.22 Hornet (Reduced Loads)

.22 Hornet (Reduced Loads)

The “Reduced Loads” section for the .22 Hornet, as featured in Handloader Issue #306 – February, 2017, provides conservative, low-pressure load recipes that prioritize economy, barrel life, and shooter comfort. These loads are intended for frequent use—whether in target practice, plinking, or light varmint shooting—without overstressing older rifles or risking component fatigue.

Unlike maximum or even standard varmint loads, reduced loads use lower powder charges and gentler pressure curves. The test data often involves bullets in the mid-range weights (typically 35 to 46 grains) paired with powders known for clean burn and reliable ignition at modest levels—such as IMR 4227, H-110, or similar moderate burn rate propellants. The idea is not to push for peak velocity, but to maintain consistent accuracy with minimal strain.

One of the advantages of reduced loads is that they make the .22 Hornet pleasant to shoot over extended sessions. Recoil remains mild, reports are gentler, and fouling is less aggressive—especially beneficial in vintage or lightweight rifles. Because the pressure margins are wider in these loads, there is more tolerance for variation in brass or bullet lot differences without risking pressure signs.

Handloader #306’s presentation emphasizes that care is still required: even reduced loads need consistent case prep, precise powder measurement, clean chambers, and good bullet alignment. The author also notes that some rifles will exhibit a “node” or seating depth sweet spot even with reduced loads: small changes in OAL (0.005-inch shifts) can improve or degrade groups noticeably.

Overall, the reduced-load recipes in Handloader 306 act as valuable working loads for everyday use. They help extend barrel life, reduce wear, and keep shooting enjoyable—all while offering respectable accuracy at typical Hornet ranges. They’re a smart option for reloaders who shoot frequently and want to preserve equipment without sacrificing too much ballistic performance.

Source: Handloader Issue #306 – February, 2017