Overlander Amass QS8-S Anti-Spark Connectors

Product Description
The Overlander QS8 Connectors (1 Pair) are perfect for high-power RC applications where reliability and performance are essential. Featuring advanced anti-spark technology, these connectors minimise arcing during connection and disconnection, protecting sensitive electronics and extending the lifespan of components. Compatible between (6AWG) – (10AWG) wire, they deliver efficient energy transfer, making them ideal for demanding models like large RC buggies, EDF jets, and boats.
Constructed for durability, the QS8 connectors feature robust nylon housings and gold-plated brass terminals to ensure stable, high-current connections. Whether you’re upgrading or maintaining your RC model, these connectors offer a reliable, safe, and professional solution for heavy-duty setups.
Key Advantages & Benefits

Anti-Spark Technology: Minimises arcing during connections, protecting sensitive electronics and extending component lifespan.
High Current Capacity: Supports 110A continuous and 180A bursts for heavy-duty RC models.
Wire Compatibility: Designed for heavy-duty wire up to 10AWG (13mm), ensuring efficient energy transfer for demanding setups.
Durable Nylon Construction: Heat-resistant material withstands soldering and rugged RC operating conditions.
Gold-Plated Brass Terminals: Provides low-resistance, high-conductivity connections for peak performance.
Wide Temperature Range: Operates between -20 °C and 120 °C, suitable for diverse environments.
Secure Connection Design: Precision fit reduces vibration-related disconnections during operation.
Versatile Applications: Perfect for high-power buggies, EDF jets, speedboats and other energy-intensive RC models.
Long-Lasting Durability: Engineered for repeated use in demanding RC environments without degradation.

Safety Information
Always verify correct polarity when using QS8 connectors to prevent damage or short circuits. Use appropriate soldering techniques to secure wires firmly. Regularly inspect connectors for wear or damage, and replace any worn components to maintain safety and optimal performance.