XT60H Connectors with 12AWG Silicone Cable – Complete Pair for Currents up to 60A
Working on a LiPo battery project, an electric scooter, or a high-performance drone? When you’re dealing with high current, a weak connection is the first point of failure. This XT60H male and female connector pair, pre-wired with 30 cm of 12AWG silicone cable, provides a stable, low-resistance connection that prevents overheating and power loss.
Note: The XT60H is the upgraded version of the classic XT60 connector, featuring optimized gold-plated contacts and superior thermal performance. It is fully mechanically compatible with standard XT60 connectors.
Why choose this XT60H pair? (Key Advantages):
- Gold-plated copper contacts — ensures minimal contact resistance even after hundreds of cycles; oxidation is not an issue, even in humid environments or under constant vibration.
- 12AWG silicone cable — supports 30–40 A continuous current and 60 A peaks; remains flexible down to -60°C, unlike PVC cables which can become brittle.
- Complete ready-to-use pair — includes both male and female connectors; simply solder the free ends to your battery or BMS.
- Wide compatibility — works with LiPo, Li-Ion, LiFePO₄ systems, VESC controllers, BMS units, and standard XT60 chargers up to 60V DC.
- Flame-retardant nylon housing — resists deformation under high current or high ambient temperatures; provides a secure grip with controlled extraction force.
Performance and Specifications
The XT60H housing is crafted from flame-retardant nylon with high thermal tolerance, ensuring it won’t fail even when your system is running at maximum capacity. The gold-plated copper contacts maintain consistent conductivity throughout the connector’s lifespan, preventing degradation from corrosion or moisture.
The 12AWG (~3.31 mm²) silicone cable is constructed from fine-stranded copper, offering superior flexibility compared to PVC-insulated alternatives. The insulation is rated for temperatures between -60°C and +200°C, making it suitable for both cold-weather installations and high-heat environments. The 30 cm length is ideal for most routing needs in e-scooters, e-bikes, and RC systems without adding unnecessary resistance to the circuit.
| Parameter | Value / Detail |
|---|---|
| Connector Type | XT60H Female + XT60H Male |
| Version | XT60H (Upgraded from standard XT60) |
| Contact Material | Gold-plated copper |
| Housing Material | Flame-retardant nylon |
| Cable Gauge | 12AWG (~3.31 mm²) |
| Cable Material | Multi-strand copper, silicone insulation |
| Cable Length | 30 cm |
| Recommended Continuous Current | 30–40 A |
| Peak Current (short burst) | 40–60 A (for a few seconds) |
| Cable Temperature Rating | -60°C to +200°C |
| Max Voltage | 60V DC |
| Battery Compatibility | Li-Ion, LiPo, LiFePO₄ |
| Main Applications | E-scooters, e-bikes, drones, RC, portable UPS, power packs |
Package Contents
- 1x XT60H Female connector with 12AWG silicone cable – 30 cm
- 1x XT60H Male connector with 12AWG silicone cable – 30 cm
Frequently Asked Questions
What is the difference between XT60 and XT60H?
The XT60H features optimized gold-plated contacts and a slightly revised housing for better heat dissipation. It is mechanically compatible with standard XT60 connectors and can be paired without issues.
Can I use this connector on a 48V system?
Yes. The XT60H is rated for up to 60V DC, making it fully compatible with 36V, 48V, and 52V systems found in e-scooters and e-bikes.
Do I need to solder for installation?
The connectors are pre-attached to the cables. You only need to solder the free ends to your battery terminals or BMS. We recommend using a soldering iron of at least 60W and high-quality solder for a robust connection.
Can the 12AWG cable handle a 1500W motor?
A 1500W motor at 48V draws approximately 31 A continuously, which is well within the recommended range for 12AWG. For frequent peak currents exceeding 50 A, we recommend upgrading to 10AWG.
Should the female connector go on the battery or the charger?
By industry standard, the female connector is used on the battery or power source, while the male connector is used on the load or charger. This design reduces the risk of accidental short circuits during handling.
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