Our take: The Lonex Titan A2 Medium Type Motor is built for heat resistance using an enameled wire motor core encased in durable nylon and steel plates. Bound with heat resistant glue, this motor is capable of withstanding temperatures up to 392° F (200° C). At both ends of the motor a steel ball bearing has been installed to increase rotational efficiency, improving the power output efficiency as well. This means your battery will last longer, giving you more play time without having to swap out your power source. The plates encasing the motor have been designed with a concave indentation that help to balance out the motor so it is more stable during operation. A reinforced axle is capable of taking the high rotational force generated by this motor, powering your high powered gearbox without becoming damaged. If you need a motor that can power an AEG with a high powered gearbox that generates a high muzzle velocity and rate of fire, this is the right option for you.

Features:
- Enameled wire core withstands temperatures up to 392° F (200° C)
- Front aluminum cage and rear nylon panel improves durability
- Ball bearings increase rotational efficiency
- Concave silicone steel sheets balance motor
- Improved electromagnetic properties
- Decreased battery consumption
- Highly durable steel axle
- Steel pinion gear

Recommened Springs: M130, M140, M150, M170
Other Compatible Springs: M110, M120
Incompatible Springs: M90, M100

Package includes: 1X motor

NOTE: Airsoft Megastore recommends that all internal upgrades and/or repairs be handled by a qualified airsoft technician. Airsoft Megastore is NOT responsible for improperly installed replacement or upgrade airsoft parts. DO NOT disassemble your airsoft gun within Airsoft Megastore’s warranty period, as this will VOID your warranty.
Package weight: 1 lb

Lonex Titan A2 Medium Type AEG Motor - High Speed 40,000 RPM

  • Brands Lonex
  • Product Code:Lonex Titan A2 Medium Type AEG Motor - High Speed 40,000 RPM
  • Sku:LTC-GB-05-13
  • Availability:Out Of Stock
  • $44.76


Tags: LTC-GB-05-13