300 Savage Ballistics Chart

A 300 Savage Ballistics Chart is an essential reference table that maps out the precise velocity, kinetic energy, and flight trajectory of this classic short action hunting cartridge from the muzzle out to extended ranges. Created over a century ago to match military ballistics in a lever action platform, this incredible round continues to offer mild recoil and exceptional knockdown power for modern hunters. By studying this specific data marksmen can accurately dial their optical elevation turrets and select the perfect factory load for deep woods tracking or open field white tailed deer hunting. Utilizing this comprehensive chart guarantees responsible shots and ethical harvesting with vintage rifles.

300 Savage 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 300 Yards	Trajectory At 400 Yards	Trajectory At 500 Yards
Hornady Superformance	150 gr	SST	0.415	0.226	2740 fps	2520 fps	2311 fps	2112 fps	1922 fps	1745 fps	2500 ft lbs	2115 ft lbs	1779 ft lbs	1485 ft lbs	1230 ft lbs	1014 ft lbs	1.8 in High	8.5 in Low	25.4 in Low	52.8 in Low
Remington Core Lokt	150 gr	PSP	0.314	0.226	2630 fps	2362 fps	2110 fps	1874 fps	1656 fps	1459 fps	2303 ft lbs	1858 ft lbs	1483 ft lbs	1170 ft lbs	913 ft lbs	709 ft lbs	2.2 in High	10.1 in Low	31.0 in Low	66.5 in Low
Federal Power Shok	150 gr	JSP	0.313	0.226	2630 fps	2360 fps	2108 fps	1872 fps	1654 fps	1457 fps	2303 ft lbs	1855 ft lbs	1480 ft lbs	1167 ft lbs	911 ft lbs	707 ft lbs	2.2 in High	10.2 in Low	31.1 in Low	66.7 in Low
Winchester Super X	150 gr	Power Point	0.294	0.226	2630 fps	2345 fps	2078 fps	1829 fps	1602 fps	1400 fps	2303 ft lbs	1831 ft lbs	1438 ft lbs	1114 ft lbs	855 ft lbs	653 ft lbs	2.2 in High	10.3 in Low	32.0 in Low	69.5 in Low
Federal Power Shok	180 gr	JSP	0.380	0.271	2350 fps	2150 fps	1960 fps	1780 fps	1612 fps	1458 fps	2207 ft lbs	1847 ft lbs	1535 ft lbs	1266 ft lbs	1039 ft lbs	850 ft lbs	3.2 in High	13.5 in Low	40.5 in Low	85.2 in Low
Remington Core Lokt	180 gr	SP	0.383	0.271	2350 fps	2145 fps	1952 fps	1770 fps	1601 fps	1445 fps	2207 ft lbs	1839 ft lbs	1523 ft lbs	1252 ft lbs	1024 ft lbs	835 ft lbs	3.2 in High	13.6 in Low	40.8 in Low	86.0 in Low
Winchester Super X	180 gr	Power Point	0.360	0.271	2350 fps	2130 fps	1922 fps	1726 fps	1545 fps	1382 fps	2207 ft lbs	1813 ft lbs	1476 ft lbs	1191 ft lbs	954 ft lbs	764 ft lbs	3.2 in High	13.8 in Low	41.6 in Low	88.5 in Low

Reviewing this comprehensive table reveals that modern powder developments have drastically improved the downrange efficiency of this century old hunting cartridge.

Understanding The 300 Savage Ballistics Chart

Velocity Analysis

Looking closely at the velocity figures shows that the Hornady Superformance 150 grain SST easily claims the top spot with an impressive muzzle velocity of 2740 feet per second.

This elevated starting speed gives the polymer tipped projectile a massive advantage over standard hunting loads across the first two hundred yards.

Evaluating velocity retention reveals how aerodynamic efficiency dictates performance over extended open field hunting gaps.

The Hornady Superformance load retains 1745 feet per second at the five hundred yard mark.

In contrast the traditional Winchester Super X 150 grain Power Point slows down significantly reaching only 1400 feet per second at the same distance.

This data proves that hunters targeting medium game at longer ranges should completely rely on modern aerodynamic projectiles to preserve supersonic stability.

Energy Analysis

Muzzle energy determines the immediate structural shock delivered to an animal upon initial bullet impact in the field.

The table data highlights that the Hornady Superformance 150 grain SST produces the highest initial strike force with 2500 foot pounds of muzzle energy.

Standard traditional options like the Remington Core Lokt 150 grain PSP start with a highly respectable 2303 foot pounds of energy at the muzzle.

Downrange energy retention clearly illustrates the superior design of modern tipped bullets for medium sized game hunting.

By the time the projectiles reach three hundred yards the Hornady load still carries 1485 foot pounds of lethal kinetic force.

The heavy Federal Power Shok 180 grain JSP retains 1266 foot pounds of energy at three hundred yards which ensures massive tissue damage on tough targets.

High retained energy values guarantee that the bullet maintains enough momentum to penetrate thick hide and expand reliably across any practical hunting distance.

Trajectory Analysis

Analyzing the trajectory profile with a standard two hundred yard zero demonstrates the excellent mid range capability of this classic cartridge.

The flattest shooting factory load at mid range distances is the Hornady Superformance 150 grain SST.

This polymer tipped projectile exhibits a minimal bullet drop of only 8.5 inches at the three hundred yard mark.

Traditional heavy woods configurations like the Remington Core Lokt 180 grain SP plunge much faster dropping 13.6 inches at three hundred yards.

As distance increases to five hundred yards the heavy soft point bullets fall drastically making ethical long range shots incredibly difficult without careful optical dialing.

The trajectory data confirms that shooters utilizing standard exposed lead bullets must memorize their holdovers strictly inside three hundred yards.

Ballistic Coefficient Analysis

The ballistic coefficient values listed in the table reveal a massive technological divide between traditional hunting ammunition and modern aerodynamic designs.

The Hornady Superformance 150 grain SST dominates this specific category with a high rating of 0.415.

Traditional brush hunting configurations like the Winchester Super X 150 grain Power Point feature a much lower aerodynamic rating of 0.294.

The superior rating of the polymer tipped bullet allows it to slice through dense atmospheric resistance without shedding precious velocity as rapidly.

According to the chart data this massive aerodynamic advantage guarantees that high coefficient bullets arrive at distant targets with significantly flatter pathways and reduced lateral wind drift.

Sectional Density Analysis

Sectional density directly influences how stable a hunting bullet remains during flight and how deeply it penetrates thick muscle and bone upon arrival.

The chart confirms that all 180 grain projectiles possess the highest sectional density rating of 0.271.

The lighter 150 grain options exhibit a lower sectional density value of 0.226.

A higher sectional density means the bullet concentrates its physical mass over a smaller cross sectional area forcing it deeper into the vital cavity of large game animals.

This specific data confirms that hunters pursuing heavy bodied animals like black bears should rely entirely on the heavy 180 grain projectiles to maximize deep pass through penetration.

Best Factory Loads Based On The Chart

For Extreme Long Range Shooting within ethical limits the Hornady Superformance 150 grain SST is the absolute best choice due to its superior velocity retention.

For Precision Woods Hunting inside two hundred yards the Remington Core Lokt 180 grain SP provides massive terminal shock and incredibly deep penetration.

If Maximum Initial Velocity is your primary goal the Hornady Superformance 150 grain SST takes the top spot by reaching 2740 feet per second.

When seeking Maximum Retained Energy at extended distances the Hornady Superformance 150 grain SST wins easily by preserving 1014 foot pounds of strike force at five hundred yards.

For General Purpose Deer Hunting the Federal Power Shok 150 grain JSP offers reliable terminal expansion and moderate velocities that prevent excessive meat damage.

Key Takeaways From The Chart

The fastest factory load in the entire chart is the Hornady Superformance 150 grain SST at 2740 feet per second.

The highest initial muzzle energy is produced by the Hornady Superformance 150 grain SST at 2500 foot pounds.

The highest retained kinetic energy at five hundred yards belongs to the Hornady Superformance 150 grain SST at 1014 foot pounds.

The flattest trajectory at five hundred yards is achieved by the Hornady Superformance 150 grain SST with a minimal 52.8 inches of bullet drop.

The highest overall ballistic coefficient listed is the Hornady Superformance 150 grain SST at 0.415.

The best overall long range hunting performer based on combined energy retention and trajectory metrics is the Hornady Superformance 150 grain SST.

Common 300 Savage Bullet Weights

The classic short action case capacity allows manufacturers to offer distinct bullet weights optimized for totally different hunting environments.

125 Grain

The 125 grain projectile weight is a highly specialized option used by custom ammunition loaders to maximize raw muzzle speed on small targets.

Typical muzzle velocity for this specific lightweight bullet easily breaks the 2900 feet per second barrier when paired with optimized propellants.

The primary advantage of this weight is its incredibly explosive initial velocity which creates a laser flat flight path inside two hundred yards.

150 Grain

The 150 grain projectile represents the absolute standard for commercial factory loaded ammunition in this historic caliber.

Typical muzzle velocity is roughly 2630 feet per second which translates into an excellent 2303 foot pounds of initial muzzle energy.

The single biggest advantage of this weight is its exceptional balance of flat mid range trajectory and reliable expansion on medium sized game.

The primary disadvantage is that these specific bullets lack the extreme mass required for reliable pass through shots on thick shoulder bones.

This weight is the absolute ideal choice for open country white tailed deer hunting and general sporting use.

165 Grain

The 165 grain projectile weight represents the perfect sweet spot for custom handloaders who want high ballistic coefficients and deep penetration.

Typical muzzle velocity sits comfortably around 2500 feet per second generating incredibly consistent terminal performance.

The primary advantages of 165 grain options are brilliant rotational stability and a massive selection of premium match grade hunting bullets.

The primary disadvantage is the severely restricted selection of commercial factory loaded options requiring shooters to load their own ammunition.

This weight is the ultimate choice for hunters who require reliable performance on elk alongside a very predictable trajectory curve.

180 Grain

The 180 grain bullet is the heaviest practical option available in modern commercial factory loads for this specific short action cartridge.

Typical muzzle velocity drops down to around 2350 feet per second though it maintains immense structural momentum at close yardages.

The advantage of the 180 grain bullet is its unmatched deep tissue penetration capabilities making it devastating on heavy timber black bears.

The main disadvantage is a severely arched rainbow trajectory which complicates elevation adjustments beyond two hundred yards.

This extreme weight is reserved almost exclusively for specialized heavy brush hunting where deep penetration is prioritized over absolute maximum muzzle velocity.

Effective Range

Understanding the realistic limits of this vintage cartridge helps hunters select the correct equipment and optical setups for their specific field goals.

Target Shooting

For standard large scale paper targets the effective range easily spans from one hundred yards out to five hundred yards.

Beyond five hundred yards the inherent velocity drop of the short action case makes reliable grouping difficult without premium custom handloads.

Shooters must accept that this specialized classic cartridge prioritizes medium range hunting knockdown power over benchrest level precision.

Extreme Long Range Shooting

When participating in extreme long range hunting activities ethical marksmen restrict this cartridge to a maximum distance of three hundred yards.

Achieving success at this specific distance requires premium aerodynamic ammunition to ensure the bullet retains enough kinetic energy for rapid ethical expansion.

Shooting past three hundred yards at live game risks severely wounding the animal due to low retained velocity.

Military Applications

This specific cartridge was never officially adopted by any major global military force for standard front line infantry combat.

However it served as the direct foundational inspiration for the extremely popular modern military sniper cartridge known as the 308 Winchester.

The classic round proved that compact cases could perfectly duplicate large heavy military cartridge ballistics without requiring massive long bolt actions.

Today its military connection remains purely historical serving as a brilliant testament to twentieth century firearm engineering.

Competition Shooting

Within local sporting rifle matches and vintage lever action events the cartridge performs admirably out to the three hundred yard line.

At this specific distance the mild recoil allows shooters to achieve incredible accuracy during rapid fire offhand stages.

The round remains highly popular in specialized lever action silhouette matches where heavy knockdown power is required to topple steel targets.

Factors That Affect 300 Savage Ballistics

External environmental variables and physical firearm attributes combine to drastically shape how this unique projectile behaves once it leaves the muzzle.

Barrel Length

Barrel length plays a crucial role in determining how much velocity the powder charge can generate before the bullet exits into the open atmosphere.

A standard twenty four inch barrel allows the medium burning rifle powder to completely ignite maximizing the initial push on the projectile.

Shorter twenty inch carbine barrels can cause a noticeable loss of velocity which slightly diminishes the maximum effective ethical hunting range.

Bullet Weight

Bullet weight dictates the core relationship between quick initial exit speed and late flight momentum conservation over open ground.

Lighter 150 grain bullets leave the barrel much faster but lose speed rapidly due to atmospheric friction dragging on their surface area.

Heavier 180 grain bullets start noticeably slower but hold their forward momentum incredibly well when smashing through heavy bone and dense muscle.

Bullet Construction

The physical design of the projectile heavily affects its ability to fly straight and expand reliably upon reaching the target.

Modern polymer tipped boat tail bullets always provide superior aerodynamic performance compared to traditional flat base exposed lead soft point designs.

Shooters must ensure they utilize bullets with sufficiently robust copper jackets to withstand impact without fragmenting entirely on the surface.

Ballistic Coefficient

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

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

Hunters operating in open terrain must prioritize high ballistic coefficient bullets to guarantee exact shot placement during windy conditions.

Altitude

High altitude mountain environments feature much thinner air which drastically reduces the aerodynamic drag forces acting against the flying bullet.

Hunters operating in elevated regions will notice flatter overall pathways and slightly higher retained velocities than those shooting near sea level.

Temperature

Air temperature heavily impacts atmospheric density with freezing cold temperatures creating denser air that slows down projectiles much faster.

Additionally extreme ammunition temperature fluctuations can alter powder burn rates inside the cartridge case causing unexpected changes in initial muzzle velocity.

Wind

Due to the moderate velocities of this classic cartridge crosswinds have a profound and massive effect on the downrange trajectory.

A strong lateral crosswind will push the bullet sideways over long distances requiring precise windage alignment based on detailed 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 looking through the optic.

An inappropriate zero distance can cause the bullet to impact several inches high at close range leading to frustrating misses on small vital zones.

Best Zero Distance

Choosing the correct zero distance establishes an incredibly efficient baseline for holding the crosshairs perfectly steady during fast paced hunts.

100 Yard Zero

A one hundred yard zero is highly popular among civilian hunters who frequent dense heavy timber woods and thick brush environments.

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

The main disadvantage is that the bullet will drop noticeably when taking unexpected shots at deer standing at the two hundred yard line.

This zero is absolute perfection for general target practice and short range lever action brush hunting where shots happen extremely fast.

200 Yard Zero

A two hundred yard zero serves as the absolute optimal baseline for a wide variety of open country deer hunting conditions.

As demonstrated in our primary chart utilizing a two hundred yard zero keeps the bullet path incredibly flat through the first two hundred yards of travel.

The disadvantage is a very slight mid range rise near one hundred yards though it remains small enough to completely ignore when aiming at large game.

This zero is highly recommended for hunters who require instant readiness without touching their elevation turrets during a fast moving hunt.

300 Yard Zero

A three hundred yard zero is an incredibly specialized configuration utilized only by hunters operating in massive open agricultural fields with extremely precise optics.

The massive advantage is that it eliminates the need to hold above the target when engaging distant animals right at the absolute edge of the effective range.

The severe disadvantage is that the bullet flies significantly higher than the line of sight at mid range distances which guarantees high misses on close targets.

This approach is best reserved for dedicated medium range field shooting where target distances are consistently uniform and properly laser ranged.

1000 Yard Zero

A one thousand yard zero is entirely impossible for this specific ammunition type due to the massive loss of velocity past five hundred yards.

The major detriment of attempting this zero is that the bullet trajectory forms a massive rainbow arc making mid range hits mathematically impossible.

The cartridge simply lacks the powder capacity and aerodynamic efficiency to maintain a predictable supersonic path at this extreme distance.

This zero concept should never be applied to practical hunting scenarios or target shooting with this specific vintage cartridge.

300 Savage Compared To Similar Cartridges

To understand exactly where this classic ammunition stands it helps to compare its performance against other dedicated medium game hunting cartridges.

Cartridge	Velocity	Energy	Trajectory At 300 Yards	Ballistic Coefficient	Effective Range	Recoil	Deer Hunting Performance
300 Savage	2630 fps	2303 ft lbs	10.1 in Low	0.314	300 yd	Moderate	Excellent Inside 300 Yards
308 Winchester	2820 fps	2648 ft lbs	8.0 in Low	0.415	500 yd	Moderate Heavy	Supreme General Purpose Accuracy
30 30 Winchester	2390 fps	1902 ft lbs	20.0 in Low	0.254	200 yd	Mild	Ultimate Short Range Brush Gun
30 06 Springfield	2910 fps	2820 ft lbs	7.0 in Low	0.415	600 yd	Heavy	Massive Long Range Power
300 Blackout	2200 fps	1182 ft lbs	35.0 in Low	0.280	150 yd	Extremely Low	Superb Suppressed Performance

The major difference shown above is that the classic round sits perfectly between the legendary lever action brush guns and modern bolt action powerhouses. It delivers vastly superior range and energy compared to the old thirty caliber brush cartridges while generating less recoil than heavy modern magnums. This unique balance makes it an incredibly versatile and deeply respected option for any medium game hunter utilizing a vintage rifle platform.

Frequently Asked Questions

What exactly is the 300 Savage cartridge?

It is a classic thirty caliber centerfire rifle cartridge developed over a century ago to deliver military grade ballistics inside a compact lever action rifle platform.

Can you still find factory loaded ammunition for this classic caliber?

Yes major ammunition manufacturers like Hornady Remington and Federal still produce limited seasonal batches of factory loaded ammunition for this legendary round.

Is this cartridge powerful enough for ethical elk hunting?

Yes when loaded with heavy premium one hundred and eighty grain bullets it possesses adequate kinetic energy to ethically harvest elk inside two hundred yards.

What makes this round different from the highly popular 308 Winchester?

The classic cartridge uses a slightly shorter case with a very short neck which limits its powder capacity and slightly reduces overall muzzle velocity compared to its modern successor.

Does the short neck design cause issues for custom handloaders?

The short neck provides less surface area to grip the bullet making it slightly more challenging to achieve perfectly consistent neck tension during the reloading process.

What is the maximum ethical effective range for deer hunting with this load?

Due to the rapid loss of velocity and traditional bullet designs the absolute maximum ethical effective range for clean kills on deer is roughly three hundred yards.

How much energy does the projectile retain at three hundred yards?

A standard one hundred and fifty grain factory load retains approximately one thousand one hundred and seventy foot pounds of kinetic energy at the three hundred yard mark.

Are polymer tipped bullets safe to use in the legendary Model 99 rifle?

Yes because the legendary rifle utilizes a unique rotary magazine rather than a tubular magazine sharp pointed polymer tipped bullets are completely safe to load and fire.

Why was this specific factory cartridge eventually overshadowed by modern designs?

It was heavily overshadowed because global militaries adopted longer cartridges which commercial manufacturers quickly standardized leading hunters to abandon older proprietary designs.

Will modern high pressure loads damage a vintage rifle chambered in this caliber?

Modern factory ammunition is strictly loaded to safe established pressure specifications ensuring it remains completely safe to fire in well maintained vintage firearms.