XT60 Connector Pair Male & Female
Rs 200.00
Quick Info:
- Connector Type : XT60 (Male & Female pair)
- Rated Current : 60A continuous
- Contact Material : Gold-plated copper
- Housing Material : Nylon (high-temperature resistant)
- Locking Mechanism : Self-locking, polarity-keyed
The XT60 Connector Pair is a rugged, high-current bullet connector set widely used in RC vehicles, drones, lipo battery packs, and DIY power distribution projects. Each pair includes one male and one female connector, featuring gold-plated bullet contacts and a keyed housing that prevents reverse polarity connections, making it a safe and reliable choice for high-power battery and motor connections. Its compact yet robust design has made it one of the most popular connector standards among hobbyists building quadcopters, RC cars, robotics platforms, and battery packs for portable electronics.
Built from durable nylon housing, the XT60 connector can handle continuous high current loads while remaining lightweight and easy to solder onto wire leads. The self-locking mechanism keeps the connection secure during vibration and movement, which is especially important in drones and RC applications where connectors experience constant motion and stress. Its low contact resistance ensures minimal voltage drop and efficient power transfer between batteries, ESCs, and motors. Whether you’re assembling a custom lipo battery pack, wiring a power distribution board, or repairing damaged connectors on an existing RC setup, the XT60 pair offers a dependable, field-proven solution trusted by makers and hobbyists worldwide.
Specification:
- Connector Type : XT60 (Male & Female pair)
- Rated Current : 60A continuous, up to 30A per contact typical use
- Rated Voltage : Up to 500V (housing insulation rating varies)
- Contact Material : Gold-plated copper
- Housing Material : Nylon (high-temperature resistant)
- Wire Gauge Compatibility : 12-14 AWG (typical)
- Locking Mechanism : Self-locking, polarity-keyed
- Common Applications : Lipo batteries, drones, RC cars, power distribution







