The D-Max 6AWG Cable is a flexible conductor set, comprising one red and one black cable, designed for high-current applications in hobbies and model building. It is particularly suited for projects where low-loss and reliable power transmission between components like batteries, ESCs (Electronic Speed Controllers), and motors is crucial. The combination of a large cross-section and a fine strand structure ensures high current carrying capacity while maintaining excellent flexibility.

Key Features

• High Flexibility: Constructed from 2,050 individual, fine copper strands, each 0.08 mm in diameter, the cable is easy to route even in confined spaces.
• Large Conductor Cross-Section: A cross-section of 16 mm² (6 AWG) guarantees low electrical resistance, minimizing power losses and heat generation at high currents.
• Robust Silicone Insulation: The silicone jacket is temperature-resistant and effectively protects the inner copper strands from mechanical stress, abrasion, and chemicals.
• Clear Polarity Identification: The set includes one red and one black cable, ensuring safe and polarity-correct installation of your electrical components.
• Optimized for High Performance: This cable is specifically tailored to meet the demands of powerful electric drives and systems in the RC sector.

Technical Data

• Conductor Cross-Section (AWG): 6
• Conductor Cross-Section (Area): 16 mm²
• Strand Construction: 2,050 x 0.08 mm
• Conductor Material: Copper
• Insulation Material: Silicone
• Conductor Diameter (without insulation): 6.0 mm
• Outer Diameter (with insulation): 8.6 mm

Scope of Delivery

• 1x D-Max Cable 6AWG, red (1 meter length)
• 1x D-Max Cable 6AWG, black (1 meter length)

Application

This cable set is aimed at experienced model builders and electronics hobbyists who require reliable wiring for high-current systems such as brushless drives in RC vehicles, boats, or large drones. For optimal performance, it is recommended to keep cable runs as short as possible and to use a connector system appropriately sized for the current flow.