipitation when the clouds are loaded with water vapor, and contributes to the creation of winds.

Wind patterns circulate because of a second important concept: the Coriolis effect, which is caused by the eastward rotation of the Earth. Because the planet spins faster at the equator than at the poles, objects at different latitudes travel on the Earth’s surface at differing speeds. This causes winds to bend to the right in the Northern Hemisphere and to the left in the Southern Hemisphere. Globally, the Coriolis effect helps shape large-scale wind patterns such as the polar easterlies, the trade winds, the jet stream, and the prevailing temperate-latitude westerlies (winds that blow approximately west to east, as, for instance, across most of the United States and Canada). 

Local geography can also be an important influence on wind. A good example, very relevant for hunters, is how winds form and operate in mountainous terrain. On a daily basis, air flow in the mountains has a similar dynamic to land and sea breezes. In the morning and for much of the day, sun rays heat the mountain slopes. As air near the slopes, and possibly from an adjacent valley floor, warms, it rises, flowing uphill toward the ridge or peak. This anabatic or “valley” wind might be very light, hardly noticeable in some cases, but it can carry your scent to animals above you. (Note that sometimes the upslope air current is mitigated by more substantial “weather winds” blowing in from a frontal system or storm.) And just as with land/sea breezes, the mountain wind reverses as the sun goes down. The slopes cool, which also cools nearby air, making it heavier. Gravity drives the denser air downslope from the mountain top, creating a katabatic wind. These evening and night winds can be strong and cold–especially if funneled through a pass or canyon–so it’s wise to prepare for them in mountain country.

Another kind of downslope wind is a foehn (sometimes spelled fohn). Unlike a katabatic wind, which is a local temperature phenomenon, foehn winds result from large-area, regional differences in air pressure. They are formed when moist air systems approach the windward side of a mountain range that runs perpendicular to the prevailing wind. As the moist air lifts upward against the windward slopes, it quickly cools. Water vapor condenses and falls out, either as rain or snow. The air that makes it over the peak or ridge is now dry, and descends rapidly on the leeward side as an increasingly warm and sometimes strong wind. The famous chinook winds of the mid-to-northern Rockies are foehn winds. Although foehns occur in all seasons, they are most striking in winter, when surges of warm air rush down the Rockies and onto the frigid Great Plains, turning bitter cold into spring-like warmth, melting the snowpack as it goes. (One folk name for these winds is “snow-eaters.”) Temperatures can rise 45 degrees in 15 minutes. Montana towns east of the Rockies have gone from near zero to 68 degrees in a few hours. Snowmelt occurs so quickly that floods are a problem, and the inevitable quick refreeze creates icy roads and hazardous travel. In the mountains, the plunge of very warm, dry air can trigger flash floods, slushy trails, and avalanche danger on the leeward side–so relief from the severe cold can be a mixed blessing. 

In meteorological terms, an air mass is a large parcel of atmosphere that is fairly uniform in temperature and moisture content. Within these masses are pressure systems–areas of either high or low air pressure–that can be large enough to cover a million square miles. High-pressure systems are associated with fair skies, mild winds, and stable weather. Airflow is anticyclonic–clockwise and moving outward from the center. Low- pressure areas flow cyclonically, which is counterclockwise and inward toward the center. (These airflow directions are reversed in the Southern Hemisphere.) Lows are associated with turbulence, precipitation, and wind. When high- and low-pressure systems meet, creating a front, wind forms. The intensity of the wind is determined, in large part, by the extent of the pressure difference, or gradient. A steep gradient–very high pressure meets very low pressure–produces the highest wind speeds. When a cooler air mass plows into a warmer mass, forming a cold front, the warmer air is driven higher into the sky, creating a zone of increased convection and turbulence. Ground temperatures lower, winds whip up and/or change direction, and rain or snowfall can be heavy. Cold fronts move fast and can appear suddenly, catching unobservant hunters by surprise.

An important fact to remember: when wind speed doubles, wind force quadruples. For example, a 20-mph wind pushes four times harder than a 10-mph wind. This is especially important when encountering gusting winds. Wind gusts may blow 50 percent faster (and 200 percent stronger) than the existing steady wind. These blasts can be a serious threat to anyone outdoors, and it’s smart to find shelter or at least a substantial wind break when high-wind gusts appear or are in the offing. Be sure to survey the area overhead so that you don’t seek shelter where a tree, large branch, or other heavy object might be blown on top of you, your tent, or your vehicle. 

Reading clouds and cloud progressions is a large, separate subject, but a few cloud notes are worth mentioning in relation to wind forecasting. In mountain country, keep an eye out for lenticular clouds that form like a lens-shaped cap over or near peaks and high ridges. These are altocumulus clouds that have been smoothed by high winds aloft, and can make one think of flying saucers. Often, even in mostly fair-weather skies, they are a signal that winds will increase and wind gusts might soon appear at ground level. Lenticulars that grow and lower can be a sign of incoming, worsening weather.

In mountainous country, keep an eye out for flying-saucer-like lenticular clouds—a sign that the wind is likely to increase.

Squall lines approaching from the distance as a wall of dark or dark-bottomed, low-hanging clouds (with or without visible lightning) indicate that both wind and precip are on the way. Tall, anvil-headed, dark-bottomed cumulus clouds are showing ramped-up convection, which means strong winds. Shelf clouds are cumulus with a wedge-shaped formation on the leading edge (sometimes looking like shelves of stacked, partial discs), caused by gusty outflow winds. Any darkened storm clouds showing hanging bottoms with visible roiling or rotation are a warning that high winds are on the way. 

A horizontal tube-shape spinning at the base of a cloud or squall line is a “roll” or “roller” cloud that is generating a gust front of high-velocity, down-rushing winds that can extend for a dozen or more miles and be extremely dangerous, toppling trees, ripping up tents, and throwing shrapnel through the air. Seek shelter when possible. If shelter or a windbreak isn’t an option for whatever reason in high-wind situations, lie flat on the ground, covering your head with whatever protection is available–your folded arms if nothing else. Wind speed at ground level is significantly reduced even from that blowing at head-height.  

A valuable habit to cultivate is tracking wind direction and especially changes in wind direction while in the field. In particular, note veering or backing wind shifts. A veering wind (in the Northern Hemisphere) is one that changes direction in a clockwise progression–say from southwest to west to northwest–indicating the presence or approach of a high-pressure (fair weather) system. If it’s raining or storming, a veering wind-change signals the weather is clearing and will soon improve. A backing wind, one that is shifting counterclockwise–from southeast to east to northeast, for example–promises the opposite, the presence or arrival of a low-pressure system, which usually means atmospheric turbulence and inclement weather (or even, in some Eastern seaboard locations, a dreaded nor’easter storm).

It’s wise to remember that winds don’t need to be fast and strong to be potentially dangerous. Even a mild cool breeze can increase the risk of both dehydration and sunburn, for instance. Moving air causes more evaporative fluid loss, and the cooling effect not only dulls the thirst urge, it can inhibit awareness that one’s skin is being slowly broiled by ultraviolet radiation. Conversely, a modest breeze combined with wet or damp clothing is a slow but steady path to potential hypothermia when air temperatures are 55 degrees F or colder. And in seriously cold air, it doesn’t take a lot of airspeed to increase wind chill and the risk of frostbite or other frigid-weather maladies. No matter the time of year or the particular blend of field conditions, it always pays to pay attention to the wind. 

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What’s a Damalisc?

These interesting African antelopes include the topi, tsessebe, blesbok, and bontebok.

Photo above: A group of bontebok in South Africa. Although blesbok also have white faces, they lack the bright white body markings of their close cousin, the bontebok.

The damalisc antelopes, genus Damaliscus, are close relatives to the hartebeests (genus Alcelaphus), with similar color and coat, preorbital glands at the inside corners of their eyes, and similar horns on both sexes. In short, a damalisc is almost a hartebeest—but not quite! The group includes topi, tsessebe, blesbok, and bontebok, all plains-dwelling herd antelopes. In terms of wariness, they may not be the sharpest knives in the antelope drawer, but there’s nothing wrong with their eyesight, and topis and tsessebes are among the most fleet-footed of African antelopes.

I always found it interesting that the record books list “damaliscs and hartebeests” together. Horns are a primary difference. Hartebeest horns grow from massive bases, then make abrupt turns, generally ending with rearward-pointing tips. The damaliscs are at least a third smaller, with round. ringed horns that grow in gentle curves.

Within genus Damaliscus, there are just two species: D. lunatus, topi, tiang, korrigum, and tsessebe; and D. pygargus, bontebok and blesbok. Whether in horn size or shape, or anything else, none are dramatic antelopes, none considered among Africa’s great prizes. No one has ever proposed a “grand slam of damaliscs!”

However, where they occur, damaliscs are an important part of the African scene. Sometimes they are common game, sometimes local rarities, depending on where you are. They and their hartebeest cousins are among the most widespread of African antelopes. The damaliscs are discontinuous, originally found from Senegal to Kenya, and from Ethiopia to the Cape, but only here and there.

Blesbok (“buck with the blaze,” referring to the white forehead stripe) are common across South Africa and, although non-native, widely found across Namibia. Although susceptible to predators, blesbok are prolific. On safaris in Southern Africa, most hunters will take a blesbok. Like common animals worldwide, big blesbok are rare. If your PH says, “I think you should shoot that blesbok,” you probably should.

Brittany Boddington with an exceptional blesbok, taken in central Namibia. Blesbok are not native to Namibia, only South Africa, but they have been widely introduced and are common there, especially in southern and central Namibia.

Blesbok and bontebok are subspecies, and will interbreed freely, so they cannot run together else one race will vanish. Slightly smaller, with bright white underparts, the bontebok is distinct, and almost became extinct. Primary home range was in the Western Cape, on a collision path with the Voortrekkers. Deriving from Dutch, “bontebok” translates as “patchwork buck,” referencing the white markings. In the early twentieth century, only seventy pure bontebok remained. Seventeen were captured, and in 1931 Bontebok National Park was established near Swellendam, South Africa.

Compared to blesbok, the bontebok has always been a rarity. All bontebok alive today, in numerous private herds, descend from those saved in Bontebok NP. When I took mine, it was behind a low cattle fence. It wasn’t a tough hunt, but it was technically free range. Today, “certified” bontebok herds must be behind game fences to prevent interbreeding with blesbok. Just this year, the Weatherby Foundation removed bontebok from their award ballot because it is no longer possible to take one free-range.

The bontebok is slightly smaller than the blesbok in both body and horn. The two races interbreed freely so, today, “certified herds” of bonteboks must be game-fenced to prevent them from crossbreeding with the more common and widespread blesbok.

The other damaliscs, tsessebe, topi, tiang, and korrigum, occur farther north, and all are spotty. The tsessebe (often spelled sassaby) is native to certain areas in northern Namibia, the Limpopo Valley, Botswana’s Okavango, Zambia’s Bangweulu, western Zimbabwe, and southwest Tanzania. Populations are often many miles apart. It seems unclear is this weird distribution is natural or caused over time by human influence. Either way, tsessebes are where you find them.

I shot my one and only tsessebe with Barrie Duckworth in 1979, near Bulawayo, one of the odd pockets where they occur. Since, I’ve seen them in Bangweulu, in the Okavango, and occasionally on game ranches in Namibia and South Africa. In 2007, Donna was with me on an elephant hunt in central Botswana with Johan Calitz. We got the elephant early, and Johan proposed we go to Maun, buy plains game licenses, and spend a few days at his Okavango camp. The Okavango was shifting to photographic safaris, so it was the last chance to hunt that beautiful area. 

The author’s only tsessebe was taken in grassy plains near Rhodesia’s Matopo Hills in 1979, one of the “spots” in the tsessebe’s spotty distribution.

Donna had come down with something and was really sick. We made it to camp and she crawled into bed and crashed. Next day, the last thing she wanted to do was hunt, but the licenses were in her name. A tough lady, she rallied and took what were probably the last red lechwe and tsessebe to be hunted in the Okavango. 

Topi and tiang are found in East Africa, well north of the nearest tsessebe. The two are visually indistinguishable. Both have a reddish coat with almost purple iridescence, in common with blesbok and bontebok. Although there is a small coastal population on the border between Kenya and Somalia, topi are primarily found in northwestern Tanzania, southwest Kenya, and on into southern Uganda. Considered common game where they occur, they are also spotty. On the upper Ugalla in 1993, Geoff Broom and I saw tracks, never an animal. They are also present in the Rungwa, but I never saw any.

The only topi I’ve ever seen were in Kigosi, western Tanzania, east of the more famous Moyowasi. There, they were plentiful, often seen in small herds on grassy plains. Hunting with Jaco Oosthuizen, I finally got a good topi. Again, there’s a major break, with the similar but slightly larger tiang primarily found in South Sudan’s East Equatoria, east of the Nile, tipping into northwest Kenya and northeast Uganda. They are also found—and huntable—in southwest Ethiopia. I never got down there, so I’ve never seen a tiang. I probably won’t ever see one, but there’s a lot of wildlife in East Equatoria. The tiang is just one of eight antelopes that have been hunted little, or not at all, since the last Sudan safaris in 1983. Maybe peace will break out in Sudan and such a safari can be possible.

A good topi, taken in the Kigosi block of western Tanzania in 2010.

There’s another almost-damalisc, or almost-hartebeest, that I’ve never seen. Only identified in 1887, the hirola occupies a small, isolated range in northeast Kenya and Somalia. They were long called Hunter’s antelope or Hunter’s hartebeest, after HCV Hunter, who collected the first specimen. Long lumped in with the damaliscs, the hirola has more recently been ascribed to its own unique genus and species, Beatragus hunteri.  Lighter in color and smaller-bodied than topi or tiang, the hirola has lyre-shaped horns like impala, but thicker with more abrupt turns. Sadly, the hirola has been extirpated in Somalia and the current Kenya population is believed to number as few as 300. Although long protected, the hirola lives in a rough neighborhood and there is no zoo population. Critically endangered, the hirola could be the first African animal to become extinct in modern times.

There is one more damalisc that I have seen and hunted. Although it is similar to topi and tiang in appearance, the korrigum is slightly larger in both body and horn. Because of this, it’s often called “giant topi,” sharing the purple coloration of its cousins, but with dark legs instead of the tan limbs of topi and tiang. It once occupied a huge range across the Sahel, from Senegal to Chad. Old-timers (even older than me) told me of vast herds of korrigum in 1970s in the giant eland country between Chad and CAR.

Recent decline has been severe. Korrigum are gone from much former range and there are no vast herds. There are isolated populations in various national parks, with the largest numbers probably in Pendjari NP in Benin, and in Waza NP in northern Cameroon. Korrigum are on license in some adjacent hunting blocks in northern Cameroon, which is almost the only place to hunt korrigum right now.

At the turn of the millennium, when the late Alain Lefol was hunting Chad, korrigum were on license and a number were taken. Although Chad is open again, as I understand it, korrigum are either not on license or not present in the areas currently hunted. In 2000, Chris Kinsey and I hunted in Chad with Alain Lefol. It was a wonderful free-wheeling safari across 500 miles of Chad, from the Ennedi Mountains near Libya, down through Dar Sila, to the CAR border. There, along the Aoukale River, out of food, low on water, with just enough fuel to get back to Ndjamena, we found korrigum. Chris got a big bull, and mine was big enough. I’m glad I had the opportunity. 

The author, Chris Kinsey, and Alain Lefol with Kinsey’s excellent korrigum, taken on the Aoukale River in Chad in 2000. Often called “giant topi,” the korrigum is the largest of the damaliscs.

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A Big Brown Bear

Ursus arctos is one of the most impressive big-game animals in the world.

Photo above: Guides and hunters in a Mountain Monarchs of Alaska fly camp in May 2024: Boddington, guide Dave Dye, guide Pete Mayall, hunter Matt Balise. Matt’s bear, on the right, is the largest, squaring well over 10 feet.

What’s the greatest game animal in the Northern Hemisphere? For some, it’s a big elk, for others a moose. You’ll get no argument from me if you pick a wild ram. What about the big bears, the world’s largest carnivores–North America’s only truly dangerous game?

The brown/grizzly bear ranges (today discontinuously) from the Pyrenees of France and Spain east across Eurasia, across what was once the Siberian land bridge to North America, down the western mountains. Almost within living memory, it lived as far south as Mexico’s Sierra Madre, and as far east as Hudson Bay. Across this huge range, the brown/grizzly is the same bear, Ursus arctos.

Out of human compulsion, we separate the brown/grizzly bears into regional groupings. The biggest brown/grizzly bears are the bears of coastal Alaska and, across the Bering Sea, on Russia’s Kamchatka Peninsula. These bears get big because of their high-protein salmon diet in the fall and their shorter hibernation period because of the warm currents from Japan. Although data is sparse, it wouldn’t surprise me if the brown bears from Japan’s northern islands were biggest of all.

As a bucket-list item, many hunters want one big bear. Doesn’t matter if it’s brown or grizzly, just so it’s big. I shot my first grizzly in 1974, in British Columbia. Youngster that I was, I was ecstatic. Although a boar, it wasn’t big.

In 1981 I was the fledgling Editor of Petersen’s HUNTING, and I had a chance to hunt brown bear with the legendary Don Johnson out of Cold Bay, near the bottom of the Alaska Peninsula. On the first day, we saw a bear at great distance. Guide Michael Joe “Slim” Gale insisted it was a big bear. He was right, and we got the bear. Hours later, we got the skin down to a sandbar where Don might be able to land a Supercub. On that sandbar, we laid out the skin, no stretching, for the “Alaskan “square”: 10 feet 8 inches by 11 feet 2 inches. By any measurement, it was a ten-foot bear. With only slight exaggeration, it could be called an 11-footer. The story I wrote was titled “Giants Still Walk.”

This monster bear was taken in Alaska in 1981, measuring nearly 11 feet by “Alaskan square.”

One colleague called me a liar. Another wrote that such bears don’t exist. Yes, they do, but they are rare and you need luck, which I had in October 1981. I have always known I can never beat that bear. Problem is, an encounter with a big bear is such a special experience that I haven’t been able to call it quits.

I did several hunts in southeast Alaska with my old friend Jim Keeline. We never got a brown bear, but that was my fault: I flubbed a shot at a fine bear. It also took me several tries to get a big grizzly in Arctic Alaska; my timing was always too early or too late. Hunting with Dave Leonard, I caught it right on the third try and took a wonderful bear.

I got lucky again in the spring of 1992. At Ronald Reagan’s suggestion, Gorbachev tore down the wall. The world changed, and Russia’s great hunting became available. The Hunting Consortium’s Bob Kern was among the first in, and Joe Bishop and I headed to Kamchatka. At first, it didn’t feel lucky. We hit Petropavlovsk at the same time as a spring blizzard, so no bears were out.

Our outfitter had a TBD, the logistics variant of Russia’s famous BMP armored vehicle. He was proud of it, so I asked how he’d gotten it. Six months earlier, when the Soviet Union dissolved, a Russian colonel wanted a bear rug to take home to his wife in Moscow. They’d made a trade. At the time, I was a lieutenant colonel, commanding an infantry battalion. I had a good laugh pondering what would happen to me if I traded a Hummer for a bearskin.

Joe Bishop, clanking through the snowy woods in May 1992, in a TBD, logistics variant of Russia’s BMP fighting vehicle. The local outfitter traded a Russian colonel a bearskin for his “tank.”

We clanked through the snowy woods in our tank, then did some hunting on snowmobiles and on cross-country skis. Joe Bishop, from Colorado, was an accomplished skier. Me, well, I’d never been on cross-country skis. I took a lot of spills and kept Joe laughing with creative Marine swearing.

It warmed up quickly. The white stuff receded, I fell down less, and the bears came out. Joe and I both took dandies, Joe’s a big light-colored boar, mine a dark, burly brute with a head like a bucket. Kamchatka Peninsula has the world’s densest population of brown/grizzly bears, with estimates varying from 10,000 to more than 27,000. After skinning my bear, Bob Kern and I laid the skin out flat on clean snow. Although it was a big bear, the best we could get out of it for the “Alaskan square” was 9½ feet. By skull measurement, though, it was the SCI world record for several years. It has now slipped to 24th place in that listing.

The author and Bob Kern with a fine Kamchatka brown bear, taken in May 1992. By “Alaskan square,” this bear was 9.5 feet, a good bear. By skull measurement, it was the SCI world record for several years.

At their very best, I think Alaska produces bigger bears. That’s especially true in the famous areas: lower Alaska Peninsula, Kodiak, Unimak. On my wife, Donna’s, one-and-only brown bear hunt, she took an honest ten-foot bear on the first day, hunting with Alisha “Mutts” Rosenbruch-Decker on the bottom end of Admiralty Island. Hers was Glacier Guides’ largest bear that season.

Donna Boddington took this big bear at the southern tip of Admiralty Island. Great bear country but not known for bears this big. Taken on the first day of her hunt, it was exactly 10 feet by “Alaskan square,” and was Glacier Guides’ biggest bear of the season.

Since the early 1990s, Kamchatka’s brown bears have offered a sound alternative. While Alaska can produce larger bears, even in the most famous places, not every hunter gets a ten-footer. And the average bear in Kamchatka beats the Alaskan average. We all like to talk about exceptional animals, but a nine-foot bear is a big bear. Anyone who passes such a bear, first day or last, is making a mistake. The Alaskan average is smaller, the Kamchatka average about there.

Overall success is higher in Kamchatka, enabled by the large bear population and snowmobile mobility through most of the spring season. Brown bear hunts in Kamchatka are less costly than Alaska, with a second bear allowed.  For thirty years, I suggested to hunters in search of a big brown bear that they consider Kamchatka. 

Then the tanks rolled into Ukraine. I had a hunt in Russia planned when the war started. Some hunters went, although in smaller numbers. At the conventions this year, I was delighted when Bob Kern told me he was resuming operations in Russia. His Kamchatka bear hunts have just concluded, and they had a great season with some great bears taken, no problems with permits or firearms importation. Camps, equipment, food, conditions have been significantly upgraded since Joe and I did that early hunt. A retired military man like me, Kern is careful and I’ve trusted him for forty-some years. There’s some hunting I’d still like to do in Russia. I’m making plans, but maybe not for a big bear. I might have scratched that itch for the last time.

In October 2023, I decided I must have one more encounter with a big bear. I went to old friend Dave Leonard’s area, Mountain Monarchs of Alaska, at the tip of the Alaska Peninsula, hunting in Izembek Wildlife Refuge around the volcanoes, an area famous for monster bears. I saw the biggest, most beautiful bear I’ve ever seen and stalked him three times. By the time we got there, he’d vanished. Then fierce Aleutian weather closed in, sending us back to our tents. The Peninsula brown bear season is “odd-number falls” and “even-number springs.” I could have waited until fall ’25, or I could try again in spring ’24. Since I no longer buy green bananas, I went back six months later.

The weather was kinder and the bears were out. I took a gorgeous, no-brainer boar 24 hours after I landed in spike camp. Twenty-four hours later, my camp-mate, Matt Balise, took an even bigger bear. Mine was under ten feet, his well over. 

Alaska produces the biggest bears, and the known “big bear areas” produce most of the giants. Accept as reality: It’s tough hunting, success not given. So, if you want a big brown bear, Alaska and Kamchatka are your primary choices. I doubt I’ll get that itch again. If I do, I’m curious to see how Kamchatka has changed since 1992.

In the 1980s and 1990s, the author did several bear hunts in the glacier country of southeast Alaska.

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Twenty-first-century Cartridges

What, exactly, makes the Creedmoors, PRCs, and other new cartridges different from our old favorites?

Photo above: The 6mm Creedmoor wasn’t necessarily designed to spit bullets faster than the old .243 Winchester, but to shoot longer, more aerodynamically efficient, higher B.C. bullets equally fast. The results are less drop, less wind deflection, and more retained energy at all distances. 

A centerfire rifle cartridge released in 2007 has become the blueprint for twenty-first century cartridge design. Its performance, popularity, and success initiated a paradigm shift that threatens to sweep the .270 Winchester, 7mm Remington Magnum, .300 Winchester Magnum, and perhaps even the .30-06 Springfield into the dustbin of history.

Whoa! Hold on a second there. Did I just write that? Did you read it correctly? I’m afraid so. I’m no swooning devotee of this particular cartridge. Nor am I writing this to advance sales of it or any others built on its blueprint. But just as the .30-06 drove twentieth-century cartridge design after 1906, so has the 6.5 Creedmoor influenced twenty-first century cartridge design. We hunters don’t have to embrace this, but we should understand the formula and how it changes ballistic performance to equal or beat older cartridges, and how this might change the way we hunt. Or at least the way we shoot when we hunt. 

Legions of shooters reject the 6.5 Creedmoor as nothing more than the 6.5×55 Swede of 1894 in a different dress. Zealots champion it as the most accurate, efficient, and deadliest small-caliber centerfire that ever warmed a barrel. The reality is somewhere between those extremes, but that’s not the gold nugget we’re digging for here–the blueprint is. And that was drawn up by the combined efforts of Dennis DeMille of Creedmoor Sports (purveyors of precision target rifles, ammunition, and ancillary gear), Dave Emary, then chief ballistician at Hornady, and Joe Theilen, then assistant director of engineering at Hornady. 

The goal, as initiated by match competition shooter DeMille, was to create the ideal, factory-loaded cartridge that would produce the kind of consistent accuracy and trajectory that could win “across-the-course” match-shooting competitions. This meant out-of-the-box precision, efficiency, mild recoil, and long barrel life with mass-produced ammo and rifles. The new cartridge needed a balance of ballistic performance, meaning minimal drop and wind deflection with the side benefit of high retained kinetic energy. Emary realized these same characteristics would make an exceptional hunting cartridge, too. 

With the .260 Remington and 6.5×47 Lapua as guides, the team soon configured the Creedmoor. The resulting design (based, to no one’s surprise, on the rim and head diameters of the .30-06) didn’t look radically different than several existing cartridges. The new Creedmoor did not produce record muzzle velocities, but its mix of performance benefits pushed it steadily up the leaderboard. By 2020, virtually every rifle manufacturer in the world was chambering for it. Around that same time, it became the hottest selling centerfire rifle ammunition in the USA, beating out the .308 Winchester for the top spot.

This photo shows modern versions of the old standards in each caliber, compared with newer versions. You can see how the new rounds have more “head height” for longer bullets that don’t impede below the neck-shoulder junction. From left: .300 PRC and .300 Win. Mag.; 7 PRC and 7mm Rem. Mag.; 6.5 PRC and .260 Rem.; 6.5 Creedmoor and 6.5×55 Swede; 6mm Creedmoor and .243 Win.; .22 Creedmoor and .22-250 Rem.

Critics belittle the 6.5 Creedmoor project as merely copycat work, but that ignores the evolutionary development of centerfire cartridges going back to at least the 8x50mm Lebel in 1886. This rimmed, bottlenecked French military round set the table for what became the twentieth-century model. The Lebel was the first to burn smokeless Poudre B, three times more powerful than blackpowder. Two years later the German military tweaked the French design by pouring smokeless powder into a rimless case with less radically tapered sidewalls to make the 8mm Mauser. The die had been cast, and the race was on. 

By the end of the nineteenth century, virtually every military in Europe and, for that matter, the rest of the world, had adopted the new standards. The US military joined by stretching the 8mm Mauser a quarter of an inch and necking it down to hold a .308-inch bullet, borrowing the spire point shape from, again, the pioneering French. The resulting .30-06 cartridge, topped with a 150-grain spire point bullet, then began its evolutionary transformation into the .256 Newton, .270 Winchester, .35 Whelen, .280 Remington, .25-06 Remington, 6.5-06, .280 Ackley Improved, and .338-06. Each of them fit the “standard-length” action accommodating 3.340-inch-long cartridges.

In the early 1950s, Winchester shortened .30-06 brass to give us the .308 Winchester, which was soon reworked into the .243 Winchester, .358 Winchester, 7mm-08 Remington, .260 Remington, .338 Federal, and a dozen wildcats lost to history. Each of those fit within the 2.81-inch “short-action” family. 

Add to this menagerie the host of belted magnums and fat cartridges based on the .375 H&H, .404 Jeffery, and others, and you have the extensive and redundant twentieth-century model of cartridge development. Most of it hinged on increasing powder supply in a handful of action sizes and case diameters to increase muzzle velocity and drive traditional bullet weights faster and faster to reduce drop and deflection.  

Then came the laser rangefinder. Once shooters in the late 1990s discovered they could pinpoint target distances, they realized they no longer needed hyper velocity to offset poor range estimates. Instead, they could match any bullet’s trajectory curve to known ranges and compensate by dialing scope turrets or selecting appropriate drop compensation reticle lines.

The most significant remaining obstacle was wind deflection. No matter a bullet’s velocity at launch, it deteriorated with distance. The longer a bullet remained in the air, the farther any crosswind directed it off course. Bullets shaped long and lean slipped atmospheric drag, flattened recoil, and reached targets sooner. They have a higher ballistic coefficient (B.C.), the numerical measure of a projectile’s ability to overcome air resistance in flight. Shooters began to appreciate this aerodynamic efficiency. Alas, most rifles weren’t built to maximize it. The old, standardized rifling twist rates were usually too slow to stabilize long, heavy-for-caliber bullets.

Old-style .284 bullets at top, new-style ones at the bottom. The length difference is obvious. 

It strikes one as odd that rifling twists didn’t change with the times. It’s understandable that ammo manufacturers didn’t want to confuse shooters with bullets that wouldn’t stabilize in older rifles, but why didn’t they ramp up twists in new rounds such as the .260 Remington, .270 WSM, 7mm SAUM, or even the 7mm-08 Remington of 1980? The concept of aerodynamic efficiency had emerged with the Minie ball way back in 1848. Sleek bullet form improved with spire points and boat tails in the 1890s, advanced further with secant ogives and polymer tips in the late twentieth century, but didn’t really explode into shooters’ or manufacturers’ consciousness until the Creedmoor began outshooting the venerated .308 Winchester at extreme range. The insanely high .580 to .625 B.C.s of 140- to 143-grain .264 bullets moderated long-range wind deflections as well as did the 200-grain and heavier bullets fired from .30-caliber magnums–with much less recoil.

Here, then, was the golden nugget. Not only did the little 6.5 Creedmoor shoot flatter, recoil less, and deflect less in wind than the .308 Winchester, but it also retained more bullet energy. By 2010, the aerodynamic bullet evolution was becoming a B.C. revolution. 

Today, the 6.5mm Creedmoor “blueprint” is apparent in a host of twenty-first-century cartridges, including the .22 Creedmoor, 6mm Creedmoor, .25 Creedmoor, 6.5 PRC, 6.8 Western, 7mm PRC, and .300 PRC. Because its influence is growing, hunters should understand what makes it different, and whether that difference is enough to matter. 

Here are the features of the new twenty-first-century cartridges that matter, ranked in no particular order: 

Heavy-for-caliber, long, high-B.C. bullets: Minimizes drag, which decreases flight time, decreases wind deflection, and retains more kinetic energy.

Head height: This allows seating of long, high B.C. bullets without full shank diameter intruding into powder space.

Minimal body taper: Maximizes powder space, minimizes back thrust pressure on the bolt.

Short, wide body: Shorter powder columns generally ignite and burn more evenly and impart more energy to the bullet because the initial powder burn/gas pressure near the primer is not wasted pushing the upper stack of powder before it burns.

30- to 35-degree shoulder: Maximizes powder space, provides positive headspacing, improves case-to-bore alignment, reduces neck stretching for extended case life (in handloading).

Longer neck: Aids bullet alignment with bore for enhanced accuracy.

Moderate powder capacity: By balancing powder capacity with anticipated bullet weights that lead to muzzle velocities in the 2,700 to 3,100 fps range, accuracy is easier to achieve.

Then there are the rifles. Rifles for these new cartridges are built with faster rifling twists to better stabilize the long, efficient, high B.C. bullets. There are also chamber specifications that enhance performance. Throats–the space in which the bullet perches when a cartridge is locked into battery–are reamed for minimal tolerances less than 0.001-inch-over-bullet-diameter range. This aids bullet alignment with the bore. Most twentieth-century cartridge throats are SAAMI-specified with as much tolerance as 0.007-inch. 

New rifle chambers also feature a more consistent leade. This is the taper or ramp from the throat into the bore. Tight tolerances here mean the ramps to each land match perfectly, starting bullets straight into the barrel. 

SAAMI specs on the chamber dimensions of rifles chambered in these twenty-first-century cartridges are tight–what many refer to as “match grade.” This could have been done with any rifle and cartridge from the twentieth century, but as a general rule tolerances were a bit more generous then because average accuracy was adequate for the limited ranges at which game was taken. Greater chamber tolerances made it easier for mass-produced ammunition to always fit and function in mass-produced rifles. 

Traditionalists often defend twentieth-century cartridges and rifles by correctly pointing out that they just plain work. Deer, elk, moose, and bears haven’t gotten any tougher. So why do we need new cartridges or high B.C. bullets? Why this fixation on quarter-minute accuracy when rifles that shot 1.5- and even 2-MOA were good enough for grandpa? 

There are no absolute answers, although one can argue that Daniel Boone killed whitetails and even elk with his flintlock muzzleloader and round balls, so who really needs a .30-06 or .257 Roberts? Degrees of accuracy, bullet energy, and muzzle velocity are personal choices. If you are satisfied with the recoil, rifle length and weight, muzzle velocity, bullet weight and construction, ballistic drop and wind deflection from your current cartridge and rifle, stick with them. But if you are intrigued by the reduced wind deflection, increased out-of-the-box precision, and higher retained energy inherent in twenty-first-century cartridge designs, you might want to experiment with one of them.

The SAAMI maximum overall cartridge length of 3.290 inch means 7mm Rem Mag chambers and magazines will not accommodate today’s longest, heaviest, highest B.C. bullets unless they are seated deeply into the powder space. In contrast, the 7mm PRC is designed to fit SAAMI-spec chambers with the longest bullets seated no deeper than the neck/shoulder junction. 

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Thanks, Mom

Long before I was born, she was blazing hunting trails for my generation to follow.

Photo above: My mom, Loretta Berger, practicing with her recurve bow (while pregnant) in 1958.

When my mom was a little girl in the 1930s, her father was a Scoutmaster. His Boy Scout troop was always doing cool outdoor things—camping, hiking, shooting, building campfires. Grandpa used to chuckle when he told me how mad Mom got when, at age five, she was told she couldn’t be a Boy Scout. She wanted to do all those fun things, too.

Grandpa wasn’t a hunter, but he did teach Mom a lot of the same skills he taught his Scout troop, and she grew up loving the great outdoors. When she got together with my dad in the mid-1950s, she finally had an enthusiastic mentor to teach her to hunt. Years of deer hunting with a recurve bow and her trusty Marlin .30-30 followed, with many happy hours spent in the Pennsylvania woods.

She was a stay-at-home mom, while my dad taught at the local high school. The two of them always hunted together on the opening days of the buck and doe seasons, which were school holidays in northern Pennsylvania. Dad would have to go back to work after each opening day, so if Mom didn’t have her deer yet, she’d head back out into the woods on her own. 

One of her second-day success stories occurred one snowy December morning in the early 1970s when she drove her snowmobile up on a ridge behind our house, parked it, and hiked out to a good deer crossing she knew about. A couple of hours later, she shot a nice doe. After dressing it out, she lashed it to the rear of the snowmobile and skidded it neatly back down to the house, where it was waiting for Dad to skin and quarter when he arrived home that afternoon.

As a hunting-obsessed youngster shuffling along in both of their boot tracks every fall, I had no idea at the time how unusual it was to be part of a family where hunting with both Dad and  Mom was the norm.

Mom passed in 2015, but I think of her every day. Much has changed in the hunting world, mostly for the better. Women are a more visible presence in the deer woods and in hunting camps across the country than they were in her day, when none of her female friends hunted. Today, women are fairly well represented in the hunting media, the firearms industry, and the guiding community, and two globetrotting women have even won the prestigious Weatherby Award. Just about every successful hunting outfitter today is happy to accommodate couples and families, as well as women hunting on their own. It wasn’t always so. 

For much of this, we female hunters of today have women like my mom to thank—true hunters who took to the woods simply because they loved it, as well as men like my dad who welcomed them with enthusiasm and were thrilled to have a life partner who was a hunting partner as well. Their influence may have done more than we will ever know to ensure that our hunting traditions will be around for a long time to come. 

And on a personal level, her fearless example steered me straight into a life filled with unforgettable adventures in the great outdoors—a truly magnificent gift. Thanks, Mom.

The author’s mom posing with a whitetail doe she shot in the mid-1980s with her .30-30.

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The Good Ol’ .30-06

You can never go wrong carrying this classic caliber.

Photo above: This big Texas whitetail was taken with a new Ruger Glenfield in .30-06 loaded with 180-grain Swift A-Frame bullets.

It was the last day of the Texas deer season, deep into the last (and best) hour. Movement in the trees. Heavy body, thick neck. Before I could see antlers, I knew this was an older buck. When he stepped clear I saw good mass and width—a big, mature eight-pointer.

He stood quartering to me, head down. I put the cross hairs on the point of the on-shoulder and pressed the trigger. The buck was down so fast he almost appeared to bounce. Well, the presentation was good, shot placed where I wanted. And I hit him with a powerful rifle, a .30-06.

America’s military cartridge through both World Wars, Korea, and countless smaller actions, the .30-06 was also America’s most popular sporting cartridge for most of the twentieth century. Still common, still effective, but against successive blizzards of brave new cartridges, the .30-06 is often overlooked. It’s been years since I’ve had a new test rifle in .30-06 in my hands. This rifle was Ruger’s new Glenfield, a plain-Jane bolt-action. On the range, it grouped far better than an inexpensive rifle really should. In the field, it pounded that buck.

That’s what the .30-06 will do. I have often said that the .30-06 is needlessly powerful for deer-size game. But it works. Against all those sexy new cartridges, the .30-06 has stood the test of time and stands up very well.

I’ve written this before, but it bears repeating: The .30-06 is the most powerful cartridge ever adopted by a major military. As a sporting cartridge, it comes into its own as an elk cartridge and remains, in my opinion, the most ideal choice for African plains game. Not as much recoil as a magnum, yet devastating efficiency on the wide range of antelopes, small to large.

This excellent Colorado 6×6 was taken near timberline. This was the first elk the author took with a .30-06, a left-hand Remington M700, using a 165-grain Remington Core-Lokt bullet.

 Although old, it is not slow. Today, the most common loads are a 150-grain bullet at a speedy 2,910 fps; 165 grains at 2,800; and 180 grains at 2,700. Note this last: That’s the same velocity as the vaunted 6.5 Creedmoor with a 140-grain bullet. Sure, the ’06 kicks more, but with more frontal area and bullet weight, there isn’t much you can’t do with a .30-06 and a 180-grain bullet. If you want more, the old standard for the largest game was a 220-grain bullet at a credible 2,500 fps. Despite variance in velocity and bullet weight, all four loads produce close to 3,000 ft-lbs, a lot of energy.

As the .375 H&H is on larger game, the .30-06 is the jack-of-all-trades for medium game. Even Jack O’Connor, patron saint of the .270, conceded in letters (never in print) that the .30-06 was more versatile. In the 1950s, Grancel Fitz was the first person known to take all species of North American big game. Fitz used one rifle, a Griffin & Howe Springfield in .30-06. A generation later, Dr. J.Y. Jones accomplished the same feat, using only his battered Remington .30-06. “North American big game” includes four sheep and a goat, plus Alaskan brown, grizzly, and polar bear. And bison and walrus, both very large.

Grancel Fitz with his first wild sheep, a Dall ram, taken in 1935 with Fitz’s Griffin & Howe Springfield in .30-06. Twenty years later, Fitz would be the first person to take all 29 varieties of North American big game, all with this .30-06.

The .30-06 made its bones in Africa on the 1909 Roosevelt safari, both Kermit and his dad, Theodore, taking prodigious quantities of game, small to large, with 220-grain bullets. In 1933 Ernest Hemingway relied on his Griffin & Howe Springfield because he hated the heavy trigger on his .470 double. He took black rhino, buffalo, lion, plains game.  On his first safari, Robert Ruark relied on a Remington .30-06 for his plains game. Jack O’Connor’s wife, Eleanor, was mostly a 7×57 fan. Eleanor considered the .30-06 a cannon, stepping up to it (with 220-grain bullets) only for extra-large game, including elephant and tiger.

Because of that history and lineage, when I was planning my first African hunt, I decided I had to have a .30-06. To this day, I have never taken a big bear, buffalo, or pachyderm with a .30-06, and few sheep or goats. Across that broad spectrum, I think there are better tools. Instead, I’ve used several .30-06 rifles for all manner of deer, elk, and a pile of plains game. 

In 1976, I went to the Camp Pendleton PX and bought a Ruger M77 in .30-06 and a Redfield 3-9X scope. On my first safari, at first, I shot poorly. Young, excited, trying too hard. As Harry Selby told Robert Ruark, “Everybody misses at first. It’s the light.” I suppose he was right. (There isn’t good shooting light when you have your head up your —.) I got past the jitters, shot well in the second camp down on the Tsavo plains. Antelopes small and large, near and far. I came to appreciate the .30-06. For the next few years I used little else. Blacktails, whitetails, mule deer, Coues deer, couple more African hunts. Then that rifle was stolen. 

In the aftermath, I switched to left-hand bolt rifles, including a beautiful left-hand M700 .30-06 from the Remington Custom Shop. That rifle went to several continents, accounted for a lot of animals. Later, I had a wonderful Jarrett .30-06 on a left-hand Remington receiver, wonderfully accurate. In the early 2000s I was doing an Africa-based outdoor television show, Ruger as one of the sponsors. I went back to the beginning and bought a Ruger M77, this one in left-hand bolt.

The left-hand Ruger M77 .30-06 with 180-grain Hornady Interlock dropped this waterbuck at about 350 yards on coastal Mozambique’s wide-open floodplains. 

When Donna got interested in hunting, I shaved a bit off the butt and reset the recoil pad. Oh, boy, that rifle has taken a lot of African game. Some people are less sensitive to recoil than others. Generations of recruits complained about getting beat up by their Springfields and Garands. If Donna thought that Ruger was a cannon, she never mentioned it, and she shot it well. That said, the .30-06 is powerful and it kicks. I wouldn’t start a youngster with a .30-06, nor is it a wise choice for people who admit they don’t like recoil. When she got her own rifle, I switched her to a .270 and she hasn’t looked back. The switch was for flatter trajectory and lighter rifle, not for less recoil. Ready to go, that .30-06 weighs 8.5 pounds and produces 22 ft-lbs of recoil. Donna’s .270 is a super-light MGA, six pounds loaded and ready. Gun weight matters; her .270 produces more recoil than the .30-06.

Over the years, I’ve gone up and down the bullet scale. That first Ruger really liked 180-grain Nosler Partitions, loaded as fast as I could get them. The Remington shot its best groups with 165-grain bullets. A little faster and flatter-shooting, and on game up to elk, I never saw any difference in performance. The Jarrett shot everything well but really liked a 150-grain Barnes X loaded fast. Once, hunting whitetails in Saskatchewan, I spotted a buck cruising an open snow field behind my stand. No time to range him, so I held on the backline and dropped it into the boiler room. With our current Ruger, I went back to 180-grain bullets, shooting mostly plain old Hornady Interlocks at the standard 2,700 fps. The .30-06 isn’t slow, but at its moderate velocity, good bullet performance is routine. Same lesson that first Ruger taught me 50 years ago: There isn’t much you can’t do with a .30-06 and a 180-grain bullet.

The .30-06 case has been used to create a large family of production cartridges in various bullet diameters; Left to right: .30-06, .270 Winchester, .280 Remington, .25-06 Remington, .35 Whelen, .370 Sako Magnum, .280 Ackley Improved.

As America’s most common cartridge, for many years a new test rifle was likely to be a .30-06. I have no idea how many came and went. Some grouped spectacularly, others not so well, but always good enough. The Ruger Glenfield I used on that Texas buck is the first .30-06 test rifle I’ve seen in a while, which suggests the great old .30-06 is being overlooked in the snowdrifts of newer cartridges.

Let’s finish by remembering where the .30-06 nomenclature came from. One of the fun things I do is teach some classes at daughter Brittany’s She Hunts skills camps for women. In “Bullet Basics” I try to make some sense of our nonsensical morass of cartridge nomenclature. .308 Winchester is clear, .308-inch bullet, introduced by Winchester. .257 Weatherby Magnum, fine. .257-inch bullet, designed by Weatherby, modified by “magnum,” from French for an extra-large bottle of champagne (the ladies love that). Then we have rounded numbers, reversion to blackpowder convention (.30-30, .45-70). And now whimsical names and alphabet soup: Creedmoor, Legend, ARC, PRC. It’s nearly impossible for anyone who didn’t start reading gun magazines in grade school to sort it all out. 

The grand old .30-06 is perhaps the most notable. No one ever accused the US military of simple nomenclature. Officially, the new cartridge we adopted in 1906 was: “Cartridge, ball, caliber .30, Model of 1906.” It was soon and forever shortened to “Thirty-aught-six.”

This lightweight Kimber Mountain Ascent in .30-06 produced sub-MOA groups right out of the box. Today the .30-06 doesn’t seem to have a reputation for great accuracy, but the author believes it deserves one.

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