Your Reliable XT60 Extension Cable Supplier
At QLCable Electronic, we are steadfastly dedicated to adhering to the finest production and manufacturing practices and standards, achieved through innovative designs of XT60 cables. Our primary goal is to manufacture premium-quality XT60 cables and offer cost-effective solutions that enhance our customers' shopping experience.
Furthermore, QLCable Electronic remains focused on maintaining the highest product standards. We persist in implementing measures to develop products that are even more ideally suited to the needs of all our customers. Please feel free to contact us and benefit from our dependable customer support, which will expertly assist you with any inquiries related to XT60 Cables.
Various XT30 Cables
Send Your Inquiry Today
Send Your Inquiry Today
Send Your Inquiry Today
Send Your Inquiry Today
Send Your Inquiry Today
Send Your Inquiry Today

High Quality XT60 Connectors
QLCable Electronic's XT60 connectors boast superior features that ensure their effectiveness during application. Among the notable features you'll enjoy with our XT60 connectors are surface injection molding with heat shrink tubing, enhancing their durability compared to other connectors.
Our XT60 connectors also exhibit low resistance, superior electrical conductivity, antioxidant and anti-corrosion properties, making them ideal for providing a stable current to any device application. The XT60 connector offers the perfect solution by accommodating a wide range of solar panels and battery packs, while facilitating more reliable connections between power stations and solar panels.
Send Your Inquiry Today
Tined Copper Wire
QLCable Electronic utilizes premium tin-coated copper wires in the production of dependable cables. Our cables are crafted using the finest 8-20AWG wires, which are UL2468 certified to meet the requirements of various applications. We further incorporate high-quality PVC nylon materials to ensure that our XT60 extension cable assemblies function flawlessly.
The tin-coated copper wires boast superior electrical conductivity, recommended durability, and flexibility, enabling the XT60 cable assembly to fully meet the needs of every intended application.
Send Your Inquiry Today


Wide Application
Our XT60 extension cables offer seamless compatibility with a wide range of devices, allowing users to effortlessly connect and disconnect them with battery packs used in remote-controlled toys, portable power stations, RC batteries, and UAVs.
Furthermore, our XT60 extension cable provides users with enhanced charging flexibility, which is a key reason why many customers prefer our XT60 extension cables.
Send Your Inquiry Today
XT60 Cable: The Ultimate Guide
Why should you use an XT 60 power cable?
The unique design of the XT60 charging cable ensures its reliability. You can rest assured of its performance if it is UL approved. Therefore, it is advisable to only opt for UL-approved XT60 cables to minimize any potential disappointments. Some of the benefits of using an XT60 cable include:

XT 60 cable’s current carrying capacity- The cable is made of a conductor with a current rating of 30A.
- The cable is easy to fold due to its high flexibility
- You can use the XT60 cable on a high-current lithium-polymer battery
- The insulating material on the XT 60 cable is efficient for harsh weather conditions and resistant to chemical corrosion and abrasion.
- A UL-approved XT 60 charging cable is highly durable.
What are the applications of XT60 cables?
When a battery produces a current up to 30A, you can utilize an XT60 charging cable without any issues. The battery XT60 cable features a pair of connectors, one female and one male, ensuring efficient current flow from the battery to other devices. The use of copper as the conducting material helps prevent reverse polarity and facilitates a smooth current flow.

Typically, an XT60 cable measures 30 cm in length, but you can consider extending its length by purchasing an XT60 extension cable. Alternatively, you may opt to use an XT60 Y-splitter cable, which will allow for more current availability without increasing the voltage.