Description
NanoASR is the newest 3rd generation MOSFET with most up-to-date components such as transistors and microprocessor - this makes it the smallest and most reliable MOSFET in the market. Thanks to its special coating, it is resistant to atmospheric conditions. Key functions: MOSFET transmits the energy from the battery directly to the motor, bypassing the traditional mechanical trigger contacts. As a result, the replica gains a higher rate of fire, faster trigger response, and the contacts are protected against burn out. ACTIVE BRAKE in SEMI Mode does not allow for compressing a piston after a shot. The piston will stop in the front position which eliminates unnecessary stresses, increasing the service life of the gearbox and its parts. This is important, especially in AEG power upgrade. ELECTRONIC FUSE – the unit has thermal protection for increased durability and in combination with a time-lag fuse, it fully protects your AEG installation. DEBOUNCING - provides full compatibility with micro-switches. It ensures complete resistance to contact bounce and thanks to it the replica gain a bigger ROF, a faster trigger response and the MOSFET is less prone to overheating. Included in the kit: NanoASR Additional kit of Deans-T Connectors Single signal wire for trigger contacts Double signal wire for trigger contacts Warning: GATE does not guarantee the compatibility of mosfets and ETUs such as TITAN or ASTER with brushless motors. Connection of a brushless motor can cause immediate damage to the device, motor and battery, that is not covered by the warranty and can lead to a fire.
Details
Weight: 18 g Shipping weight: 48 g Information from producer (extern)
Gate
The GATE mission is to give every airsoft player a more exciting experience and to provide them with access to the most up-to-date technology for their airsoft games. Every product at GATE goes through advanced technology process. Prototypes are designed using modern software and sophisticated hardware. Their main goal is reliability and miniaturization.