Amass XT120 2+2 Female to XT60H Male/Female Adapter - Custom Wire Harness
- Versatile Interconnectivity: Configured with a durable XT120 2+2 Female connector splitting to XT60H Male and Female ends, providing a seamless interface for distinct power requirements.
- Premium Power Transmission: Utilizes high-strand count silicone wiring to reduce electrical resistance and heat buildup, ensuring maximum efficiency for high-amperage energy systems.
- Industrial-Grade Durability: Built with impact-resistant insulation and secure soldering points to withstand the mechanical stresses of robotics, drones, and heavy-duty RC applications.
- Tailored Engineering: Specifically designed to facilitate complex battery bridging and charging setups, eliminating the need for makeshift adapters in critical power circuits.

Can't find what you need?
We specialize in custom sourcing and manufacturing. Upload your spec sheet or drawing, and our engineering team will provide a quote within 24 hours.
What information do you need to provide a quote for a custom wire harness?
To provide an accurate quote and lead time, please provide:
- Technical Drawing or Diagram: Showing pinouts, lengths, and tolerances.
- Bill of Materials (BOM): Listing specific connectors (MPN) and wire gauges (AWG).
- Estimated Annual Usage (EAU): Helping us optimize pricing for your volume. Note: If you do not have a formal drawing, our engineering team can help create one based on your physical sample.
Can you suggest cost-saving alternatives for expensive connectors (e.g., TE, Molex, JST)?
Yes. We offer variety of alternative components.
We have extensive supply chain relationships in Taiwan and can suggest"Functionally Equivalent"alternatives that are fully compatible with major brands like TE, Molex, or JST but at a significantly lower cost. We will provide datasheets and samples of the alternative components for your approval before production.
How do you ensure quality control for custom cable assemblies?
Every single cable assembly undergoes rigorous testing before leaving our Taiwan facility. Our standard QC process includes:
- 100% Continuity Testing: Ensuring no opens, shorts, or miswires.
- Pull Force Testing: Verifying crimp strength.
- Visual Inspection: Checking for cosmetic defects and label accuracy.
- Hi-Pot Testing: Available upon request for high-voltage applications to ensure insulation integrity.