35 Whelen Ballistics Chart

A 35 Whelen Ballistics Chart is a comprehensive visual data table that details the velocity, energy, and trajectory of factory ammunition across varying distances for this specific rifle caliber. This specialized tracking template shows exactly how different bullet weights drop and lose velocity as they travel downrange. Hunters rely heavily on these ballistics charts to predict real world field performance, determine their maximum effective range, and establish precise aiming points for big game hunting.

35 Whelen Ballistics Chart

Manufacturer	Bullet Weight	Bullet Type	Ballistic Coefficient	Sectional Density	Muzzle Velocity	Velocity At 100 Yards	Velocity At 200 Yards	Velocity At 300 Yards	Velocity At 400 Yards	Velocity At 500 Yards	Muzzle Energy	Energy At 100 Yards	Energy At 200 Yards	Energy At 300 Yards	Energy At 400 Yards	Energy At 500 Yards	Trajectory At 100 Yards	Trajectory At 200 Yards	Trajectory At 300 Yards	Trajectory At 400 Yards	Trajectory At 500 Yards
Hornady	200 Grain	SP InterLock	0.282	0.223	2910	2585	2283	2001	1742	1509	3760	2968	2314	1778	1347	1012	1.9	0.0	-8.6	-25.9	-54.8
Federal	200 Grain	Fusion Bonded	0.360	0.223	2800	2540	2295	2060	1840	1635	3478	2865	2338	1885	1505	1185	1.8	0.0	-7.9	-24.1	-51.2
Remington	200 Grain	Core Lokt SP	0.192	0.223	2675	2260	1880	1545	1270	1080	3177	2268	1570	1060	715	518	2.4	0.0	-11.8	-37.8	-86.5
Remington	250 Grain	Core Lokt SP	0.275	0.279	2400	2160	1935	1725	1530	1360	3197	2590	2078	1652	1300	1026	3.1	0.0	-12.4	-37.6	-82.1
Nosler	225 Grain	AccuBond	0.421	0.251	2750	2540	2340	2150	1970	1795	3778	3222	2735	2309	1938	1610	1.7	0.0	-7.1	-21.4	-44.5
Nosler	250 Grain	Partition	0.444	0.279	2550	2360	2180	2005	1840	1685	3610	3091	2638	2231	1879	1576	2.1	0.0	-8.2	-24.3	-49.8
Barnes	180 Grain	TTSX BT	0.295	0.201	2900	2590	2300	2030	1780	1550	3361	2681	2114	1647	1266	960	1.6	0.0	-7.8	-24.2	-52.8
Barnes	200 Grain	TSX FB	0.284	0.223	2800	2490	2200	1930	1680	1460	3481	2753	2149	1654	1253	946	1.8	0.0	-8.4	-26.1	-56.5
Buffalo Bore	225 Grain	Sierra SBT	0.370	0.251	2800	2580	2370	2170	1980	1800	3916	3325	2805	2352	1958	1618	1.6	0.0	-7.2	-21.6	-44.8
Buffalo Bore	225 Grain	Barnes TSX	0.359	0.251	2650	2435	2230	2035	1850	1680	3508	2961	2484	2068	1710	1410	1.9	0.0	-8.2	-24.6	-50.9
Norma	250 Grain	Oryx Bonded	0.315	0.279	2500	2270	2050	1845	1655	1480	3470	2860	2332	1889	1520	1216	2.4	0.0	-10.4	-31.6	-66.4
Underwood	220 Grain	Lehigh Controlled Chaos	0.380	0.246	2700	2490	2290	2100	1920	1750	3561	3028	2560	2154	1800	1496	1.8	0.0	-7.6	-22.8	-47.2

To read this chart effectively, look at how the physical bullet design alters speed decay and downrange punch across distances. Every load in this list uses a 200 yard zero distance, meaning the path crosses your point of aim exactly at 200 yards.

Understanding The Chart

Muzzle Velocity

Muzzle velocity specifies the speed of the projectile the moment it exits the crown of the rifle barrel. This measurement is expressed in feet per second.

Lighter bullets achieve higher initial muzzle speeds from the bottlenecked parent casing. Heavy projectiles exit at a slower rate but maintain momentum over longer flights.

Retained Velocity

Retained velocity documents how much forward speed a bullet maintains as air friction pushes against it. Slippery bullet profiles resist drag much better than flat nose bullets.

Sustaining velocity downrange keeps the bullet stable through high speed flight paths. It also guarantees the projectile travels fast enough to expand reliably when hitting target animals.

Kinetic Energy

Kinetic energy measures the raw striking muscle of the projectile, calculated in foot pounds of force. Heavy bullets combined with fast speeds yield huge muzzle energy numbers.

The medium bore diameter transfers this massive striking punch directly into game animals. Retaining energy downrange creates deep penetration and breaks dense skeletal structures easily.

Trajectory

Trajectory charts the continuous curved flight path of the bullet as gravity pulls it down toward the ground. A 35 Whelen trajectory chart shows relatively steep drop curves past moderate distances.

Understanding total bullet drop prevents clean misses or poor wounding hits on distant big game. Knowing the drop values helps hunters offset the curved flight by aiming slightly higher.

Ballistic Coefficient

Ballistic coefficient measures how efficiently a specific bullet shape slices through atmospheric air resistance. Higher decimal values indicate a highly streamlined projectile shape.

Most medium bore bullets feature stubby profiles that produce lower numbers than skinny projectiles. Premium boat tail options help maximize this value to flatten out the flight arc.

Sectional Density

Sectional density compares the total weight of a bullet against its overall outer diameter. Higher values for a given caliber directly indicate superior deep penetration potential through tissue.

The long heavy options in this caliber carry impressive sectional density numbers. This physical trait allows the non magnum round to push through thick muscle and heavy bone.

Common 35 Whelen Bullet Weights

180 Grain

The 180 grain option represents the lighter end of commercial hunting options for this medium bore rifle. It works best for hunting open country pronghorn, medium sized whitetail deer, and light feral hogs.

The primary advantages include exceptionally low recoil, fast muzzle speeds, and very flat trajectories out to moderate ranges. The distinct disadvantage is rapid downrange velocity loss due to low aerodynamic efficiency. Typical factory loads generate muzzle speeds around 2900 feet per second. They deliver a crushing muzzle energy output of roughly 3360 foot pounds.

200 Grain

The 200 grain weight stands as the standard versatile baseline option across the entire industry. It excels for general deer hunting, black bear baiting, and close quarters wild hog control.

The advantages are great ammunition availability, balanced terminal shock, and excellent velocity inside normal hunting distances. The downside is poor wind resistance at distances past 250 yards due to stubby blunt shapes. Typical velocity clocks in at a quick 2800 to 2910 feet per second at exit. Typical energy values hover around 3470 to 3760 foot pounds at the muzzle.

225 Grain

The 225 grain projectile is considered by many professional marksmen to be the absolute sweet spot. It is optimized for large bull elk, massive moose, and coastal brown bears.

The main advantages are superb aerodynamic shapes, high sectional density, and incredible energy retention downrange. The single notable disadvantage is stepped up physical recoil over lighter options. You can expect a typical muzzle velocity of 2650 to 2800 feet per second. This delivers an immense muzzle energy ranging from 3500 to 3910 foot pounds.

250 Grain

The heavy 250 grain option brings maximum hard hitting stopping force to the table. It is primarily used for deep woods moose hunting, huge bison, and dangerous grizzly bears.

The clear advantages are unstoppable straight line penetration and maximum bone shattering capabilities. The disadvantages include a very loopy rainbow flight trajectory and stiff rifle recoil. Typical factory loads move along at a steady 2400 to 2550 feet per second. They supply an impressive 3190 to 3610 foot pounds of initial bone breaking muzzle energy.

Effective Range

Deer

The practical effective range on whitetail and mule deer spans out to 400 yards. The bullet retains more than enough speed and energy to expand widely at this range. Mid weight loads keep the point of impact manageable within this distance bracket.

Elk

For mature bull elk, the maximum ethical limit drops to roughly 350 yards. This restriction ensures the slowing projectile still hits with 1500 foot pounds of muscle. It provides clean vitals expansion through heavy ribs.

Moose

Moose present large vital zones but require immense structural damage to stop quickly. The effective range on these huge cervids finishes at 300 yards. Heavy premium structures are required to maximize terminal performance at extended lines.

Black Bear

Large black bears are effectively taken anywhere from the muzzle out to 300 yards. Close range bait setups maximize the massive initial diameter of the slug. Distant mountain hunting requires precise tracking of the wind drift.

Wild Hog

Feral hogs can be dropped out to 350 yards using aerodynamic tip choices. Thick shoulder shields on big boars melt away under the high frontal mass. Short hand rifles handle this task beautifully inside heavy timber.

Long Range Target Shooting

This specific heavy caliber is not built for competitive long range steel shooting. Low ballistic coefficients make tracking targets past 500 yards incredibly difficult. The heavy recoil fatigue will also quickly degrade tight group shooting consistency.

Best Hunting Uses

The legendary reputation of this cartridge stems from its uncompromised efficiency on North American big game. It uses the standard long action platform to punch way above its weight class.

Factors That Affect 35 Whelen Ballistics

Barrel Length

Standard factory ammunition achieves listed velocities using a 24 inch test barrel. Shorter 20 inch custom tracking barrels handle beautifully in brush but lose velocity. Expect to drop roughly 25 feet per second for every inch of barrel removed.

Bullet Weight

Light options step up initial speed but lose their energy very quickly downrange. Heavy choices start slower but resist air drag much better over distance. Choosing the proper weight dictates your maximum operating range.

Bullet Construction

Soft lead points expand very quickly on light game but can break up early. Solid copper and bonded options hold together to smash through thick shoulder bone. Monolithic tipped options help flatten out trajectories.

Altitude

Shooting at high mountain elevations thin air resistance out significantly. This drop in density helps the blunt bullet retain speed much better than at sea level. Your long distance drops will be less severe up high.

Temperature

Frigid hunting environments can reduce the burning efficiency of gunpowder inside the casing. This change drops muzzle velocity and alters your known long distance point of impact. Modern high performance powders help minimize this temperature variance.

Wind

The wide cross section of a medium bore projectile acts like a sail. Strong crosswinds will push these low efficiency bullets sideways quite rapidly. Hunters must carefully read wind speed to avoid missing target vitals.

Zero Distance

Your choice of sight zero completely shapes the usable mid range trajectory arc. An improper zero can cause you to overshoot small targets at close distances. It directly controls your maximum point blank range.

Best Zero Distance

100 Yard Zero

A 100 yard zero keeps your close range impacts incredibly precise and easy to manage. The major disadvantage is that the bullet drops rapidly past 150 yards. This setup forces you to hold high or dial your scope turret quickly for moderate field shots.

200 Yard Zero

A 35 Whelen Ballistics Chart 200 Yard Zero is highly favored by global big game hunters. The bullet rises roughly two inches at mid range and drops predictably past the zero point. It allows dead on aiming without guesswork out to 250 yards.

250 Yard Zero

Extending your primary zero to 250 yards stretches your total maximum reach out further. However, the bullet will now peak nearly four inches high at mid range distances. This tall arc introduces a real risk of sailing cleanly over a deer back.

35 Whelen Compared To Similar Cartridges

Cartridge	Velocity	Energy	Trajectory	Recoil	Effective Hunting Range	Large Game Performance
35 Whelen	Moderate	High	Medium Arced	Medium Heavy	350 Yards	Excellent
30 06 Springfield	Fast	Medium	Flatter	Moderate	400 Yards	Good
338 Win Mag	Very Fast	Very High	Flat	Heavy	500 Yards	Exceptional
9.3×62 Mauser	Moderate	High	Medium Arced	Medium Heavy	300 Yards	Excellent
375 Ruger	Fast	Extreme	Flat	Very Heavy	400 Yards	Crushing

The 30 06 Springfield shoots flatter and recoils less, making it superior for distant deer. However, the 35 Whelen carries much more raw close range knockdown power on elk.

The 338 Winchester Magnum outpaces the Whelen across long open fields quite easily. The trade off comes at the shoulder, where the Whelen requires less powder and burns efficiently in shorter barrels.

The 9.3×62 Mauser performs almost identically, though factory ammunition is tougher to source locally. The 375 Ruger provides real dangerous game insurance but creates punishing rifle recoil for average shooters.

Frequently Asked Questions

What Is The Parent Case For The 35 Whelen?

The parent case is the standard 30 06 Springfield necked up to accept larger projectiles.

Is The 35 Whelen Legal For Primitive Firearms Seasons?

Several states allow this specific bottlenecked centerfire cartridge during specialized primitive weapon hunting weeks.

What Diameter Bullet Does The 35 Whelen Shoot?

It fires a standard 0.358 inch diameter medium bore rifle bullet.

How Much Recoil Does The 35 Whelen Have?

It generates roughly 22 to 26 foot pounds of recoil, which is slightly more than a standard 30 06.

Can A 35 Whelen Take Grizzly Bears Safely?

Yes, heavy premium 250 grain options provide deep penetration needed for large dangerous bears.

What Twist Rate Is Standard For 35 Whelen Rifles?

A 1 in 16 inch or 1 in 14 inch rifling twist rate is common for stabilizing heavy hunting bullets.

Does Hornady Make Superformance Ammo For The 35 Whelen?

Hornady offers a 200 grain InterLock load inside their high velocity Superformance ammunition line.

What Is The Maximum Effective Range For Elk Hunting?

The practical maximum ethical range for dropping mature elk sits around 350 yards.

Is The 35 Whelen A Magnum Cartridge?

No, it is a high efficiency standard cartridge that operates safely at normal chamber pressures.

Can I Form 35 Whelen Brass From 30 06 Cases?

Yes, you can easily form the brass by running lubricated 30 06 cases through a sizing die.