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The Y-Type Servo Extension Wire 200mm is a high-reliability hardware utility designed to simplify complex control surface wiring in advanced remote-control models and multi-axis robotics. When building scale aircraft or large-scale RC crawlers, developers frequently need to pair two distinct mechanical linkages—such as left and right ailerons or a dual-motor steering rack—to mimic the exact same control commands. This parallel splitter harness bridges that gap seamlessly at the physical layer, mirroring your pulse-width modulation (PWM) steering signals without taxing your transmitter's channel allocation or software mixing space.

Assembled with ultra-flexible, high-temperature resistant 26AWG multi-strand wire, this cable absorbs structural vibrations and tight installation bends without fatiguing the core strands. The input end is equipped with a universal JR-style 3-pin male plug, while the dual outputs terminate in shrouded Futaba-compatible female sockets. This cross-compatible geometry allows you to adapt and interlink hardware from mismatched brands—such as Spektrum, Hitec, or Savox—without altering the factory wiring blocks.

Key Features & Benefits:

• Simultaneous Parallel Control: Mirrors a single output channel across two distinct mechanical points, clean-cutting hardware component tracking overhead.

• Universal JR/Futaba Keying: Features universal connector moldings that securely interface with all standard 3-pin hobby hardware while resisting reverse-polarity connection errors.

• High-Flex Ribbon Insulation: Uses an optimized flat parallel design that routes cleanly along internal aircraft wings or tight robot chassis profiles without twisting or bundling.

• Low Resistance Contacts: Finished with high-conductivity internal pins to maintain maximum signal integrity and prevent voltage drops when powering dual loads.

Technical Specifications 

How to Use

The 200mm Y-Type Servo Splitter Wire acts as a hardwired parallel circuit for standard 3-pin RC signals. When a PWM signal is sent from your receiver or flight controller into the single JR male end, it is duplicated and delivered identically to both Futaba female outputs.

How to Connect:

1. Source Input: Plug the single JR Male end directly into the target channel socket of your RC receiver, servo driver board (like the PCA9685), or microcontroller pins.

2. Dual Output Connection: Plug your two servo motors, electronic speed controllers (ESCs), or lighting modules into the Futaba Female ends. The alignment slot prevents reverse orientation.

3. Power Considerations: Because both output devices are sharing power from a single channel rail, ensure your power supply or Battery Eliminator Circuit (BEC) can handle the combined current draw of both devices under heavy loads.

Common Applications

Thanks to its durable parallel splitting architecture and secure locking connectors, this Y-cable is a staple for scale models and automation layout building:

• RC Aircraft & Gliders: Synchronizing dual-aileron or dual-elevator servos to move in unison from a single receiver channel.

• Heavy RC Vehicles: Linking two steering servos together on 1/5th or 1/8th scale RC trucks to maximize turning torque.

• Robotics & Animatronics: Driving symmetrical movements—such as closing left and right mechanical fingers or pivoting twin robotic eyes—using a single control command.

• Custom LED Lighting Loops: Splitting a single 5V accessory power line out into multiple custom lighting strips on custom multirotors or boats.

Package Includes

• 1 x Y-Type Servo Extension Wire 200mm (1 JR Male to 2 Futaba Female Splitter Cable)

Shipping & Delivery

At Electroboat Technologies, we focus on safe transport and rapid logistics for all your essential hardware accessories.

• Free Shipping: Enjoy Free Shipping on all orders above ₹999 across India.

• Dispatch Time: Your order will be carefully packed and dispatched within 1-3 business days.

• Estimated Delivery: Expect your package at your doorstep within 3-7 business days (depending on your specific location).

• Secure Packaging: We use specialized anti-static and cushioned packaging to ensure total safety and safe transit of all your sensitive electronic components.