DJI Avata LED Mount System (STARTRC FPV Lighting Kit)

The DJI Avata Mount / LED Set is a lightweight FPV drone lighting upgrade designed to improve visibility, orientation awareness, and operational safety during night or low-light flight conditions. The system combines a precision 3D-printed carbon fiber–reinforced mounting bracket with dual STARTRC LED modules, providing a secure, tool-free lighting solution without the need for Velcro, tape, or adhesive mounting methods.

Engineered for quick installation and removal, the mount maintains a low-profile fit to preserve aerodynamic efficiency and flight stability on the DJI Avata platform.

Key Features

• Advanced carbon fiber–reinforced 3D printed mounting bracket
• Designed specifically for DJI Avata FPV drone compatibility
• Tool-free installation and removal (no Velcro or adhesive required)
• Includes 2 high-output STARTRC LED modules
• 360° illumination for improved visibility and spatial awareness
• Strobe functionality for extended detection and operational range
• High-lumen output optimized for night and low-light environments
• Simple LED programming interface for quick configuration
• Low-profile design minimizes aerodynamic impact
• Quick-access charging for field efficiency

STARTRC LED System

• Built-in 250mAh rechargeable battery
• Up to approximately 5 hours of runtime per charge
• Designed for FPV drone and UAV visibility enhancement
• Strobe and illumination modes for operational flexibility
• Lightweight housing optimized for aerial platforms
• Extended visibility range for night flight operations

Materials & Construction

• Carbon fiber–reinforced 3D printed mounting bracket
• Compact aerospace-grade LED modules
• Precision-fit DJI Avata mounting interface
• Lightweight, impact-resistant construction
• Made in the USA

System Notes

• Designed for FPV visibility enhancement and safety lighting
• Supports rapid removal and reinstallation between flights
• Maintains balance and flight performance on DJI Avata platforms
• Ideal for night operations, training, and low-light drone use