Enhance your Parrot ANAFI USA or ANAFI USA Thermal drone’s capability with the FoxFury D10 Infrared Lighting System. This purpose-built lighting solution is proudly made in the USA and designed for low-light, night operations, indoor missions, and scenarios where supplemental illumination or infrared light is critical for safety and visibility.
Designed for Parrot ANAFI USA & ANAFI USA Thermal drones — custom saddle mount integrates securely with the aircraft.
Three (3) FoxFury D10 Infrared LED lights with 360° rotation for flexible directional control.
Continuous and strobe modes — choose steady illumination or FAA-compliant strobe lighting for night flight operations.
Rechargeable LiPo battery — lightweight power with 30–80 minutes runtime and ~1-hour recharge time.
Splash-proof design — durable construction suited for light rain and challenging environments.
High visibility output — ~200 lumens per light with infrared illumination capability for covert or low-light missions.
FAA night flight compliant — strobe mode meets FAA UAV night flight requirements.
Lighting Type: Infrared LED lights (3-unit system)
Light Output: ~200 lumens (visible) | IR power per light ~400 mW (typical)
Modes: Continuous high | Strobe (FAA night compliant)
Beam Angle: ~30°
Rotation: 360° swivel on each light for optimal directionality
Battery Life: 30–80 minutes per charge
Recharge Time: ~1 hour
Water Resistance: Splash-proof for light weather exposure
Mounting: Custom saddle mount and options for 3M Dual-Lock or tactical mount integration
3 × FoxFury D10 Infrared lights
Custom saddle mount for Parrot ANAFI USA
Battery charging cable(s)
Perfect for:
Night flight operations requiring FAA-compliant anti-collision lighting
Search & rescue missions where IR illumination strengthens visibility
Indoor structural inspections, confined spaces, or low-light environments
Public safety and first responder operations seeking reliable, compact lighting
A powerful lighting upgrade for Parrot ANAFI USA platforms — the FoxFury D10 system expands mission flexibility with robust illumination, rugged durability, and smart design.
