.17 Remington

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.17 Remington
17rem.png
TypeHunting (varmint)
Place of originUSA
Production history
DesignerRemington
Designed1971
ManufacturerRemington
Produced1971
Variants17-222/17-223
Specifications
Parent case
Case typeRimless, bottleneck
Bullet diameter.172 in (4.4 mm)
Neck diameter.199 in (5.1 mm)
Shoulder diameter.356 in (9.0 mm)
Base diameter.376 in (9.6 mm)
Rim diameter.378 in (9.6 mm)
Rim thickness.045 in (1.1 mm)
Case length1.796 in (45.6 mm)
Overall length2.150 in (54.6 mm)
Rifling twist1971-72(1:10) 1973-present(1:9)
Primer typeSmall rifle
Maximum CUP52000 CUP
Ballistic performance
Bullet mass/type Velocity Energy
20 gr (1 g) BT 4,436 ft/s (1,352 m/s) 874 ft⋅lbf (1,185 J)
25 gr (2 g) HP 4,123 ft/s (1,257 m/s) 944 ft⋅lbf (1,280 J)
30 gr (2 g) HP 3,839 ft/s (1,170 m/s) 982 ft⋅lbf (1,331 J)
20 gr (1 g) Hornady V-Max 4,200 ft/s (1,300 m/s) 784 ft⋅lbf (1,063 J)
Source(s): Hodgdon [1] Norma,[2] C.I.P.[3]

The .17 Remington was introduced in 1971 by Remington Arms Company for their model 700 rifles.

Overview[]

It is based on the .223 Remington case necked down to .172 in (4.37 mm), with the shoulder moved back.[4][5] It was designed exclusively as a varmint round, though it is suitable for smaller predators. There are those such as P.O. Ackley who used it on much larger game, but such use is not typical.

Extremely high initial velocity (over 4000 ft/s 1200 m/s), flat trajectory and very low recoil are the .17 Remington's primary attributes. It has a maximum effective range of about 440 yards (400 m) on prairie dog-sized animals, but the small bullet's poor ballistic coefficients and sectional densities mean it is highly susceptible to crosswinds at such distances.

The smaller .172 bullet typically has a much lower ballistic coefficient than other typical varmint calibers, such as that of the .223 Remington. Because of this, the .172 bullet loses velocity slightly sooner and is more sensitive to wind; but by no means does this render the cartridge useless. The advantages of this cartridge are low recoil, flat trajectory, and minimal entrance wounds. The tiny entrance wound and usual lack of exit wound on coyote-sized animals make it an ideal round for fur bearing animals from which the hunter intends to collect a pelt. A significant disadvantage is the rapid rate at which such a small-caliber rifle barrel can accumulate gilding metal fouling, which is very detrimental to accuracy and may also eventually result in increasing pressures caused by the fouling's constriction of the bore.[6][7] Many .17 Remington shooters have reported optimum accuracy when the bore is cleaned after every 10 - 20 shots,[6][7][8] though more modern metallurgy used in both barrels and bullets has largely mitigated the fouling issue.

The .17 Remington is also one of the few cartridges in which powder charge weight is often greater than bullet weight. Though this condition has been known to degrade accuracy, the .17 Remington is noted for exceptional accuracy.[7] This reputation for accuracy is due in no small part to the fact that only good quality bolt action and single shot rifles have been so chambered from the factory.

Dimensions[]

17 Remington dimensions mm.jpg

Gallery[]

  • .17 Remington Fireball cartridge next to a .17 Remington cartridge

  • Left to right - .223 Rem, .17 Rem, .17 Fireball

See also[]

Footnotes[]

  1. ^ "Hodgdon Online reloading data". Archived from the original on 2007-11-11. Retrieved 2007-07-11.
  2. ^ Norma product catalog
  3. ^ C.I.P. 17 Rem. (online-PDF 99 KB)
  4. ^ "Cartridge Dimensions". Archived from the original on 2012-04-21. Retrieved 2007-07-11.
  5. ^ 17 Remington Ballistics GunData.org
  6. ^ a b Bussard, Michael (2010). Ammo Encyclopedia 2nd Ed. Minneapolis MN, USA: Blue Book Publications. p. 840. ISBN 1-936120-01-1.
  7. ^ a b c Johnson, Steve, ed. (2007). Hornady Handbook of Cartridge Reloading 7ed. Grand Island Nebraska: Hornady Manufacturing Company. p. 978.
  8. ^ Hodgdon Data Manual No. 26. Shawnee Mission, KS: Hodgdon Publishers. 1993. p. 792.

References[]

External links[]

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