AGM RATTLER V2 25-384 THERMAL

Introducing the AGM RATTLER V2 25-384 Thermal, the next evolution of AGM’s best-selling thermal scope. Built around a 25mm Germanium lens and a 384 x 288 thermal sensor, this scope delivers crystal-clear thermal imagery with a practical 2x base magnification and a detection range of up to 1200 m. Its expansive field of view (10.5° × 7.9°, about 55 ft at 100 yds) lets you scan broad terrain while keeping targets in frame.

Engineered for field-ready reliability, the RATTLER V2 25-384 introduces a rechargeable battery with up to 11 hours of run time, a 12-micron sensor with sub-20 mk sensitivity for excellent performance in low-contrast scenes, and Shot Activated Recording for quick incident capture. The simplified menu speeds setup, while 10 reticle options and multiple zeroing profiles ensure fast, precise accuracy across calibers and rifles.

Additional enhancements include an upgraded focus ring with short throw, a custom ADM QD Mount for quick removal and reattachment, and Wi‑Fi hotspot connectivity through the AGM app for easy control and sharing. The raised 5-button layout makes operation smooth even when wearing gloves, and the entire system is backed by a 5-year warranty for worry-free use.

Key specifications

• Lens and sensor: 25mm Germanium lens • 384 × 288 thermal sensor
• Magnification and zoom: 2x base magnification; 2×–16× digital zoom
• Performance: Detection range up to 1200 m/yd • 50 Hz refresh rate
• Field of view: 10.5° × 7.9°
• Sensitivity: 12-micron sensor with sub-20 mk sensitivity
• Power: Rechargeable battery with up to 11 hours of run time
• Recording: Shot Activated Recording; Video and Audio Recording
• Connectivity: Wi‑Fi hotspot via AGM app
• Controls: Simplified menu; raised 5-button layout, glove-friendly
• Reticles and mounting: 10 reticle options; multiple zeroing profiles; Custom ADM QD Mount
• Durability & warranty: 5-year warranty

Upgrade your night and day hunting with the RATTLER V2 25-384 Thermal — precision, speed, and field-ready versatility in one compact scope.