.250-3000/.250 Savage

Updated 13/03/2026.

History

The .250 Savage was designed by U.S wildcatter and cartridge designer Charles Newton for the Savage model 99 lever action rifle. 

The premise behind the .250 design was to utilize a light, small caliber bullet weight, driven at extremely high velocity (for 1915) with the belief that such a combination would be more effective than current deer hunting cartridges. It was hoped that the new cartridge would be a breakthrough in cartridge design.

During this time, hunters were already marveling at high velocity cartridges including the 30-30, .30-40, .30-06, the .303 British throughout the Commonwealth along with the 7mm and 8mm Mauser, nearly all of these being military derivatives.
 
Using a 25 caliber (.257") 87 grain bullet, Newton designed the new cartridge to break the 3000fps barrier. Newton also had a catchy slogan which he was determined to use - the .250-3000. Arthur Savage, founder of the Savage Arms company, wasn't so sure about the idea and believed a 100 grain bullet would be more suitable for deer. Ultimately, Newton was unable to drive the 100 grain bullet at the 3000fps slogan he wished to market and managed to persuade Savage to adopt the 87 grain load. The design was settled and in 1915 the .250-3000 was introduced. 

The .250-3000 became extremely popular for a time, then gradually lost favor. Hunters, not only in the U.S but throughout the world adopted the Savage for its advertised virtues but soon found the cartridge wanting. The lightly constructed 87 grain factory load would sometimes suffer bullet blow up on impact and fail to penetrate the onside muscle and bone of a variety of deer species. Wounding was often both narrow and shallow and game animals would run after being hit with well placed shots. To add to the frustration, many hunters found the light recoiling, fast handling and highly accurate Savage rifle extremely nice to use. Hunters were loathe to part with the Savage rifle but loathe to use the cartridge on deer.

Eventually, a 100 grain load was created for the .250 but by this time, the cartridge already had a bad rap. Nevertheless, a small portion of hunters continued to enjoy using the .250 on light bodied game, favoring the light recoil of the .250 combined with the desirable qualities of the Savage 99 rifle. As can be expected, the .250 was a great cartridge for training young hunters and it is in this last role that the .250 Savage has survived through to the present.

In main stream hunting circles, the final decline of the .250 occurred as a direct result of the 1950’s introduction of the .243 Winchester. The .243 fired identical weight projectiles but at higher velocities along with superior sectional densities for deeper penetration on game as well as higher ballistic coefficients producing greater down range energy.

 

Performance

The history of the .250 Savage speaks for itself with regards to performance on game. The .250 is a very mild powered cartridge and for best performance on game weighing above 50kg (120lb) is completely reliant on extremely careful shot placement. In its hey day, the Savage rifle was not designed to be fitted with a scope and even today, very few .250 Savage rifles feature scopes which compounds problems with exact shot placement accordingly.

As suggested, prior to the .250, common cartridges included the Krag, the .30-30, .30-06 and in the commonwealth, the .303. In essence, a large number of hunters were shooting 150 to 180 grain projectiles. Momentum as a property of weight x speed drives both expansion and penetration. At an extended range of say 250 to 300 yards, high momentum ensures high resistance at the target. As the projectile drives into this resistance, it encourages deformation which in turn generates hydraulic force.

When the .250-3000 came onto the scene, it produced very large wounds. Why? Because velocity also increases target resistance which in turn entourages deformation and hydraulic force production. Having said this, the .250 lacks momentum. If a heavy bullet is employed, it loses its wow factor because it has neither the high momentum of a heavy .30 cal load, nor the speed of the original .250-3000 load. A stout bullet also causes a reduction in energy transferal. 

In practice, best results are achieved with a light weight and weakly constructed load as per the original 25 cal 3000fps monicker. Speed generates the large wounds. As velocity drops downrange, weak construction helps to ensure a continuation of wounding. But there are limits to this. At close ranges and on large deer (i.e. 150kg / 330lb), the light weight and weak construction can result in limited penetration.  At longer ranges, a point is reached where momentum is so low that it simply cannot drive deformation.

A heavier bullet can be used for larger bodied deer but construction must be weak to enhance hydraulic force production. 

Generally speaking, the .250 ultizing a soft 87 to 100 grain load does its best work at impact velocities above 2400fps with performance declining thereafter. Most loads reach their limit at around 2200fps, after which wounds are narrow and proportionate to caliber. 
 
This cartridge is much closer in performance to the .223 Remington than the .243 Winchester or .257 Roberts.  That said, the .250 Savage does of course duplicate the performance of the .243 and .257 when the latter are used at longer ranges. In like fashion, the 100 grain bullet produces fastest killing when either striking the CNS or to maximize wounding and bleeding, placed to strike the forwards locomotive muscles and bones of the foreleg. Readers are encouraged to read both the .223 and .243 texts in order to gain a thorough understanding of game killing with small calibers.

   

Factory Ammunition

Both Remington and Winchester produce 100 grain soft point loads for the .250 Savage at an advertised 2820fps (24” test barrels) for realistic velocities in 22” barrels of around 2750fps. Both are adequate lighter medium game loads when used with care.

 

Hand Loading

Most hunters in the possession of .250 Savage caliber rifles tend to be hand loaders and of these, many develop loads specifically for use by young family members.

Powders in the W760, 4350, H414 range produce the best balance of high velocity versus low pressure for the now aging .250 Savage rifles. Using these powders, 85/87 grain bullets can be driven at just over 3000fps, 100 grain bullets to 2800fps and 117/120 grain bullets at 2600fps. In some instances, reloaders have been able to utilize modern powders to drive 100 grain bullets at 3000fps. Though it is only a 200fps increase, the difference in the field is noticeable. Nevertheless, 3000fps with a 100 grain bullet must be treated as an exception rather than the rule and reloaders must always be careful regarding older rifles.

Today, most .257 caliber projectiles under 100 grains are designed purely for varmints. It is worth noting, the original Winchester Western loads designed for and which failed on larger bodied deer were of a similar construction. Sierra produce a 75 grain Hollow point and an 87 grain soft point, Hornady offer a 75 grain hollow point, the 75 grain V-Max and an 87 grain soft point. Nosler produce the 85 grain Ballistic tip. Speer produce the 87 grain soft point and TNT hollow point.

Each of the varmint projectiles is perfectly suitable for hunting game weighing between 40 and 60kg (90-130lb) out to moderate ranges. Provided one is not attempting to shoulder shoot Red deer or tackle the shield of a boar, items such as the 75 grain V-Max can prove highly effective when hunting light to medium sized deer. 

For game weighing up to a maximum of 80kg (180lb), the 87 grain Speer Hotcor soft point is a good choice. The Speer can be driven at high speeds, its light bonding helping to ensure adequate penetration but without inhibiting energy transfer. That said, the Speer is best utilized at impact velocities no lower than 2400fps.

100 grain conventional bullets produce an aceptable balance of wounding versus penetration on game weighing over 80kg (180lb). The mild velocity of 2800fps minimizes the risk of shallow penetration if  which opens up a wide range of choices. Soft projectiles such as the 100 grain Hornady Interlock Remington’s Core-Lokt are both reliable performers in the .250 Savage. The Nosler 100 grain Ballistic Tip and Sierra GameKing can also produce relatively wide and fast bleeding wounds when used at close to moderate ranges.

Speer produce three styles of 100 grain projectile, the extremely soft BTSP, a hollow point and the 100 grain Hotcor. Having spent much time with the Speer BTSP over the past decades, I have found great merit in this projectile. The jacket of the BTSP is very thin but the weight and mild speed help ensure adwuate penetration. The BTSP is I think the best place to start if one wishes to experiment with a load heaiver than the original 87 grain. The Hotcor is also a very good item in its own right. However, the mild speeds combined with bonding can inhibit wounding. The Hotcor is certainly a good choice for shoulder shooting larger animals, but there is a point at which once should simply adopt a larger caliber (or perhaps neck shoot with a varmint bullet), rather than asking the impossble from the .250. If one wishes to experiment with a stout bullet to enhance penetration, I suggest going no 'tougher' than the Speer Hotcor.  

Premium 100 grain projectiles include the Swift Scirocco and A-Frame, the Barnes TSX and Nosler Partition. The major issue with premium items is a failure to offload energy from an already low energy producing cartridge. Of the premiums, the Nosler Partition, as old as this design is, is still the best choice should one encounter larger bodied deer. The Partition has a soft front core, producing rapid expansion while maintaining high speed throughout penetration. Like the Hotcor, the Partition should not be used below an impact velocity below 2400fps. In practice, both are best used for taking shoulder shots on medium sized deer rather than trying to tackle truly large animals. Driven into the shoulder, the Partition breaks bone but continues to penetrate at high speeds, producing hydraulic force coupled with secondary missile wounding. The effects are generally very good and can exceed espectations. 

At the heavier end of the scale, 110 to 120 grain projectiles leave the muzzle of most .250 Savage rifles a little too slowly to impart wide, fast bleeding wounds. The slow twist rate of the Savage is also problematic. That said and where twist rates allow, the more frangible designs can make for a decent close range woods load. These include the 115 grain Nosler Ballistic Tip, the 117 grain Sierra GameKing and 117 grain Hornady SST. Penetration with such loads is generally deep at such low impact velocities, bleeding is fast yet with minimal meat damage. Stouter choices include the 120 grain Speer Hotcor and the 115 and 120 grain Partition projectiles. Both, when fired at 2600fps, are capable of tail to chest penetration on lighter bodied deer species. In this respect the .250 Savage compares very favorably with the .30-30. 

 

Closing Comments

The .250 Savage was an important step in the development of the modern hunting cartridge. From the .250, ballisticians and hunters were able to learn about the effects of high velocity versus bullet weight as factors of effective game killing. Thousands of deer were taken with the .250 up until the late 1950’s but make no mistake, many hundreds of animals suffered overly slow kills.  

As a final recap regarding the keys to the performance of the .250 (and other similar cartridges), the first factor is speed as a means to promote hydraulic force. Secondly, after velocity falls away and in the absence of high energy / momentum, weak construction is a critical factor. If one reduces speed via a heavy bullet, then construction generally needs to be quite weak (e.g. the 100 grain Speer BTSP which has a very thin jacket). If a stout bullet is used, ranges should be kept relatively short so as to maximize velocity at the target. 

 

Suggested loads: .250 Savage					Barrel length: 22”
No	ID		Sectional Density	Ballistic Coefficient	Observed  MV Fps	ME Ft-lb’s
1	FL	100gr Remington PSP	.216	.285	2750	1679
2	FL	100gr Win Silvertip	.216	.258	2750	1679
3	HL	100gr Hornady Interlock	.216	.357	2800	1741
4	HL	100gr Nosler Partition	.216	.377	2800	1741
5	HL	100gr Sierra GK/Bal Tip	.216	.355/.393	2800	1741
6	HL	100gr Sierra GK/Bal Tip	.216	.355/.393	3000	1998
7	HL	120gr Speer SP/ Partition	260	.405.391	2600	1801

 

Suggested sight settings and bullet paths
1	Yards	100	179	212	250	300
	Bt. path	+2	0	-2	-5.4	-11.5
2	Yards	100	177	209	250	300
	Bt. path	+2	0	-2	-5.8	-12.3
3	Yards	100	186	220	250	300
	Bt. path	+2	0	-2	-4.4	-9.7
4	Yards	100	187	222	250	300
	Bt. path	+2	0	-2	-4.3	-9.5
5	Yards	100	204	238	250	300
	Bt. path	+2	0	-2	-3	-8.2
6	Yards	100	242	270	300	325
	Bt. path	+2.5	0	-2.5	4.4	7
7	Yards	100	175	208	250	300
	Bt. path	+2	0	-2	-5.8	-12

 

No	At yards	10mphXwind	Velocity	Ft-lb’s
1	300	13	1833	746
2	300	13	1833	746
3	300	8.5	2118	996
4	300	8	2151	1028
5	300	9.2	2073	954
6	300	8.1	2253	1127
7	300	8.6	2000	1066

 
Note: Load No. 7 trajectory can be used to plot 115gr Nosler BT and 117gr Sierra.
 
 

 

	Imperial	Metric
A	.473	12.01
B	4.69	11.91
C	26deg 30’
D	.414	10.51
E	.286	7.26
F	1.512	38.40
G	.275	6.98
H	1.912	48.56
Max Case	1.912	48.56
Trim length	1.902	48.31

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