50 BMG Ballistics Chart

A 50 BMG Ballistics Chart is a comprehensive visual data tool that details the velocity, energy, bullet drop, and aerodynamic efficiency of the legendary 50 Browning Machine Gun cartridge from the muzzle out to extended distances. This specialized chart allows shooters, handloaders, and long range competitors to analyze and compare how different factory loads perform under real world conditions. By examining these metrics, marksmen can accurately calculate precise elevation holdovers, windage adjustments, and terminal performance for extreme long range shooting applications.

50 BMG 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 Match	750 gr	A-MAX	1.050 (G1)	0.412	2820 fps	2732 fps	2646 fps	2562 fps	2480 fps	2400 fps	13241 ft lbs	12429 ft lbs	11660 ft lbs	10931 ft lbs	10242 ft lbs	9590 ft lbs	0.0 in	0.0 in	-4.4 in	-13.7 in	-28.2 in
Federal Premium	660 gr	FMJ BT	0.670 (G1)	0.362	2910 fps	2761 fps	2618 fps	2479 fps	2346 fps	2217 fps	12403 ft lbs	11166 ft lbs	10041 ft lbs	9005 ft lbs	8062 ft lbs	7200 ft lbs	0.0 in	0.0 in	-4.3 in	-13.9 in	-29.5 in
PMC Ammunition	660 gr	FMJ BT	0.670 (G1)	0.362	2910 fps	2761 fps	2618 fps	2479 fps	2346 fps	2217 fps	12403 ft lbs	11166 ft lbs	10041 ft lbs	9005 ft lbs	8062 ft lbs	7200 ft lbs	0.0 in	0.0 in	-4.3 in	-13.9 in	-29.5 in
Winchester	647 gr	FMJ	0.620 (G1)	0.355	2915 fps	2753 fps	2598 fps	2449 fps	2305 fps	2167 fps	12213 ft lbs	10892 ft lbs	9700 ft lbs	8617 ft lbs	7634 ft lbs	6745 ft lbs	0.0 in	0.0 in	-4.3 in	-14.1 in	-30.2 in
Barrett	661 gr	M33 FMJ	0.670 (G1)	0.363	2750 fps	2606 fps	2468 fps	2334 fps	2206 fps	2083 fps	11100 ft lbs	9974 ft lbs	8945 ft lbs	8003 ft lbs	7149 ft lbs	6374 ft lbs	0.0 in	0.0 in	-4.9 in	-15.8 in	-33.6 in
Hornady Customs	647 gr	Solid BT	0.620 (G1)	0.355	2940 fps	2777 fps	2620 fps	2469 fps	2324 fps	2185 fps	12411 ft lbs	11072 ft lbs	9853 ft lbs	8751 ft lbs	7755 ft lbs	6853 ft lbs	0.0 in	0.0 in	-4.2 in	-13.9 in	-29.7 in
Barnes	647 gr	TSX FB	0.620 (G1)	0.355	2940 fps	2777 fps	2620 fps	2469 fps	2324 fps	2185 fps	12411 ft lbs	11072 ft lbs	9853 ft lbs	8751 ft lbs	7755 ft lbs	6853 ft lbs	0.0 in	0.0 in	-4.2 in	-13.9 in	-29.7 in
Underwood Ammo	647 gr	Solid Brass	0.620 (G1)	0.355	2940 fps	2777 fps	2620 fps	2469 fps	2324 fps	2185 fps	12411 ft lbs	11072 ft lbs	9853 ft lbs	8751 ft lbs	7755 ft lbs	6853 ft lbs	0.0 in	0.0 in	-4.2 in	-13.9 in	-29.7 in
PMC Ammunition	740 gr	Solid Bronze	0.701 (G1)	0.406	2590 fps	2469 fps	2351 fps	2238 fps	2128 fps	2021 fps	11019 ft lbs	10015 ft lbs	9081 ft lbs	8225 ft lbs	7437 ft lbs	6712 ft lbs	0.0 in	0.0 in	-5.4 in	-17.5 in	-37.1 in
Federal Premium	700 gr	Barnes TSX	0.678 (G1)	0.384	2800 fps	2659 fps	2523 fps	2392 fps	2266 fps	2144 fps	12185 ft lbs	10991 ft lbs	9898 ft lbs	8899 ft lbs	7984 ft lbs	7149 ft lbs	0.0 in	0.0 in	-4.7 in	-15.1 in	-31.9 in

This comparative ballistics chart provides a clear roadmap of how weight, velocity, and aerodynamic engineering intersect to dictate the external performance of the 50 BMG cartridge over long distances.

Understanding The 50 BMG Ballistics Chart

Reviewing the data reveals that small differences in projectile configuration yield major discrepancies in downrange authority.

Velocity Analysis

Looking closely at the 50 BMG Velocity Chart reveals that the Hornady Customs 647 grain Solid BT, Barnes 647 grain TSX, and Underwood 647 grain Solid Brass lead the group with a blistering muzzle velocity of 2940 feet per second.

Energy Analysis

Evaluating the 50 BMG Energy Chart highlights the staggering power of this cartridge, with the Hornady Match 750 grain A-MAX delivering the highest muzzle energy at 13241 foot pounds.

Lighter options like the Winchester 647 grain FMJ start with 12213 foot pounds of energy at the muzzle but shed that power rapidly over distance.

By the time the projectiles reach 500 yards, the Hornady Match 750 grain load retains a massive 9590 foot pounds of energy, which actually exceeds the muzzle energy of many smaller cartridges.

The PMC 660 grain FMJ BT starts out strong at 12403 foot pounds but drops down to 7200 foot pounds at 500 yards, showing a significant loss of kinetic force.

High retained energy values guarantee that the projectile maintains extreme terminal impact force and material penetration capabilities at maximum distances.

Trajectory Analysis

Analyzing the 50 BMG Bullet Drop Chart with a standard 200 yard zero reveals exceptionally flat initial pathways across all modern factory options.

The flattest shooting factory loads at mid range distances are the Hornady Customs, Barnes, and Underwood 647 grain options, which register a bullet drop of only 29.7 inches at 500 yards.

As distance increases past 300 yards, the trajectory changes rapidly, which is evident when comparing the flat Hornady Match 750 grain drop of 28.2 inches against the PMC 740 grain drop of 37.1 inches.

The heavier 750 grain bullet exhibits a slightly higher arc initially but establishes a much flatter trajectory further downrange due to low drag characteristics.

Practical holdover using the chart values indicates that shooters using standard military type 660 grain loads must account for roughly 1.3 inches more drop at 500 yards than those utilizing the precision 750 grain A-MAX.

Ballistic Coefficient Analysis

The 50 BMG Ballistic Coefficient values in the table show a massive variance between standard military style bullets and match grade long range options.

The Hornady Match 750 grain A-MAX holds the highest ballistic coefficient in the chart with a G1 BC rating of 1.050.

Standard configurations like the Winchester 647 grain FMJ feature a much lower ballistic coefficient of 0.620.

The high BC of the 750 grain bullet allows it to slice through atmospheric resistance, ensuring that it preserves velocity and resists lateral wind drift far better than lower BC options.

According to the chart data, this aerodynamic advantage allows high BC bullets to arrive at 500 yards with significantly higher velocity and flatter paths.

Sectional Density Analysis

Sectional density directly influences how stable a bullet remains in flight and how deeply it penetrates a target once it arrives.

The chart shows that the Hornady Match 750 grain A-MAX possesses the highest sectional density at 0.412, followed closely by the PMC 740 grain Solid Bronze at 0.406.

The lighter Winchester 647 grain FMJ exhibits the lowest sectional density value in the chart at 0.355.

A higher sectional density means the bullet concentrates its mass over a smaller cross sectional area, which aids in defeating heavy material barriers.

The data confirms that heavier projectiles combine high sectional density with high ballistic efficiency to maximize long range projectile stability.

Best Factory Loads Based On The Chart

For Extreme Long Range Shooting, the Hornady Match 750 grain A-MAX is the undisputed choice due to its high velocity retention of 2400 feet per second at 500 yards.

For Precision Shooting and formal Competition, the Hornady Match 750 grain A-MAX stands out because it offers the lowest drop of 28.2 inches at 500 yards.

If Maximum Velocity is the primary goal, the Hornady Customs 647 grain Solid BT, Barnes 647 grain TSX, and Underwood 647 grain Solid Brass tie for the top spot at 2940 feet per second.

When seeking Maximum Retained Energy at extended ranges, the Hornady Match 750 grain A-MAX wins easily by preserving 9590 foot pounds of force at 500 yards.

For General Purpose Shooting, the Federal Premium 660 grain FMJ BT offers a well balanced combination of 2910 feet per second muzzle velocity and a standard 0.670 ballistic coefficient.

Key Takeaways From The Chart

The fastest factory loads are the 647 grain variants from Hornady, Barnes, and Underwood at 2940 feet per second.

The highest muzzle energy is produced by the Hornady Match 750 grain A-MAX at 13241 foot pounds.

The highest retained energy at 500 yards belongs to the Hornady Match 750 grain A-MAX at 9590 foot pounds.

The flattest trajectory at 500 yards is achieved by the Hornady Match 750 grain A-MAX with only 28.2 inches of drop.

The highest ballistic coefficient listed is the Hornady Match 750 grain A-MAX at 1.050.

The best overall long range performer based on all metrics is the Hornady Match 750 grain A-MAX.

Common 50 BMG Bullet Weights

The sheer size of the 50 Browning Machine Gun cartridge allows it to utilize extremely heavy projectiles optimized for specialized roles.

647 Grain

The 647 grain projectile weight is highly popular for solid brass lathe turned configurations and classic specialty sport loads.

Typical muzzle velocity for this weight ranges from 2915 to 2940 feet per second, yielding an initial muzzle energy around 12411 foot pounds.

The primary advantage of this weight is its incredibly high initial velocity, which creates a very flat mid range shooting path.

The main disadvantage is that the lighter weight limits its ballistic coefficient, leading to quicker energy loss past mid range distances.

This weight is best applied in general target practice, monolithic solid hunting applications, and flat shooting scenarios out to mid range distances.

660 Grain

The 660 grain projectile represents the standard military M33 Ball weight profile found globally in surplus and commercial bulk ammunition.

Typical muzzle velocity sits right at 2910 feet per second, which generates roughly 12403 foot pounds of energy at the muzzle.

The primary advantages of 660 grain options are high availability, relatively lower cost, and consistent performance across various firearm platforms.

The primary disadvantage is that these bullets are rarely built to match grade tolerances, which restricts their precision at extreme distances.

This weight is ideal for high volume target shooting, tactical training, and functional cycling tests in semi automatic firearms.

750 Grain

The 750 grain projectile weight represents the pinnacle of modern 50 BMG Long Range Ballistics engineering.

Typical muzzle velocity is roughly 2820 feet per second, which translates into a massive 13241 foot pounds of muzzle energy.

The single biggest advantage of this weight is its exceptional ballistic efficiency, which allows it to defeat wind deflection and maintain supersonic flight longer than lighter bullets.

The primary disadvantage is the increased recoil pulse generated by pushing such a heavy projectile down the barrel.

This weight is the ultimate choice for match competition, extreme long range target shooting, and precision military applications.

800 Grain

The 800 grain bullet is an ultra heavy option used primarily by handloaders and specialized custom ammunition manufacturers.

Typical muzzle velocity drops down to around 2600 to 2650 feet per second, though it maintains an immense muzzle energy profile.

The advantage of the 800 grain bullet is its unmatched structural momentum and wind resisting capabilities at extreme yardages.

The main disadvantage is the restricted selection of factory loaded options, requiring most shooters to handload these components.

This weight is reserved almost exclusively for specialized ultra long range target competition where wind deflection must be mitigated at all costs.

Effective Range

Understanding the realistic limits of this cartridge helps shooters select the correct equipment for their specific long range goals.

Target Shooting

For standard large scale targets, the 50 BMG Effective Range easily spans from 1000 yards out to 1500 yards using standard commercial factory ammunition.

At these distances, the projectile remains comfortably supersonic, keeping its flight path predictable and highly stable through varying atmospheric conditions.

Extreme Long Range Shooting

When participating in extreme long range activities, expert marksmen regularly extend the cartridge from 1500 yards out to 2500 yards.

Achieving success at these extreme distances requires premium high BC ammunition like the 50 BMG 750 Grain Ballistics profile to prevent the bullet from destabilizing during transonic transition.

Military Applications

In tactical environments, the effective anti material range of the cartridge is officially rated out to approximately 2000 yards.

The immense kinetic energy preserved at this distance allows the heavy projectiles to successfully disable vehicles, radar equipment, and hardened structures.

Competition Shooting

Within formal heavy benchrest competitions, the primary focus centers around the 1000 yard line where maximum precision is measured in tiny group sizes.

At this specific distance, the low drag nature of match grade ammunition allows shooters to achieve incredible accuracy despite shifting lateral wind currents.

Factors That Affect 50 BMG Ballistics

External variables can alter downstream projectile performance, requiring shooters to adjust their calculations based on real time environments.

Barrel Length

Barrel length plays a crucial role in determining how much velocity a 50 BMG cartridge can generate before exiting the muzzle.

A standard 30 inch or 32 inch barrel allows the slow burning powder inside the massive case to completely burn, maximizing initial velocity.

Shorter barrels, such as 20 inch carbine configurations, can cause a loss of 200 to 300 feet per second, which drastically diminishes downrange performance.

Bullet Weight

Bullet weight dictates the balance between initial muzzle velocity and downrange momentum retention as shown in our primary chart.

Lighter bullets leave the barrel faster but lose speed quickly, whereas heavier bullets start slower but hold their velocity over massive distances.

Bullet Construction

The physical design of the projectile, whether it is a jacketed lead core, a solid brass turned monolithic turning, or an polymer tipped match bullet, affects flight efficiency.

Smooth, highly uniform monolithic solids and tipped match bullets track straightest because they minimize flight imbalances.

Ballistic Coefficient

The ballistic coefficient measures how easily a bullet overcomes air resistance during its journey to the target.

A higher ballistic coefficient directly reduces bullet drop and minimizes the lateral drift caused by crosswinds.

Altitude

High altitude environments feature thinner air, which reduces the aerodynamic drag forces acting against a flying bullet.

Shooters firing at high elevations will experience less bullet drop and higher retained velocities than those shooting at sea level.

Temperature

Air temperature impacts air density, with colder temperatures creating denser air that slows down projectiles faster.

Additionally, extreme ammunition temperature fluctuations can alter powder burn rates, causing unexpected changes in muzzle velocity.

Wind

Due to the immense flight time required to reach distant targets, crosswinds have a profound effect on the 50 BMG trajectory.

Even a heavy bullet will be pushed sideways over long distances, requiring precise windage alignment based on ballistic chart evaluations.

Zero Distance

The specific distance at which a rifle is zeroed determines the entire arc of the flight trajectory relative to the shooter’s line of sight.

An inappropriate zero distance can require excessive physical adjustments on an optics turret when moving between close and distant targets.

Best Zero Distance

Choosing the correct zero distance establishes an efficient baseline for dialing or holding over targets at extended ranges.

100 Yard Zero

A 100 yard zero is highly popular among civilian shooters who frequent standard local shooting ranges.

The primary advantage is that wind interference is minimized during the sight in process, ensuring a perfectly centered rifle alignment.

The main disadvantage is that you must dial a large amount of vertical elevation adjustment when transitioning to extreme long range targets.

This zero is best for general target practice, initial rifle testing, and short range function verification.

200 Yard Zero

A 200 yard zero serves as an exceptional general purpose baseline for a wide variety of shooting conditions.

As demonstrated in our primary chart, utilizing a 200 yard zero keeps the bullet path perfectly flat through the first 200 yards of travel.

The disadvantage is a very slight mid range rise, though it remains small enough to ignore on larger targets.

This zero is highly recommended for tactical shooters and field marksmen who require instant readiness without immediate turret manipulation.

500 Yard Zero

A 500 yard zero is a specialized configuration utilized by long range specialists who primarily engage targets at mid range distances.

The advantage is that it eliminates the need to dial elevation corrections when engaging targets between 400 and 600 yards.

The severe disadvantage is that the bullet flies significantly higher than the line of sight at 200 and 300 yards, which can cause misses on close targets.

This approach is best reserved for dedicated medium to long range field applications where target distances are consistently uniform.

1000 Yard Zero

A 1000 yard zero is used exclusively by extreme long range competitors and specialized ultra long range military marksmen.

The major benefit is that it preserves usable internal elevation travel within the rifle optic, allowing adjustments out past a mile.

The disadvantage is that shooting at any close range target requires significant down holding or major downward turret adjustments.

This zero is strictly for dedicated extreme long range platforms that are never fired at short distances.

50 BMG Compared To Similar Cartridges

To understand where this cartridge stands, it helps to compare its performance against other prominent extreme long range options.

Cartridge	Velocity	Energy	Trajectory (Drop at 1000 yd)	Ballistic Coefficient (G1)	Effective Range	Recoil	Extreme Long Range Performance
50 BMG	2820 fps	13241 ft lbs	-230 in	1.050	2000+ yd	Extreme	Massive Energy Payload
416 Barrett	3000 fps	8990 ft lbs	-195 in	0.720	2200 yd	Heavy	Ultra Flat Trajectory
408 CheyTac	3050 fps	8650 ft lbs	-190 in	0.940	2200+ yd	Heavy	Exceptional Match Precision
375 CheyTac	3150 fps	7730 ft lbs	-170 in	0.950	2500 yd	Moderate Heavy	Ultimate Flattest Path
460 Steyr	2900 fps	9800 ft lbs	-210 in	0.850	2000 yd	Heavy	High Energy Balance

The major difference shown above is that while cartridges like the 375 CheyTac and 408 CheyTac offer flatter trajectories and higher initial velocities, the 50 BMG dominates in raw kinetic energy. The 50 BMG delivers nearly double the muzzle energy of a 375 CheyTac, making it the premier choice when target impact force and structural material penetration are prioritized over a slightly flatter flight path.

Frequently Asked Questions

What is the typical muzzle velocity of a 50 BMG?

Typical factory ammunition muzzle velocity ranges between 2750 and 2940 feet per second depending on the specific bullet weight.

How much bullet drop does a 50 BMG have at 500 yards?

With a 200 yard zero, a typical 50 BMG cartridge experiences between 28.2 and 37.1 inches of drop at 500 yards.

Which factory load retains velocity best at long range?

The Hornady Match 750 grain A-MAX retains velocity best because of its exceptionally high 1.050 ballistic coefficient.

Is the 50 BMG effective past 1000 yards?

Yes, the cartridge maintains immense energy and supersonic stability well past 1000 yards, with an effective target range exceeding 2000 yards.

What is the average muzzle energy of a 50 BMG cartridge?

Average muzzle energy spans from 11100 to over 13200 foot pounds, making it one of the most powerful shoulder fired cartridges available.

Why do heavier bullets drop less at extreme distances?

Heavier high BC bullets resist air drag efficiently, which allows them to retain velocity and spend less time in flight where gravity acts upon them.

What is the difference between G1 and G7 ballistic coefficients for 50 BMG?

G1 is typically used for standard flat base or short boat tail bullets, while G7 is more accurate for long, modern boat tail match projectiles.

Does barrel length significantly change 50 BMG ballistics?

Yes, longer 30 to 32 inch barrels maximize powder combustion, while short 20 inch barrels can reduce muzzle velocity by up to 300 feet per second.

What is the best zero distance for a long range 50 BMG rifle?

A 200 yard zero provides the best general purpose balance, keeping mid range trajectory flat while leaving plenty of adjustment for distant targets.

How does wind affect a 50 BMG bullet compared to smaller calibers?

Due to its massive mass and high ballistic coefficient, it resists wind deflection much better than smaller calibers, but still requires careful correction at extreme distances.