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This 8 AWG (10 mm²) silicone wire is designed for high-current applications that demand flexibility and heat resistance. The conductor is made from fine-stra...

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This 8 AWG (10 mm²) silicone wire is designed for high-current applications that demand flexibility and heat resistance. The conductor is made from fine-strand tinned copper (0.08 mm diameter strands), twisted together to reduce signal interference and resist oxidation. The silicone insulation remains flexible across a wide temperature range from −60°C to +200°C.

Each pack includes 1 metre of red wire and 1 metre of black wire, suitable for power distribution in robotics, ESCs, motors, RC vehicles, and other demanding applications.

Key Features

  • High Current Capacity – Rated for up to 190 A
  • Wide Temperature Range – −60°C to +200°C operating range
  • Silicone Insulation – Flexible, durable, and resistant to acids and alkalis
  • Tinned Copper Conductor – Fine 0.08 mm strands resist oxidation and improve flexibility
  • High Voltage Rating – AC 600 V / DC 3 kV

Specifications

  • Wire Gauge – 8 AWG (10 mm²)
  • Rated Voltage – AC 600 V / DC 3 kV
  • Rated Current – 190 A
  • Temperature Range – −60°C to +200°C
  • Conductor – 0.08 mm diameter tinned copper strands
  • Insulation – Silicone
  • Length – 1 m per colour

Ideal For

  • Robotics and robotic arms
  • ESC and motor wiring
  • RC aircraft, cars, and boats
  • High-current power distribution

Package Contents

  • 1× Red silicone wire (1 m)
  • 1× Black silicone wire (1 m)
Note: Do not exceed the rated voltage or operate outside the −60°C to +200°C temperature range, as this may reduce wire lifespan.

Jargon buster

Plain-language definitions for the technical terms used above.

AWG
American Wire Gauge is a numbering system for wire thickness, where a lower number means a thicker wire. The AWG rating matters because thicker wire can usually carry more current with less voltage drop and heating.
ESC
An ESC, or electronic speed controller, is a driver commonly used to control brushless motors, especially in drones and RC vehicles. Comparing this board with a conventional ESC matters because FOC drivers can offer smoother low-speed control and more precise torque or position control.

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