.300 Savage Ammo
Professionally Reviewed by:
Nathaniel Boos
Nathaniel Boos is a lifelong firearms enthusiast and shooter, renowned for his experience as a long-range shooter, ammunition importer/exporter, and firearms manufacturer. With years of hands-on experience, he is a trusted authority in the ammunition and firearms industry.
Credentials:
- • 2x Team Safari Competitor
- • KRG Training Level 1, 2, and Force on Force CQB certified
- • Licensed Texas Conceal Carry Holder
- • Kranz Firearms Training Group Advanced Carbine Certified
.300 Savage: At a Glance
Key Characteristics | |
---|---|
Firearm Type | Rifle |
Primer Type | Large Rifle |
Used For | Hunting, Target Shooting |
Case Design | Rimless, Bottleneck |
Year Introduced | 1920 |
.300 Savage: Pros and Cons
Pros
- ✔ Excellent balance of power and recoil
- ✔ Flat trajectory for medium-range shooting
- ✔ Effective for medium to large game hunting
- ✔ Good accuracy potential
- ✔ Compact case design for short-action rifles
Cons
- ✘ Less common than other .30 caliber options
- ✘ Limited factory ammunition choices
- ✘ Not as powerful as some modern .30 caliber cartridges
- ✘ Reloading components may be harder to find
- ✘ Not ideal for long-range shooting beyond 300 yards
.300 Savage Ammo: In Depth
The .300 Savage is a powerful and versatile rifle cartridge that has been a favorite among hunters and shooters since its introduction in 1920. Developed by the Savage Arms Company, this cartridge was designed to offer ballistic performance similar to the .30-06 Springfield but in a shorter action. The .300 Savage provides excellent accuracy, moderate recoil, and sufficient power for medium to large game hunting, making it a popular choice for deer, elk, and bear hunters.
History and Development
The .300 Savage was introduced in 1920 by the Savage Arms Company for their Model 99 lever-action rifle. It was designed to be a more powerful alternative to the .30-30 Winchester while still being compatible with lever-action rifles. The cartridge was developed to bridge the gap between the .30-30 Winchester and the .30-06 Springfield, offering improved ballistics in a shorter case length.
The .300 Savage gained popularity quickly due to its impressive performance in a compact package. It was capable of propelling a 150-grain bullet at velocities around 2,630 feet per second, providing excellent energy transfer and terminal performance on medium to large game animals. This made it an ideal choice for hunters who wanted .30-06 performance in a lighter, more compact rifle.
During World War II, the .300 Savage served as the parent case for the development of the .308 Winchester (7.62x51mm NATO) cartridge. The military sought a cartridge that could match the performance of the .30-06 Springfield but in a shorter case, and the .300 Savage provided an excellent starting point for this development.
Although the introduction of the .308 Winchester in the 1950s somewhat overshadowed the .300 Savage, it has maintained a loyal following among hunters and shooters. Its moderate recoil, excellent accuracy, and proven effectiveness on game have kept it relevant in the hunting world. Today, while not as widely available as some more modern cartridges, the .300 Savage continues to be produced by major ammunition manufacturers and remains a respected choice for hunters and collectors alike.
Complete Timeline of .300 Savage Development:
.300 Savage Performance
The .300 Savage offers impressive performance characteristics that have made it a popular choice for medium to large game hunting. Here\'s a breakdown of its key performance characteristics:
Characteristic | Performance |
---|---|
Velocity | 2,630 fps (150-grain bullets)\n2,350 fps (180-grain bullets) Measured at the muzzle with a 24-inch barrel |
Energy | 2,304 ft-lbs (150-grain bullets)\n2,205 ft-lbs (180-grain bullets) Muzzle energy |
Effective Range | 300-400 yards Suitable for medium to large game hunting |
Recoil | Moderate Less than .30-06 Springfield, more than .243 Winchester |
Accuracy | 1-2 MOA in quality rifles Capable of excellent accuracy for hunting purposes |
Bullet Weight vs. Muzzle Velocity
This chart shows how bullet weight affects muzzle velocity for common .300 Savage loads.
.300 Savage: Effective Range for Different Applications
This table provides estimated effective ranges for .300 Savage ammunition in various applications. Ranges are based on typical bullet weights and velocities.
Application | Effective Range (yards) | Notes |
---|---|---|
Medium Game Hunting | 0-300 | Ideal for deer, antelope, and similar-sized game |
Big Game Hunting | 0-250 | Effective for elk and black bear within this range |
Target Shooting | 0-400 | Suitable for mid-range target shooting and competitions |
Brush Hunting | 0-150 | Performs well in dense cover and wooded areas |
Note: Effective ranges can vary based on factors such as bullet selection, shooter skill, wind conditions, and specific firearm characteristics. The .300 Savage offers a good balance of power and manageable recoil. Always prioritize safety and adhere to local laws and regulations.
Applications for .300 Savage
The .300 Savage\'s performance profile makes it suitable for several hunting and shooting applications:
Caliber Comparisons
To understand the .300 Savage\'s place in the rifle world, it\'s helpful to compare it to similar cartridges. Click on each comparison to see more details:
Recoil Energy Comparison
Compare the estimated recoil energy of .300 Savage with other popular rifle cartridges. (Based on a 7.5 lb rifle)
Ballistic Trajectory Comparison
This chart compares the ballistic trajectory (bullet drop) of .300 Savage with other popular rifle cartridges over distance.
Wind Drift Comparison
This chart compares the wind drift of .300 Savage with other popular rifle cartridges in a 10 mph crosswind.
Energy Retention Comparison
This chart compares the energy retention of .300 Savage with other popular rifle cartridges over distance.
Sectional Density Comparison for .300 Savage Ammo
Sectional density is a measure of a bullet\'s mass relative to its diameter. For .300 Savage ammunition, this metric helps indicate potential penetration and energy retention capabilities.
Cartridge | Bullet Weight (gr) | Sectional Density |
---|---|---|
.300 Savage | 150 | 0.226 |
.300 Savage | 180 | 0.271 |
.300 Savage | 165 | 0.248 |
.300 Savage | 130 | 0.196 |
.300 Savage | 125 | 0.188 |
Note: Sectional density is calculated as (bullet weight in pounds) / (bullet diameter in inches)². For .300 Savage, the bullet diameter is typically 0.308 inches. While higher sectional density often correlates with better penetration, factors such as velocity and bullet construction also significantly influence overall performance.