Overview
Consumer drones and hobby robotics platforms need lightweight, vibration-tolerant cabling that keeps flight controllers, motors, and sensors connected within tight weight budgets.
Design & Construction
Ultra-Lightweight Flight-Weight Cable
Thin-gauge, lightweight conductors minimize added weight on flight controller and motor wiring, directly supporting flight time and payload capacity goals.
Vibration-Damped Motor & ESC Wiring
Reinforced strain relief at motor and ESC connections resists the continuous high-frequency vibration generated by propeller and motor assemblies.
Manufacturing Process
Built under ISO 9001 process controls with continuity and vibration testing, supporting consumer drone and robotics OEMs from prototype through volume production.
Typical Applications
- Flight controller wiring
- Motor and ESC interconnects
- Gimbal and camera cabling
- Battery and power distribution wiring
- Robotics sensor and actuator harnesses
Common installations include Flight controller wiring, Motor and ESC interconnects, and Gimbal and camera cabling, where signal integrity, EMI control, and compact flex-rated construction are the primary design drivers. The same base design can also be adapted for Battery and power distribution wiring and Robotics sensor and actuator harnesses with minor changes to connector type or cable length.
Technical Specifications
Standard configurations are available with the following technical specifications; custom configurations outside these ranges can be discussed with our engineering team. Wire Gauge: AWG 30 – 18. Conductor Count: 2 – 20 circuits. Insulation: Lightweight silicone / PVC. Temp Range: -10°C to +80°C. Weight: Optimized ultra-lightweight build. Vibration Rating: Motor/ESC vibration tested. Connector Options: JST, XT, proprietary flight connectors.
Quality & Certification
Manufactured under ISO 9001 certification and fully RoHS 3 compliant, with lightweight cable options suited to weight-sensitive drone and robotics platforms.
Customization & Lead Time
Standard lead time for the Drone & Consumer Robotics Cable Assemblies is 3–5 weeks prototype, 2–3 weeks production reorder. Connector type, cable length, and conductor configuration can be customized to match your exact application, including connector type, cable length, and shielding configuration to match your device’s board layout and enclosure design. Contact our engineering team with your drawings or requirements for a project-specific quote.
Why XinHarness
Drone and consumer robotics cabling draws on the same lightweight, vibration-tolerant construction used across our electric two-wheeler and battery programs. See the Electronics industry page, or request a quote for your project. For related technical background, see our article on the benefits of twisted-pair wiring for reducing electromagnetic interference.
Frequently Asked Questions
Yes, shielded cable, braided or foil shielding, and ferrite options are available to control EMI/RFI in sensitive electronic applications.
We support a wide range of board-to-board, wire-to-board, and industry-standard connector families; provide your preferred connector part number or mating requirement and we will match it.
Yes, all our consumer and industrial electronics cable assemblies, including the Drone & Consumer Robotics Cable Assemblies, are manufactured using RoHS 3 and REACH-compliant materials.
