A 357 Ballistics Chart is a detailed numerical reference table that meticulously outlines the velocity energy trajectory and aerodynamic efficiency of the legendary magnum revolver cartridge from the muzzle out to standard hunting distances. This comprehensive tracking tool allows handgun hunters and defensive shooters to analyze how different factory loads perform under realistic field conditions. By evaluating these specific flight metrics marksmen can accurately calculate precise optical or iron sight holdovers while guaranteeing ethical terminal impact forces. Utilizing this specialized data ensures supreme accuracy and maximum stopping power when deploying this incredibly versatile wheelgun cartridge.
357 Ballistics Chart | 357 Mag Ballistics Chart
| Manufacturer | Bullet Weight | Bullet Type | Ballistic Coefficient | Sectional Density | Muzzle Velocity | Velocity At 25 Yards | Velocity At 50 Yards | Velocity At 75 Yards | Velocity At 100 Yards | Velocity At 125 Yards | Muzzle Energy | Energy At 25 Yards | Energy At 50 Yards | Energy At 75 Yards | Energy At 100 Yards | Energy At 125 Yards | Trajectory At 25 Yards | Trajectory At 50 Yards | Trajectory At 75 Yards | Trajectory At 100 Yards | Trajectory At 125 Yards |
| Federal American Eagle | 158 gr | JSP | 0.162 | 0.177 | 1240 fps | 1165 fps | 1102 fps | 1046 fps | 998 fps | 957 fps | 539 ft lbs | 476 ft lbs | 426 ft lbs | 384 ft lbs | 350 ft lbs | 321 ft lbs | 0.9 in High | 0.0 in | 2.8 in Low | 7.5 in Low | 14.5 in Low |
| Hornady Custom | 158 gr | XTP | 0.199 | 0.177 | 1250 fps | 1188 fps | 1135 fps | 1087 fps | 1045 fps | 1008 fps | 548 ft lbs | 495 ft lbs | 452 ft lbs | 414 ft lbs | 383 ft lbs | 356 ft lbs | 0.8 in High | 0.0 in | 2.5 in Low | 6.8 in Low | 13.1 in Low |
| Winchester Super X | 158 gr | JHP | 0.149 | 0.177 | 1235 fps | 1155 fps | 1088 fps | 1030 fps | 981 fps | 940 fps | 535 ft lbs | 468 ft lbs | 415 ft lbs | 372 ft lbs | 337 ft lbs | 310 ft lbs | 1.0 in High | 0.0 in | 3.0 in Low | 8.0 in Low | 15.5 in Low |
| Remington UMC | 125 gr | JSP | 0.143 | 0.140 | 1450 fps | 1335 fps | 1235 fps | 1148 fps | 1075 fps | 1015 fps | 583 ft lbs | 495 ft lbs | 423 ft lbs | 366 ft lbs | 321 ft lbs | 286 ft lbs | 0.6 in High | 0.0 in | 2.0 in Low | 5.8 in Low | 11.5 in Low |
| PMC Bronze | 158 gr | JSP | 0.149 | 0.177 | 1200 fps | 1125 fps | 1065 fps | 1012 fps | 968 fps | 930 fps | 505 ft lbs | 444 ft lbs | 398 ft lbs | 359 ft lbs | 329 ft lbs | 303 ft lbs | 1.1 in High | 0.0 in | 3.4 in Low | 8.8 in Low | 16.8 in Low |
| Magtech Sport | 158 gr | SJSP | 0.149 | 0.177 | 1235 fps | 1155 fps | 1088 fps | 1030 fps | 981 fps | 940 fps | 535 ft lbs | 468 ft lbs | 415 ft lbs | 372 ft lbs | 337 ft lbs | 310 ft lbs | 1.0 in High | 0.0 in | 3.0 in Low | 8.0 in Low | 15.5 in Low |
| Underwood Ammo | 125 gr | XTP | 0.175 | 0.140 | 1600 fps | 1485 fps | 1385 fps | 1295 fps | 1215 fps | 1145 fps | 710 ft lbs | 612 ft lbs | 533 ft lbs | 465 ft lbs | 410 ft lbs | 364 ft lbs | 0.4 in High | 0.0 in | 1.4 in Low | 4.1 in Low | 8.3 in Low |
| Federal Premium | 158 gr | Hydra Shok | 0.162 | 0.177 | 1240 fps | 1165 fps | 1102 fps | 1046 fps | 998 fps | 957 fps | 539 ft lbs | 476 ft lbs | 426 ft lbs | 384 ft lbs | 350 ft lbs | 321 ft lbs | 0.9 in High | 0.0 in | 2.8 in Low | 7.5 in Low | 14.5 in Low |
| Barnes VOR TX | 140 gr | XPB | 0.149 | 0.157 | 1265 fps | 1175 fps | 1100 fps | 1035 fps | 980 fps | 935 fps | 497 ft lbs | 429 ft lbs | 376 ft lbs | 333 ft lbs | 298 ft lbs | 272 ft lbs | 0.8 in High | 0.0 in | 2.7 in Low | 7.4 in Low | 14.2 in Low |
| Hornady Critical Defense | 125 gr | FTX | 0.160 | 0.140 | 1500 fps | 1390 fps | 1295 fps | 1210 fps | 1135 fps | 1070 fps | 624 ft lbs | 536 ft lbs | 465 ft lbs | 406 ft lbs | 358 ft lbs | 318 ft lbs | 0.5 in High | 0.0 in | 1.7 in Low | 5.0 in Low | 10.1 in Low |
Reviewing this exact ballistic layout demonstrates exactly how different bullet designs manage atmospheric drag across a massive handgun distance.
Understanding The 357 Ballistics Chart
Analyzing the provided data reveals that aerodynamic bullet design is far more important than raw muzzle speed when shooting at extended revolver distances.
Velocity Analysis
Evaluating the velocity metrics within the table shows that the Underwood Ammo 125 grain XTP is initially the fastest load leaving the muzzle at 1600 feet per second.
This exceptional starting speed gives the lightweight hunting projectile a massive advantage across the first fifty yards of open air flight.
However examining the heavier match bullets reveals that aerodynamic efficiency plays the ultimate role in velocity retention over extreme handgun distances.
The Hornady Custom 158 grain XTP starts at a slower 1250 feet per second but retains an impressive 1008 feet per second at the 125 yard mark.
In contrast the traditional PMC Bronze 158 grain JSP slows down drastically dropping to a mere 930 feet per second by the time it reaches 125 yards.
This specific velocity data proves that for extended long range shooting aerodynamically superior projectiles preserve their stability far better than older blunt nose hunting designs.
Energy Analysis
Muzzle energy dictates the sheer physical shock delivered to a target upon initial bullet impact.
The table data highlights that the Underwood Ammo 125 grain XTP produces the highest initial strike force with 710 foot pounds of muzzle energy.
Heavy duty precision options like the Hornady Critical Defense 125 grain FTX also start incredibly strong generating 624 foot pounds of energy at the barrel exit.
Downrange energy retention is where high ballistic coefficient bullets truly separate themselves from standard handgun ammunition across vast open spaces.
By the time the projectiles reach the 125 yard line the Underwood Ammo load retains 364 foot pounds of lethal kinetic force.
Meanwhile the Barnes VOR TX 140 grain XPB bleeds off power incredibly fast arriving at 125 yards with only 272 foot pounds of energy remaining.
High retained energy values guarantee that the bullet maintains enough momentum to ring steel targets effectively or penetrate barriers at extreme distances.
Trajectory Analysis
Reviewing the trajectory profile with a standard fifty yard zero demonstrates the massive gravitational curve this cartridge experiences at extreme ranges.
The flattest shooting factory load in the chart at 125 yards is the Underwood Ammo 125 grain XTP which exhibits a bullet drop of 8.3 inches.
The Hornady Critical Defense 125 grain FTX also provides a relatively stellar trajectory dropping just 10.1 inches at the same immense distance.
As distance increases beyond the seventy five yard line older projectile designs begin to fall rapidly due to massive air drag slowing their forward momentum.
The PMC Bronze 158 grain JSP plunges drastically dropping a massive 16.8 inches by the time it reaches the 125 yard target.
Practical holdover estimates using these chart values indicate that shooters using modern high velocity ammunition require significantly less optical dialing than those utilizing slow heavy soft points.
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 Custom 158 grain XTP dominates this vital category with an incredibly high rating of 0.199.
Traditional configurations like the Remington UMC 125 grain JSP feature a much lower aerodynamic rating of just 0.143.
The high rating of the XTP allows the heavy bullet to easily slice through dense atmospheric resistance without shedding precious velocity across open valleys.
According to the chart data this massive aerodynamic advantage guarantees that high coefficient bullets arrive at distant targets with significantly flatter pathways and heavily reduced lateral wind drift.
Sectional Density Analysis
Sectional density directly influences how stable a bullet remains during extreme long flights and how deeply it penetrates thick targets upon arrival.
The chart confirms that all 158 grain projectiles possess the highest sectional density rating of 0.177.
The lighter 125 grain hunting options exhibit a noticeably lower sectional density value of 0.140.
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 targets.
This specific data confirms that marksmen pursuing deep penetration should completely rely on the heavier 158 grain projectiles to maximize kinetic impact.
Best Factory Loads Based On The Chart
For Extreme Long Range Shooting the Underwood Ammo 125 grain XTP is the absolute best choice due to its massive initial velocity and exceptional energy retention.
For Precision Hunting the Hornady Custom 158 grain XTP provides a perfectly balanced trajectory with an impressive 0.199 ballistic coefficient.
If Maximum Initial Velocity is your primary goal the Underwood Ammo 125 grain XTP takes the absolute top spot by reaching 1600 feet per second at the muzzle.
When seeking Maximum Retained Energy at extended distances the Underwood Ammo 125 grain XTP wins easily by preserving 364 foot pounds of strike force at 125 yards.
For General Purpose Target Shooting the Federal American Eagle 158 grain JSP offers incredibly reliable accuracy and moderate recoil that prevents shooter fatigue.
Key Takeaways From The Chart
The fastest factory load in the entire chart at the muzzle is the Underwood Ammo 125 grain XTP at 1600 feet per second.
The highest initial muzzle energy is produced by the Underwood Ammo 125 grain XTP at 710 foot pounds.
The highest retained kinetic energy at 125 yards belongs to the Underwood Ammo 125 grain XTP at 364 foot pounds.
The flattest trajectory at 125 yards is achieved by the Underwood Ammo 125 grain XTP with 8.3 inches of total bullet drop.
The highest overall ballistic coefficient listed is the Hornady Custom 158 grain XTP at 0.199.
The best overall extreme range performer based on combined energy retention and trajectory metrics is the Underwood Ammo 125 grain XTP.
Common 357 Magnum Bullet Weights
The incredibly versatile powder capacity of this cartridge allows it to utilize a wide spectrum of projectile weights optimized for distinct shooting roles.
110 Grain
The 110 grain projectile weight is a highly specialized lightweight offering designed specifically for maximum muzzle velocity and extreme expansion.
Typical muzzle velocity for this specific weight easily breaks the 1650 feet per second barrier creating a laser flat flight path inside twenty five yards.
The primary advantage of this weight is the incredibly low felt recoil making it exceptionally easy to manage in lightweight snub nose revolvers.
The main disadvantage is that the extremely light mass limits deep penetration making it totally unsuitable for thick skinned heavy game animals.
This specific weight is best applied in general target practice and close quarters defensive scenarios where massive over penetration is a serious concern.
125 Grain
The 125 grain projectile represents the absolute gold standard for personal defense and has a historically proven track record in law enforcement.
Typical muzzle velocity sits comfortably around 1450 to 1500 feet per second generating an immense hydrostatic shock upon impact.
The primary advantages of 125 grain options are brilliant velocity retention moderate recoil and incredibly rapid expansion in soft tissue.
The primary disadvantage is the massive muzzle blast and loud report which can easily disorient a shooter firing indoors without ear protection.
This weight is the absolute ideal choice for defensive carry revolvers and open country predator control where flat trajectories are required.
140 Grain
The 140 grain projectile weight represents a perfectly balanced middle ground for shooters wanting both high velocity and deep penetration.
Typical muzzle velocity is roughly 1265 to 1350 feet per second which translates into incredibly consistent accuracy and heavy terminal force.
The single biggest advantage of this weight is its exceptional balance allowing it to excel in both hunting and defensive applications simultaneously.
The primary disadvantage is that factory ammunition utilizing this specific weight can sometimes be difficult to locate on local retail shelves.
This weight is the ultimate choice for marksmen carrying a medium frame revolver in the deep woods for versatile wildlife protection.
158 Grain
The 158 grain bullet is the original historical standard weight designed for this cartridge when it was first introduced to the public.
Typical muzzle velocity drops down to around 1240 feet per second though it maintains immense structural momentum and heavy bone crushing power.
The advantage of the 158 grain bullet is its unmatched deep tissue penetration capabilities making it devastating on heavy timber hogs and black bears.
The main disadvantage is a noticeably steeper initial trajectory arc when compared to the hyper fast lightweight 125 grain hollow point options.
This extreme weight is universally recommended for pursuing medium sized game animals and carrying in heavy bear country for reliable penetration.
180 Grain
The 180 grain bullet represents the absolute maximum heavy hitting limit for commercial factory loaded ammunition in this caliber.
Typical muzzle velocity sits right around 1000 to 1100 feet per second yielding incredible momentum and massive pass through penetration.
The major benefit is that it provides the highest sectional density available guaranteeing the bullet will smash through heavy shoulders without deflecting.
The disadvantage is the massive recoil generated making rapid follow up shots incredibly difficult in lightweight carry revolvers.
This heavyweight class is universally recommended for dedicated handgun hunters pursuing thick skinned animals in dense brush environments.
Effective Range
Understanding the realistic physical limits of this cartridge helps shooters select the correct equipment and optical setups for their specific goals.
Target Shooting
For standard paper and steel targets the effective range easily spans from ten yards all the way out to one hundred yards using quality ammunition.
At these extended distances the heavy 158 grain projectile remains comfortably stable keeping its flight path predictable through varying atmospheric conditions.
Extreme Long Range Shooting
When participating in extreme long range activities expert marksmen can successfully push this cartridge out to two hundred yards under perfect weather conditions.
Achieving success at this specific extended distance requires premium high ballistic coefficient ammunition and specialized optical sights mounted to long barrels.
Military Applications
This specific cartridge was never officially adopted by major global military forces for standard combat issue sidearms.
However it served briefly with specialized counter terrorism units who required immense barrier penetration capabilities that standard service calibers lacked.
Today its military connection remains purely historical serving primarily as a legendary civilian defensive tool and hunting companion.
Competition Shooting
Within local sporting revolver matches and metallic silhouette events the cartridge performs admirably at all standard distances.
At extreme distances the high velocity of modern ammunition allows veteran shooters to achieve incredible accuracy and easily topple heavy steel rams.
Factors That Affect 357 Ballistics
External environmental atmospheric variables and physical firearm attributes combine to completely alter how a bullet behaves once it leaves the muzzle.
Barrel Length
Barrel length plays a critical role in determining exactly how much velocity the cartridge can generate before the bullet exits into the open atmosphere.
A standard six inch barrel allows the slow burning powder inside the case to completely ignite maximizing the initial velocity push.
Shorter barrels such as two inch snub nose configurations can cause a massive loss of velocity which noticeably diminishes hollow point expansion.
Bullet Weight
Bullet weight dictates the core fundamental relationship between quick initial exit speed and late flight momentum conservation over open ground.
Lighter bullets leave the barrel much faster but lose speed quickly due to drag whereas heavier bullets start slightly slower but hold their velocity.
Bullet Construction
The physical exterior design of the projectile whether it is an exposed lead core a hollow point or a polymer tipped variant heavily affects flight efficiency.
Smooth aerodynamic tipped bullets track perfectly straight because they absolutely minimize flight imbalances and slice through the air cleanly without drag.
Ballistic Coefficient
The ballistic coefficient measures exactly how easily a bullet overcomes raw air resistance during its long journey to the distant target.
A higher ballistic coefficient directly reduces vertical bullet drop mathematically and massively minimizes the lateral drift caused by crosswinds.
Altitude
High altitude mountain environments feature incredibly thin air which drastically reduces the aerodynamic drag forces acting against a flying bullet in motion.
Shooters operating in elevated mountain ranges will notice flatter overall pathways and much 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 flying projectiles much faster over distance.
Additionally extreme ammunition temperature fluctuations can completely alter powder burn rates inside the brass cartridge causing unexpected changes in initial velocity.
Wind
Due to the moderate velocity of handgun bullets crosswinds have a profound and massive effect on the downrange trajectory of the projectile.
A strong continuous 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 handgun is physically zeroed determines the entire mathematical arc of the flight trajectory relative to the sights.
An inappropriate zero distance can cause the bullet to impact several inches high at close range leading to frustrating misses on small targets.
Best Zero Distance
Choosing the absolute correct zero distance establishes an incredibly efficient baseline for maintaining accuracy at various hunting and defensive distances.
25 Yard Zero
A twenty five yard zero is highly popular and considered the absolute gold standard among civilian defensive shooters carrying snub nose revolvers.
The primary advantage is that it aligns the sights perfectly for close quarters engagements where the vast majority of defensive situations occur.
The main disadvantage is that the bullet will drop noticeably when taking shots at steel targets standing at the one hundred yard line.
This zero is best for general target practice baseline revolver testing and ensuring total mathematical simplicity when practicing close quarters drills.
50 Yard Zero
A fifty yard zero serves as an exceptional general purpose baseline for a wide variety of open country hunting conditions and practical revolver matches.
As demonstrated in our primary chart utilizing a fifty yard zero keeps the bullet path incredibly flat through the first seventy five yards of travel.
The disadvantage is a very slight mid range rise near twenty five yards though it remains small enough to completely ignore when aiming at the vital zone.
This zero is highly recommended for field marksmen who require instant readiness inside seventy five yards without adjusting their iron sights.
75 Yard Zero
A seventy five yard zero is a highly specialized configuration utilized only by hunters operating in open woods with long barreled scoped revolvers.
The massive advantage is that it completely eliminates the need to hold high when engaging distant animals right at the edge of the effective hunting range.
The severe disadvantage is that the bullet flies significantly higher than the line of sight at close distances which guarantees high misses on small targets.
This approach is best reserved for dedicated medium range field shooting where target distances are consistently uniform and always far away.
100 Yard Zero
A one hundred yard zero is utilized exclusively by extreme metallic silhouette competitors firing specialized heavily modified long barrel single action revolvers.
The major benefit of attempting this zero is exploring the absolute maximum trajectory arc that the heavy projectile can physically achieve before hitting the dirt.
The disadvantage is that the shooter must hold significantly under the target when engaging anything inside fifty yards to prevent shooting entirely over it.
This zero is strictly an academic target exercise and should never be applied to practical tactical shooting scenarios or standard defensive operations.
357 Magnum Compared To Similar Cartridges
To understand exactly where this legendary revolver cartridge stands it helps to compare its performance against other prominent defensive and hunting options.
| Cartridge | Velocity | Energy | Trajectory At 100 Yards | Ballistic Coefficient | Effective Range | Recoil | Overall Performance |
| 357 Magnum | 1450 fps | 583 ft lbs | 5.8 in Low | 0.143 | 100 yd | Heavy | Legendary Versatile Stopping Power |
| 9mm Luger | 1150 fps | 340 ft lbs | 11.0 in Low | 0.140 | 50 yd | Low | High Capacity Standard Issue |
| 38 Special | 850 fps | 250 ft lbs | 18.0 in Low | 0.140 | 50 yd | Mild | Soft Shooting Target Practice |
| 44 Magnum | 1200 fps | 760 ft lbs | 8.0 in Low | 0.160 | 125 yd | Severe | Massive Big Game Capability |
| 10mm Auto | 1250 fps | 620 ft lbs | 7.0 in Low | 0.150 | 100 yd | Heavy | Semi Automatic Bear Defense |
The major difference shown above is that the classic revolver cartridge completely dominates the standard nine millimeter and thirty eight special in raw kinetic energy. It delivers incredible velocity making it the premier choice when absolute stopping power is prioritized over high magazine capacity. When compared to the massive forty four magnum the classic cartridge uses significantly less powder and generates much less recoil while still providing excellent terminal performance on medium game animals.
Frequently Asked Questions
What is the typical muzzle velocity required for reliable hollow point expansion?
Typical factory defensive ammunition must exit the muzzle between 1100 and 1200 feet per second to ensure the hollow point cavity opens reliably in soft tissue.
How much bullet drop does a 158 grain bullet have at one hundred yards?
With a standard fifty yard zero a typical 158 grain factory cartridge experiences between 6.8 and 8.8 inches of total gravitational drop at one hundred yards.
Which factory load retains velocity best at extreme long range?
The Hornady Custom 158 grain XTP retains velocity incredibly well due to its aerodynamic hollow point profile and exceptionally high aerodynamic rating.
Is the cartridge safe to fire in modern lever action rifles?
Yes the rimmed case feeds exceptionally well through tubular magazines and the closed breech of a rifle drastically increases the muzzle velocity and energy.
What is the average muzzle energy of a standard defensive cartridge?
Average muzzle energy spans from 505 to over 710 foot pounds making it a highly capable and devastatingly consistent defensive revolver round.
Why do lighter bullets drop less at extreme distances in this caliber?
Lighter bullets are pushed to much higher initial velocities which allows them to spend far less time in flight where gravity pulls them down.
What is the major difference between firing this cartridge in a two inch versus a six inch barrel?
A two inch barrel bleeds off massive amounts of pressure reducing velocity drastically whereas a six inch barrel allows full powder burn for maximum kinetic energy.
Does barrel length significantly change the massive muzzle flash?
Yes short barrels dump unburned powder directly into the air creating a blinding fireball while long barrels consume the powder internally reducing the visual flash.
What is the best zero distance for a dedicated defensive carry revolver?
A twenty five yard zero provides the best general purpose baseline keeping all math calculations simple and ensuring dead on accuracy for close quarters engagements.
How does this cartridge compare to the modern nine millimeter semi automatic round?
The magnum revolver cartridge offers vastly superior velocity and kinetic energy penetrating deeper into heavy barriers but is limited by the low capacity of a standard revolver cylinder.