Lancer Tactical Long Type High Speed Version 2 AEG Motor

When you're chasing rate of fire on a light spring, a standard motor becomes the bottleneck. The Lancer Tactical Long Type High Speed Motor is built for that specific job: spinning fast enough to push 28,000 RPM, which translates to noticeably snappier trigger response and higher rounds per second on a tuned V2 platform.

What a high-speed motor does. Unlike a torque motor that pulls heavy springs reliably, this motor prioritises rotational speed. On a stock or lightly upgraded gearbox with a standard or speed gear set, you'll get faster cycling and crisper semi-auto bursts. If your goal is a CQB build or a competition rifle where split-second follow-ups matter, this is the right direction. Pair it with a MOSFET, especially if you're running 11.1V LiPO—the solid-state switch protects your trigger contacts from the higher current draw that comes with fast cycling.

Long type fit. This is a long-axis motor, which means it fits the standard V2 gearbox layout found in M4, M16, MP5, and most Western platforms. Motor height is adjusted via the screw at the base of the grip, so you'll need to set pinion mesh properly after installation—too high strips teeth, too low causes whining and slippage. A few minutes with a feeler gauge or the tap-and-shim method pays off in quiet, reliable operation.

What this motor is not for. If you're running an M120 spring or building for outdoor velocity, a high-speed motor will struggle. Heavy springs demand torque, not RPM, and fitting a speed motor to a heavy load is how you stall motors and cook batteries. For high-velocity builds, reach for a high-torque motor and a higher gear ratio instead.

Installation basics. This is a replacement part, not a complete gun. You'll need to split the gearbox, swap the motor, and reassemble. If you're new to gearbox work, budget time for shimming gears and setting pinion depth—factory motors often come pre-shimmed for their original platform, but your setup may differ. Look for a metal-bodied motor to handle heat and wear better than cheaper polymer alternatives.