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The Ultimate Reloading Manual
Wolfe Publishing Group
  • alliant reloading data
  • reloading brass
  • shotshell reloading
The Ultimate Reloading Manual

.22 Hornet Loading Data

.22 Hornet Loading Data
Warning! Notes: cases manufactured before 1946 have greater capacity and will produce less velocity than shown; do not use pre-WWII loading data in post-war cases or excessive pressures will result; maximum loads to be approached from below

Source: Handloader Issue #9 – September, 1967

Cartridge History

.22 Hornet Loading Data

The **.22 Hornet Loading Data** featured in Handloader Issue #9 – September, 1967 provides vintage-era benchmarks for the cartridge, illustrating how handloading practices and components have evolved while still retaining the core principles of safe development. This early data offers historic perspectives on bullet weights, powders, and velocity expectations that remain valuable for comparison in modern development.

In the 1967 loading tables, bullet weights ranging from 35 to 50 grains are tested with propellants of that era—such as IMR 4198, Hercules 2400, and Winchester 296. While velocities are modest by today’s standards, the performance aligns with what shooters of that time considered optimal for varmint work and light game hunting. Many of these loads remain a solid starting point for enthusiasts aiming to replicate era-specific behavior.

The article emphasizes the importance of consistent brass prep, accurate powder measurement, and cautious incremental load increases even for these older recipes. It notes how small changes in seating depth or bullet jump can significantly affect point of impact and group size. In the context of the mid-20th-century reloading tools, this early data applied generous safety margins.

Though modern powders and bullets have expanded the Hornet’s effective range and precision potential, the loading data from Handloader #9 remains a reference point for understanding how the cartridge was utilized during its formative years. For reloaders seeking historical context or trying to develop ammunition compatible with vintage rifles, these tables are a valuable bridge between old and new practices.

Source: Handloader Issue #9 – September, 1967

Be Alert: Publisher cannot be responsible for errors in published load data.
Wt. Bullet Powder Manufacturer Powder Charge Velocity (FPS)
40 Sp. SP IMR IMR-4227 Subscribe 3,007
Remarks: 100-yd. vel.
40 Sp. SP IMR IMR-4227 Subscribe 1,792
Remarks: 200-yd. vel.; maximum load
40 Sp. SP IMR IMR-4227 Subscribe 2,920
Remarks: 100-yd. vel.
40 Sp. SP IMR IMR-4227 Subscribe 1,740
Remarks: 200-yd. vel.
40 Sp. SP Alliant 2400 Subscribe 2,901
Remarks: 100-yd. vel.
40 Sp. SP Alliant 2400 Subscribe 1,728
Remarks: 200-yd. vel.; maximum load
40 Sp. SP Alliant 2400 Subscribe 2,786
Remarks: 100-yd. vel.
40 Sp. SP Alliant 2400 Subscribe 1,660
Remarks: 200-yd. vel.
45 Sp. Spitzer IMR IMR-4198 Subscribe 2,632
Remarks: 100-yd. vel.
45 Sp. Spitzer IMR IMR-4198 Subscribe 1,632
Remarks: 200-yd. vel.; maximum load
45 Sp. Spitzer IMR IMR-4198 Subscribe 2,533
Remarks: 100-yd. vel.
45 Sp. Spitzer IMR IMR-4198 Subscribe 1,570
Remarks: 200-yd. vel.
45 Sp. Spitzer Alliant 2400 Subscribe 2,661
Remarks: 100-yd. vel.
45 Sp. Spitzer Alliant 2400 Subscribe 1,649
Remarks: 200-yd. vel.; maximum load
45 Sp. Spitzer Alliant 2400 Subscribe 2,627
Remarks: 100-yd. vel.
45 Sp. Spitzer Alliant 2400 Subscribe 1,628
Remarks: 200-yd. vel.; maximum load
50 Spitzer IMR IMR-4227 Subscribe 2,690
Remarks: 100-yd. vel.
50 Spitzer IMR IMR-4227 Subscribe 1,735
Remarks: 200-yd. vel.; maximum load
50 Spitzer IMR IMR-4227 Subscribe 2,625
Remarks: 100-yd. vel.
50 Spitzer IMR IMR-4227 Subscribe 1,693
Remarks: 200-yd. vel.
50 Spitzer Hodgdon H-4227 Subscribe 2,738
Remarks: 100-yd. vel.
50 Spitzer Hodgdon H-4227 Subscribe 1,766
Remarks: 200-yd. vel.; maximum load
50 Spitzer Hodgdon H-4227 Subscribe 2,662
Remarks: 100-yd. vel.
50 Spitzer Hodgdon H-4227 Subscribe 1,716
Remarks: 200-yd. vel.