AGM Varmint LRF TS50-384 Thermal Rifle Scope

The AGM Varmint LRF TS50-384 thermal rifle scope is a compact thermal imaging platform engineered for 24-hour hunting and observation under any weather and environmental conditions. This 50 Hz thermal rifle scope configuration pairs a 384×288 thermal detector with a 35mm objective lens, optimizing performance for medium-range varmint and predator applications where thermal clarity and portability are equally critical. The LRF designation indicates integrated laser rangefinding capability, adding distance measurement functionality to the thermal imaging platform.

The 384×288 thermal detector resolution delivers sufficient thermal signature discrimination for identifying and engaging varmints, coyotes, and other small to medium game at effective hunting ranges. The 35mm objective lens balances light-gathering capability with a compact form factor, making this thermal scope suitable for hunting applications where optical weight and mounting flexibility matter. At 4.32 lbs, the AGM Varmint LRF remains manageable on rifles across multiple calibers without excessive recoil compensation demands. The thermal imaging advantage remains constant regardless of ambient light conditions—dawn, dusk, fog, rain, or total darkness—eliminating the visibility limitations that restrict conventional optics to daylight hours.

This configuration serves hunters pursuing varmints over moderate distances on private land or in regions where thermal optics are legally permitted for hunting. The integrated laser rangefinder provides ballistic reference data essential for accurate shot placement beyond 100 yards, where range estimation becomes critical to hit probability. Hunters evaluating thermal rifle scope options should verify local regulations before purchase, as thermal optics for hunting are restricted or prohibited in some jurisdictions. The TS50-384 occupies the entry-to-mid tier of AGM's thermal scope lineup—a capable alternative to larger-format 640×512 configurations for shooters prioritizing optical weight and portability over maximum range detection capability.