Lancer Tactical Gen 3 Keymod M4 Evo AEG Airsoft Rifle (Color: Tan)
The Lancer Tactical Gen 3 Keymod M4 Evo AEG Airsoft Rifle in tan is a modern electric airsoft rifle designed for players who want strong performance, modular flexibility, and reliable internals in a lightweight platform. Built around a durable nylon polymer frame with a metal barrel assembly, this Gen 3 M4 delivers a balanced feel that works well for outdoor fields and tighter environments alike. The rifle operates in semi automatic, full automatic, and safe firing modes, making it adaptable for a wide range of airsoft game types. With muzzle velocity reaching 380 to 400 FPS using the installed high FPS spring, and a lower power option available through the included low FPS spring where applicable, this rifle gives players flexibility to meet field limits while maintaining consistent performance. A 6.03 mm tightbore inner barrel, adjustable rotary hop up, and full metal version 2 gearbox work together to provide improved accuracy, stable shot grouping, and dependable cycling shot after shot.
The Gen 3 platform introduces upgraded internals inspired by Lancer Tactical Proline AEG designs, including a reinforced gearbox with steel gears, a steel tooth polycarbonate piston, bearing spring guide, and a high torque motor for responsive performance. A built in Zion Arms programmable electronic trigger unit enhances trigger response and supports burst firing modes, giving players a competitive edge. The Deans connector improves electrical efficiency and allows more space for higher capacity batteries. Externally, the free float ten inch KeyMod rail system and full length top Picatinny rail make it easy to mount optics, lights, grips, and other airsoft accessories. Flip up iron sights, a retractable stock, and a finger grooved magwell improve handling and ergonomics. For players searching for a Gen 3 airsoft rifle that combines performance upgrades, modular design, and modern styling, the Lancer Tactical Gen 3 Keymod M4 Evo AEG is a strong choice that delivers dependable results on the field.