Ballistics for Elk: Ruger African 375 Ruger – Speer 235 grain Semi-Spitzer vs 260 grain AccuBond Spitzer

These days, purchasing hand-loaded bullets for an Elk Hunt is like looking for a needle in a haystack. The .375 Ruger is a “one rifle for the world” kind of gun, and my Ruger African shoots more accurately than any rifle I own with a broad range of bullets.  I don’t have a 300 Win Mag rifle in my safe either, as the .375 covers it well.

 

Even some veteran hunting folks have a tough time mentally (fear) when they think of the heavy felt recoil from some so-called Magnum rifles, but with a state-of-the-art recoil pad that reduces the recoil up to 50%, they tame well.

It has been established, as a guide, that delivered energy to kill elk be in the neighborhood of 1500 ft-lbs. Here we easily exceed that terminal/delivered energy with the .375 Ruger.

I have two boxes of .375 bullets in my cupboard for hunting elk. I have Nosler 260 grain AccuBond bullets and Speer 235 grain Hot-Core semi-spitzer bullets seen below. I think both are good choices. But is one just a bit better?  Sure, I might try some other bullets before my hunt this next fall if they can be purchased,  but here is some data on these choices.

 

Both are sub-MOA accurate at 100 yards. My goal is to harvest a bull elk with ranges near 300 to 400 yards. The 260 grain Nosler AccuBond has a muzzle velocity of 2800+ fps and at 400 yards (7000 ft altitude).  Its terminal velocity on elk is 2178 fps and 400 yard energy is 2740 ft-lbs with a 90 degree wind deflection of 17 inches. It drops 16.5 inches with a 250 yard zero.

The Speer 235 grain Hot Core has a muzzle velocity of 3000 fps and at 400 yards its terminal velocity is 2064 fps and 400 yard energy is 2224 ft-lbs with a 90 degree wind deflection of 17 inches. I drops 16.5 inches with a 250 yard zero. Same drop and wind deflection as the Nosler.

The Ballistic data confirms that the Nosler AccuBond has 516 ft-lbs more terminal energy than the Speer bullet. At over 2700 ft-lbs of delivered energy the Nosler will easily open-up and mushroom yet still penetrate likely with a substantial exit wound on a broadside shot. I am a proponent of exit wounds for blood trailing.

Note: I did book an elk hunt and later cancelled after making several calls to many experts and doing a Satellite image review with Google Earth Pro. It was a featureless flat dessert landscape and I wanted more photogenic landscape with hills and trees for the many thousands of dollars it would cost.  I’ll keep looking.

Good Hunting!

©Copyright 2021

 

 

 

Hammer Hunter: New USA Made Bullet On The Market – Initial velocity/ powderTests

The “Hammer” Copper Hunter bullet is the new kid on the block. Like other copper hollow points, one version called the Hammer Hunter, opens with propeller like blades and folds back under high velocity to release the petals into five bullets. The base unit and the four petals still continue penetration.

What makes Hammer Bullets different?  They are US patented and made on a CNC lath with tight tolerances.

The bullets are designed for hand-loaders and the loader needs to have experience with loading rifle cartridge’s  cartridge load data and work up loads in a safe manner.

The first 6.5mm bullet I velocity tested in my Weatherby Vanguard Weatherguard 6.5 Creedmoor was the 124 grain Hammer Hunter (HH) because it lookes like a great deer hunting weight.

Bullet    Powder    Grain   Seat depth    Muz-Vel

124     H4350       42         2.805            2620

124     H4350      42.5       ” ”                 2653

124     H4350      43           ” ”                2665

I realized that this H4350 powder was slow. Next I had some Superformance Powder, so I loaded and chronographed these HH  below

124     Superf     47.5      2.795             2840

124    “”              48         “”                   2873

124    “”              48.5     “”                    2922

Next  I loaded 110 grain HH using Varget Powder

Bullet    Powder    Grain Seat Depth    Muz-Vel

110      Varget      40         <2.800         2946

110        “”           40.5         “”               2947

110       “”            41           “”                2956

110       ”              41.5       “”                 3010

Next the 85 grain HH

85        “”           43             “”                3200

Heavier HH bullets have not been test fired yet.

Cleaning the barrel with Hoppes #9, I produced 8 very dirty swabs and a quick bronze brushing, followed by a solvent swab that was satisfactorily clean. I am going to purchase some Boretech Cu+2 cleaner and some nylon brushes. The Boretech adds say it does not stink and says will not harm barrel. So we will give it a try.

I have learned to prep my hunting barrel with a fast evaporating solvent degreaser like KG Industries 3, because it removes lubricant and appears to make cold shots group with later shots in a warming barrel.

Note: I observed an on-line ballistics gel test at slower velocities, like from a long range hit, traveling 1700 to 1800 fps and the petals opened but remained attached. The test observer suggests lower than that speed, the petals did not open. Higher velocities and the petals do reliably detach aka at 2600 fps as mini bullets, and create a much larger wound channel.

We will do some ballistic gel tests at some point soon. 

So far I give the tests a big thumbs up.

© copyright 2021

 

Deer Rifles: Shooter Accuracy/Shot Placement Thoughts

The “given” here, is that the rifle you chose is capable of an ethical deer harvest.

Next is US, you and me. The best way to explain what drops a deer fast, is largely, the accuracy of WE the shooters and shot placement.

As i began the article, of course the caliber and cartridge must be adequate. For an ethical deer harvest, a delivered energy minimum is suggested at 1000 ft-lbs in order to penetrate through vitals such as heart and lungs.

Exit wounds are helpful for tracking thus, I prefer more delivered energy. With todays rifles, it’s a given, that the rifle has some bench rest accuracy at or near MOA meaning shots will group about an inch spread at 100 yards.

My favorite deer calibers for most hunters begins with the 243 Winchester for really low recoil yet adequate for broadside shots, and all the way to a 300 Win. Mag up to .375 H&H or .375 Ruger  for dangerous or very large game.

If you hand load as I do, all the better, then you can customize your load to fit the game you hunt.

The 300 Win Mag and .375 can be downloaded for deer as well. I download the .375 Ruger with a 235 grain Speer Hot Core at speeds of around 2200 fps for out to 100 yards or so. I took a 150 pound red deer at 40 yards with a 225 grain flat nose bullet traveling at 1600 fps hand loaded in my .375 Ruger. She fell dead in 10 yards with full penetration and a heart shot.

My Safari rifle, years back,  was a .338 Win Mag with 250 grain Nosler Partition bullets.  I used it on plains game animals such as blesbok, impala, springbok and Kudu. They all fell right there, to a single well placed shot in the heart/lung area.

There are several rifle attributes for many, including me, to shoot accurately. First, The deer rifle must fit when I shoulder the rifle with a hunting jacket on.

Too long a stock, and it will never make it quickly to your cheek on cold November day in New England.

Second, a trigger that is crisp and not too heavy. For me, three pounds is about right. If you don’t know when your trigger breaks to fire, then you are likely to have a difficult time placing the shot correctly.

Third, I must be able to handle the recoil.

Fourth,  if using a scope as I do, a good cheek weld in alignment with the scope is vital. I love Leupold scopes for optical quality at a fair price. They are rugged!

Fifth, is a state-of-the-art recoil pad that reduces felt recoil by 50%. Less felt recoil translates effectively to improved accuracy. I use the Pachmayr Decelerator™.

Sixth, is a gun that is not too heavy to carry all day. My limit is around 9 pounds with scope for large calibers but prefer 7 to 8 pounds with scope here in New England.

Bullet Attributes

Best in class bullets today for hunting big game begin with bullets that tend to stay together such as core-lock types but even better are partition bullets where the forward point is soft and the rear partition is hard  and continues to penetrate. Today we also have both highly effective bonded bullets, such as the Nosler AccuBond et al., where the lead is bonded to the copper and monolithic gilding copper bullets. Bullets like the Nosler E-Tip and Hornady GMX, where the bullet flares inside game with mushrooming or petals and retains nearly 100% of its original weight.

Pure copper monolithic bullets from Barnes work too and retain most weight, but I have had difficulty keeping my barrels clean of copper, so I avoid them. Some folks find them excellent in their rifle and that is fine.

Most bullets offered today for center fire rifles are pointed spitzer types often with synthetic tips that push open a hollow cavity and flare or mushroom. These are great all around bullets that are best shot in the open and at long distances. But don’t discount round nose and flat nose bullets out to 300 yards. These bullets are designed for heavy brush, shorter range and deliver great punch to drop big game. I even have a 160 grain round nose from Hornady for my 6.5 Creedmoor. However I must hand load them as there are no commercial off-the-shelf rounds widely available for deer size game.

I prefer either Nosler or Hornady bonded or monolithic for spitzer styles and core lock copper jacket styles offered by Hornady for round nose short range brush.

There is a movement perhaps toward monolithic copper, I believe because, it maintains nearly 100% of its bullet weight in game. I prefer both the Nosler gilding copper E-Tip or Hornady gilding GMX.  Experimentation will determine if you like the accuracy from them in your rifle.

Shot Placement

In a perfect world the game is standing broadside. Bullets should be placed in the heart/lung area which, if broadside is just behind the front leg about a third up from the brisket.  Shots that are facing are iffy if you can’t place the bullet in the center of the chest to take out the heart and damage both lungs. Best shot placement, besides broadside, often require a more powerful rifle above the 243 Winchester when the animal is quartering away or towards and capable of breaking bone and reaching vitals. Neck shots as vital vertebrae and arteries are a guessing game for me, so I resist that shot.

Bullet Speed and Energy

Bullet speed has only one terminal ballistic requirement, that delivers sufficient energy to reach and damage vital organs for a quick death.  As I said earlier, many have evidenced that delivered bullet energy in the 1000 ft-lb is a minimum for deer. Talk about hydrostatic shock for a very fast bullet for an instant deer dropping kill has some proponents, but again, shot placement is key. Equally are those who shoot large diameter bullets that go much slower.  Both will kill humanely.  The greatest example of large and slower is the 50 caliber muzzleloader which launches a 250 to 400 grain projectile at just over 2000 fps.

Shot placement is key for a quick humane kill!

I shot a trophy Texas buck with my T/C 50 cal. muzzleloader right behind the front leg with a 295 grain bullet at 2300 fps. He fell as if pole axed with his legs in the air.

And on occasion, the hydraulic effect of driving fluids like blood from a heart shot to hydraulically damage the brain from a chest wound does happen on occasion. This effect can turn the brain off like a switch for an instant kill.

In closing, the key here is still shot placement.

Good Hunting!

©Copyright 2021

 

 

 

 

 

6.5 Creedmoor: Hand-Loaded Nosler 129g ABLR and Hornady 160g Round Nose Deer Hunt Combo? Update at 150 yards

On my northern Maine deer hunt this fall,  I want options.  I am sold that my Weatherby Vanguard 6.5 CM with my Hornady 160 grain round nose is great for a shorter range woods hunt. The round nose has more knockout punch inside of 100 yards and is not as deflectable in brush as a spitzer. However, it limits me to just short range of say 150 yards.

Ok, suppose I am in an elevated stand that overlooks a clear-cut that is 300 yards of open stumps and out walks a wall hanger buck at 280 yards.

With just the 160 grain set-up, I would not be able to attempt a  shot.  Accordingly, I loaded up some 129 grain Nosler AccuBond Long Range bullets that I had in my cupboard to see where they would impact my 160 grain round nose scope set up at 100 yards. Guess What? The 129 grain heads hit the exact same spot as the 160 grain heads. What? Yes they did! What does that mean? It means that I can use either bullet at closer range but, more importantly, it means that I can use the 129 grain Nosler ABLR for longer range open shots with minor elevation adjustments. Wow!

I hand loaded the 129 grain Nosler ABLR’s with a near-max load of Hodgdon H4350. COL was set at 2.75 inches.  The bullets exit the barrel at just over 2800 fps and group at 1 MOA at 100 yards. I put the data into JBM Ballistics Trajectory calculator. And if I adjust the elevation to 1.8 inches high at 100 yards it is basically zeroed for 200 yards. My maximum point blank range (MPBR) is 280 yards. At 280 yards, as seen below, that 129 grain bullet delivers 1500 ft-lbs of energy. Plenty for a big whitetail deer.

UPDATE: After writing this article, I bench-rested one cold shot of each load at 150 yards with a 100 yard zero waiting 10 minutes between shots and degreased the already clean barrel at each shot. The 129 grain Nosler ABLR was dead center low by 1 inch. The 160 grain RN Hornady fell just over 2 inches from dead center. Both bullets were just over an inch apart.

Honestly, I think it is astonishing that both a light and heavy bullet of different head designs and loaded with different powders, different speeds/ballistic coefficients and cartridge overall lengths can be so close to one another, essentially striking the same spot out to 150 yards. I think a clean barrel that has been solvent degreased contributed to the accuracy of these cold shots as well and eliminated a barrel cleanliness variable. Gravity and the aerodynamic drag (BC) of the round nose beyond 150 yards will make it fall faster (19 inches) and lose deer killing energy at 300 yards. The 129 grain Nosler ABLR will lose little energy, and drop 7.5 inches at 300 yards. And can reach beyond 400 yards with sufficient energy as seen in the 129 grain data below. Which bullet do you think, inside of 100 yards will deliver more energy inside the deer? I think the round nose wins that one. But from say beyond 150 yards the 129 grain Nosler takes over the most energy delivered inside the deer. 

See the JBM Ballistics Output Data below. https://www.jbmballistics.com/cgi-bin/jbmtraj-5.1.cgi

 

Output Data
Elevation: 5.314 MOA Windage: 0.000 MOA
Atmospheric Density: 0.08269 lb/ft³ Speed of Sound: 1073.7 ft/s
Maximum PBR: 280 yd Maximum PBR Zero: 239 yd
Range of Maximum Height: 135 yd Energy at Maximum PBR: 1549.1 ft•lbs
Sectional Density: 0.264 lb/in²
Calculated Table
Range Drop Drop Windage Windage Velocity Mach Energy Time Lead Lead
(yd) (in) (MOA) (in) (MOA) (ft/s) (none) (ft•lbs) (s) (in) (MOA)
0 -1.5 *** 0.0 *** 2810.0 2.617 2261.4 0.000 0.0 ***
25 -0.2 -0.9 0.0 0.1 2764.4 2.575 2188.6 0.027 0.9 3.6
50 0.7 1.4 0.2 0.3 2719.3 2.533 2117.8 0.054 1.9 3.6
75 1.4 1.8 0.4 0.4 2674.7 2.491 2048.9 0.082 2.9 3.7
100 1.8 1.7 0.6 0.6 2630.6 2.450 1981.8 0.110 3.9 3.7
125 1.8 1.4 1.0 0.8 2586.9 2.409 1916.6 0.139 4.9 3.7
150 1.6 1.0 1.4 0.9 2543.7 2.369 1853.1 0.168 5.9 3.8
175 1.0 0.5 2.0 1.1 2500.9 2.329 1791.3 0.198 7.0 3.8
200 -0.0 -0.0 2.6 1.2 2458.6 2.290 1731.1 0.228 8.0 3.8
225 -1.3 -0.6 3.3 1.4 2416.6 2.251 1672.5 0.259 9.1 3.9
250 -3.0 -1.1 4.1 1.6 2375.1 2.212 1615.5 0.290 10.2 3.9
275 -5.1 -1.8 5.0 1.8 2333.9 2.174 1560.0 0.322 11.3 3.9
300 -7.5 -2.4 6.1 1.9 2293.2 2.136 1506.1 0.355 12.5 4.0
325 -10.4 -3.1 7.2 2.1 2252.9 2.098 1453.5 0.388 13.6 4.0
350 -13.7 -3.7 8.4 2.3 2212.9 2.061 1402.5 0.421 14.8 4.0
375 -17.5 -4.4 9.7 2.5 2173.4 2.024 1352.8 0.455 16.0 4.1
400 -21.7 -5.2 11.1 2.7 2134.2 1.988 1304.5 0.490 17.3 4.1

 

22-Jul-21 07:55, JBM/jbmtraj-5.1.cgi

Even if I don’t make any adjustment to the scope for the 100 yard zero using 160 grain scope setup , I am only 3.5 inches low at 200 yards with the Nosler, still in the kill zone, but I need a steady field rest to make those distant shots. I have a walking stick with a pop up V  rest that I have used before from an elevated stand that works well. I used it similarly from an elevated stand to take a lone spike buck at near to 300 yards a few years back. It looks like I will take both bullets on this hunt. Brush hunt with the Hornady RN and Clear-Cut hunt with the Nosler.

Good Hunting!

©Copyright 2021

Win 270 Articles in 1960’s made 30 Caliber Owners Want A .270 Winchester for its Mild Recoil – Jump to the 6.5 Creedmoor of Today

The 6.5 Creedmoor gets nocked around today by some gun writers but it is still standing because it delivers a big game bullet weight at long distances with mild recoil. As a boy and young hunter in the 1960’s,I read many of the articles  Professor Jack O’Connor had written for Outdoor Life  magazine, about the .270 Winchester and his beloved mild recoiling 130 grain bullet hand loaded with IMR 4350 or H4831 on deer, bear and moose.  As I recall velocities at the muzzle were 3100 fps or even 3200 fps.

After all is said and done, Jack, I recall, always reiterated that shot placement was key. That meant that the hunter was capable, under rifle recoil, of placing the bullet in the so called “boiler room” of the lungs often clipping the heart in the process.

Part of Jack’s art of story telling, imbedded that threaded thought of less recoil to increase accuracy. And that stuck in my mind as  it did for thousands of hunters.

My first purchased rifle was a used Savage .270. It was a great rifle. I killed my first 8 point buck with it in Southern NH back in 1975 and I hand loaded the bullets recalling they were Sierra 150 grain bullets loaded with IMR 4350 and traveling modestly around 2720fps out of the muzzle. I sold the .270 Winchester rifle years ago for a new Compound Bow instead. Yes, I have a life long love affair with recurves and compound bows too. Another Story!

Later I purchased a Ruger .338 Win Mag for a future African Hunt.  I had trained myself to handle heavy recoil! And more recently, in 2012 bought the Ruger M77 African in .375 Ruger. I love it for really big game like big Bull Moose. Ok, I digress, back to the Creedmoor. 

Today, my Weatherby Vanguard in 6.5 Creedmoor can shoot a hand loaded 160 grain bullet at muzzle velocities at 2635 fps and 150 grain bullets at the same velocity as when I hand loaded the .270 Win so many years ago. If Jack were alive today he would still love his .270 Winchester but acknowledge that shot placement was key.

Jack was a hunter, not a target shooter. But it was the target shooters that created the 6.5 Creedmoor because it had less recoil yet could still shoot accurately at distances out to 1000 yards and hit steel at 1500 yards, and not punish the shooter, taking multiple shots yet do so with hunting weight bullets of 130 and 142 grains just like the .270 Winchester.

I recall that Speer offered a .270 Win 170 grain round nose bullet but was later dropped as sales soared for long range spitzer bullets just as they are today.

The long range craze is still evident but I suggest common sense prevail and keep shots where the hunter is confident of a kill. Sure, practice at long range in different terrain but remember that your body adrenaline and excitement are not as present shooting targets. Someone said, run 100 yards as fast as you can then shoot, so you can mimic the adrenaline rush. As a young man, I often had adrenaline rushes just in expectation of seeing big game. I often think to myself, “love the adrenaline rush,  but learn to control it too.”

Often missed by some hunters who buy a new rifle, is having a state-of-the-art recoil pad to absorb as much as 50% or more of the felt recoil.

Well, I believe today we have the .270 with a metric name instead, as the 6.8mm but with a different twist rate than the .270.

If I had a walnut stocked custom .270 Winchester from years ago, I would likely still have it and hunt with it and protect it as I do for the Creedmoor for its mild recoil and terrific delivered energy.

Good Shooting!

© Copyright 2021

 

 

6.5 Creedmoor: Hornady 160 grain RN Load Data -Update On Seat Depth to Tighten Group

It has been noted by African big game hunters that round and flat nose bullets, at moderate velocities and ranges under 150 yards, provide two important key killing parameters for big game hunting. First, round and flat nose bullets hit like a hammer, and deliver more energy on entrance and throughout the bullet path than a traditional jacketed spitzer. More often dropping game instantly. Secondly, it has been observed that round and flat nose bullets, at moderate velocities, tend to remain on the same path and not be deflected as easily as spitzers. For those reasons, I like round, flat nose, and semi-spitzer for short range brushy conditions like across Northeastern USA.

The 6. 5mm Hornady 160g is a true round nose with a worked up max load of 43 grains Winchester 760 powder delivering 2635 fps (24 inch barrel) via Labradar delivering a whopping 1879 ft-lbs at 100 yards per JBM Ballistics.

No pressure signs in my rifle, recalling that each rifle is different, so don’t assume that your rifle can handle this heavy load.  The Ballistic Coefficient is expected to be low, with round nose creating drag,  at .283 G1 BC. But its Sectional Density is a whopping .315 and that translates to best-of-the-best in penetration and mushrooming with the round nose. JBM Ballistic data for the 160g below out to 400 yards. The 160g delivers deer killing energy out to 300 yards. Nice! Even nicer is  a 1.2 inch Cold barrel 4 shot group below.

I shot targets in each quadrant and below is the sum of 4 shots, marked in pencil, at 100 yards with a cleaned and solvent degreased bore. I swabbed the bore with each shot with solvent degreaser, and waited 10 minutes between shots. The very first shot was the low 6 o’clock bullet. 

UPDATE-  Seating Depth resulting in a COL of 2.65 inches later was determined to significantly tighten 3 shot cold bore group to 1/2 inch. This round nose bullet apparently needs more space away from the rifling.

JBM Ballistic Calculated Table for 160 grain Round Nose Hornady below. Great power for brushy terrain short range with plenty of smack down energy. 

Calculated Table
Range Drop Drop Windage Windage Velocity Mach Energy Time Lead Lead
(yd) (in) (MOA) (in) (MOA) (ft/s) (none) (ft•lbs) (s) (in) (MOA)
0 -1.5 *** 0.0 *** 2635.0 2.454 2466.3 0.000 0.0 ***
50 -0.0 -0.1 0.3 0.7 2464.3 2.295 2157.1 0.059 2.1 4.0
100 -0.0 -0.0 1.4 1.3 2300.1 2.142 1879.3 0.122 4.3 4.1
150 -1.6 -1.0 3.3 2.1 2142.2 1.995 1630.1 0.189 6.7 4.2
200 -5.1 -2.4 6.1 2.9 1990.5 1.854 1407.4 0.262 9.2 4.4
250 -10.8 -4.1 9.8 3.7 1845.2 1.719 1209.4 0.340 12.0 4.6
300 -19.1 -6.1 14.7 4.7 1706.8 1.590 1034.8 0.425 15.0 4.8
350 -30.3 -8.3 20.7 5.7 1576.2 1.468 882.5 0.516 18.2 5.0
400 -45.1 -10.8 28.2 6.7 1454.3 1.355 751.3 0.615 21.7 5.2

Good Shooting!

© Copyright 2021

Reloading Data Sites to Remember

For those who do research on line for hunting bullet load data you may already be aware of load data from the following sites from a powder perspective and a bullet perspective as well. Enjoy!

https://www.hodgdonreloading.com/reloading-data-center   

The second site is Alliant Powder and similarly has rifle, pistol and shotgun load data.  https://www.alliantpowder.com/reloaders/index.aspx

Nosler has a load data site too for rifles that has great data for Nosler bullets. Click the Load Data below. 

https://load-data.nosler.com/

Speer also has rifle load data for Speer bullets below.

https://reloadingdata.speer.com/SpeerReloading/Rifle

Hornady has load data that has not been published in their handbook yet so it is limited.  In fact, the Hornady handbook #11 has loads and powders not shown even in their limited load data site.  Note: Hornady’s 11th Edition Handbook is specific to Hornady bullets. 

https://www.hornady.com/support/load-data/

There may be other sites I have not highlighted here but these sites cover much of the rifle load data except for companies that will not fully publish and desire you to purchase their handbook. 

Sierra has a limited load data site. 

https://sierrabullets.wordpress.com/category/load-data/

 

6.5 Creedmoor Superformance Load Data with Lapua Mega 155 grain Soft Point Flat Nose

As I have written in recent articles, round nose and flat point bullets in short range thick brush environments, can deliver more immediate impact energy to the big game you are hunting at shorter ranges under 200 yards than with some of the long range designed spitzer bullets. The reloading issue is, to get a round or flat nose bullet in a bottleneck cartridge, you must find the bullet and hand load it. Sadly, many round/flat nose bullets are no longer manufactured or are reduced to special manufacture runs. The Lapua Mega 155 grain flat points have a brass jacket and are very hard to find, if at all. The Lapua Reloading Manual is no longer available.

Accordingly, I had to determine the cartridge overall length – COL to the lands in my rifle,  which are 2.68 inches and then I back off the lands to 2.64 inches. I used a spent case and pinched the opening to hold a bullet marked with black magic marker and loaded it in the rifle and closed the bolt. Note: Hornady says COL Max is 2.8 inches for the spitzers. My max COL is much less. Caution: Each rifle may be different. These calculations and data are for my rifle only, a Weatherby Vanguard Weatherguard with a 24 inch barrel topped with a Leupold VX-3. 

My research of reloading data found that Sierra and Hornady had some data for 150, 153 grain and 160 grain bullets. Powders were typical, such as IMR 4350, H4350, IMR 4831 but one powder stood out, it was Hodgdon’s Superformance powder. The powder was published by Hornady for the 153 grain A-Tip Match up to 42. 9 grains max load providing 2650 fps. Superformance allowed me to work up a load safely to higher energy than the other powders but not at max load. 

I did so in half grain increments beginning with 39.5 grains and looking for any signs of overpressure like a really flat primer or gas leaks. I did so with 2 shots for each 1/2 grain increment followed by case and primer inspection, all was normal. I stopped at 41 grains and loaded three rounds for group. I did not chrono these but based on the 153 grain data by Hornady I was in the 2550 fps range. The primers were still rounded and not flattened.  Here is my group at 41 grains of Superformance at 75 yards, no wind. Looks like 1/2 inch group. Nice!

Below is the Trajectory and Energy table at 2550 fps. Delivered energy for elk is said to be 1500 ft-lbs, thus we are good for elk at 180 yards. 

This load is for Northern Whitetails with a flat-point, should mushroom very well. It will be devastating on a 300 pound whitetail buck at under 100 yards at 1800 to 1900 ft-lbs,  A Hammer in anyone’s book!

Calculated Table
Range Drop Drop Windage Windage Velocity Mach Energy Time Lead Lead
(yd) (in) (MOA) (in) (MOA) (ft/s) (none) (ft•lbs) (s) (in) (MOA)
0 -1.5 *** 0.0 *** 2550.0 2.375 2237.6 0.000 0.0 ***
25 -0.3 -1.2 0.1 0.2 2487.5 2.317 2129.2 0.030 1.0 4.0
50 0.5 1.0 0.3 0.5 2425.9 2.259 2025.1 0.060 2.1 4.1
75 1.0 1.3 0.6 0.8 2365.2 2.203 1925.0 0.092 3.2 4.1
100 1.1 1.0 1.1 1.0 2305.3 2.147 1828.8 0.124 4.4 4.2
125 0.8 0.6 1.7 1.3 2246.3 2.092 1736.4 0.157 5.5 4.2
150 -0.0 -0.0 2.5 1.6 2188.1 2.038 1647.6 0.191 6.7 4.3
175 -1.2 -0.7 3.4 1.9 2130.8 1.985 1562.4 0.225 7.9 4.3
200 -2.9 -1.4 4.5 2.2 2074.3 1.932 1480.6 0.261 9.2 4.4

 

I compared this Energy data to my earlier article on my downloaded .375 Ruger. See below. 

Speer Hot Core Semi-Spitzer 235 g 375 Ruger Downloaded for Big Northern Whitetails Or…

The 6.5 Creedmoor with the Lapua Mega 155 grain Flat Point is the clear winner for energy, and will mushroom on the entrance of the hide, but either cartridge and bullet will do the job well for the loads discussed. 

Good Hunting!

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Design Your Own Ammo!

I have seen folks look for their special load e.g., cartridge and bullet at major retailers only to get frustrated and leave, later to come back and hope that their pet cartridge shows up. In my most recent desire to shoot a round nose bullet for my 6.5 Creedmoor, you will never see them as a cartridge off-the-shelf with round nose bullets. It is not being marketed and sold. You must design and create it yourself.

If you are like me, then you want to be free to choose and design your own DYO ammo, to chose the brass, the powder and primer , the bullet weight and style, crimp or not, and most importantly the seating depth and overall length (COL) for their pistol or rifle.

Its fun and over a year, for an active shooter, it will pay for itself in no time.

For a minimal investment of say around $400 dollars or so (less than the cost of a new rifle)  in reloading equipment the hunter/shooter, now a reloader, has the power and freedom to customize the cartridge for the game and distance you wish to hunt.

Reloading equipment brand kits like Hornady, RCBS and Redding are a few to look into. My RCBS set up below. It is over 30 years old.

You just need the dies for your cartridge, powder, primer, and bullet. There are many beginner video’s out there to see how its done but reading and comprehending a loading manual is necessary to be safe. It is not hard to do at all but because you are dealing with powders and primers, safety is a priority.

For me reloading and designing my own ammo gives be tremendous satisfaction that I created my own custom ammo and experiment at the range to maximize accuracy and energy delivered to the game I hunt. On my Africa hunt, years back, I designed my ammo for plains game in my .338 Winchester Magnum and my .270 Winchester. Both cartridge designs were tested and were highly successful in the picture below.

In fact almost all of the game I hunted across the US, Canada and South Africa used my designer custom ammo that I created.

You Can Do it Too!

Good Hunting!

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