30cm Y servo ESC Extension Cable Dupont Line RC models Material: Servo Y splitter is made from PVC and tin plating copper, environment-friendly, durable, heat and oxidation resistant. 3-Pin Design: Featured with 3 pins and each has an angle in case you will install incorrectly, y servo extension is convenient to use. Male to Female: With 2 female connectors on one side and 1 male connector on the other side, servo y connector allows you to drive two servos from one radio channel . Wide Application: Male to female extension cable is compatible with Futaba and JR Servo, remote control car, plane, helicopter and drones servo connection or receiver connection. Length: 30cm 22 Awg Wire Female Futaba plug + Male JR plug can suit for all connection Use: For RC Car, plane and helicopter servo connection or receiver connection Package Included: 1 Servo Remote control 1 to 2 Y Cables, male to female.... |
Package Included:
1 x 30cm Y servo ESC Extension Cable Dupont Line RC
The 30cm Y-Servo ESC Extension Cable is a high-quality three-wire split harness designed to duplicate control signals in remote-controlled (RC) models. It features one standard 3-pin male DuPont connector that splits cleanly into two identical female 3-pin receivers over a total length of 30cm. Constructed with highly flexible, low-resistance copper wire strands, it allows a single receiver channel to command two servos or electronic speed controllers (ESCs) simultaneously without signal degradation.
Why Choose This Product
- Parallel Signal Duplication: Converts a single control output channel into a synchronized dual output, simplifying wiring layouts for multi-servo systems.
- Universal DuPont Keyway Fit: Features standardized 2.54mm pitch connectors that match JR, Futaba, Hitec, and standard hobbyist radio control systems seamlessly.
- High-Flexibility Stranded Wire: Built using premium multi-strand copper wire insulated with pliable PVC, resisting breaking and fatigue from chassis vibrations.
- Tension-Locked Connections: Snug connector housings prevent accidental separation during aggressive high-speed maneuvers or heavy impact landings.
Applications
- Dual-Aileron Aircraft Control: Linking two separate wing flap or aileron servos to a single channel on an RC airplane receiver for matched aerodynamic surface movement.
- Dual-Motor ESC Synchronisation: Connecting a single throttle channel on an RC boat or crawler receiver to dual Electronic Speed Controllers to run twin motors simultaneously.
- Steering Servo Doubling: Routing a single steering command to two high-torque front steering servos on large 1/5 scale heavy-duty RC trucks.
- Custom Robotics Arrays: Distributing coordinated PWM control pulses to multiple servo motor joints from a single microcontroller output pin on a DIY robot chassis.
