SPIDER Automation | RC FPV Drone Night Navigation LED Light with Shell | 5V/12V Red Searchlight
The SPIDER Automation RC FPV Drone Night Navigation LED Light (Model: DRONE-LED-NAV-RED) is a specialized visual position and orientation searchlight designed for First-Person View (FPV) racing quadcopters, fixed-wing aircraft, and unmanned aerial vehicles (UAVs) operating in dusk, night, or low-visibility flight environments. Maintaining visual contact and spatial orientation is critical for pilots when maneuvering complex aerial platforms at high speeds. This ultra-bright navigation searchlight solves spatial disorientation by projecting a high-contrast Red LED visual signature visible up to 500 meters away.
Engineered with a water-droplet-shaped aerodynamic shell, the light housing cuts smoothly through the airflow, preventing parasite drag and turbulences across wing surfaces and multi-rotor arms. The unit features broad electrical compatibility, accepting both 5V and 12V DC supply voltages directly from onboard BECs, power distribution boards (PDBs), or 3S LiPo battery taps. With an energy-efficient current draw supporting over 3 hours of continuous operation, it provides high-visibility spatial tracking without compromising flight endurance or battery performance.
Product Overview & Functional Design
The DRONE-LED-NAV-RED navigation system is purpose-built for drone integrators, aerial photographers, and FPV pilots requiring high-potency visual telemetry. During long-range flights or night racing heats, pilots rely on color-coded frame lighting to instantly distinguish the aircraft’s heading (pitch/roll alignment) and avoid mid-air collisions with obstacles or competing aircraft.
The robust, impact-resistant plastic enclosure insulates the internal LED components from dust, damp air, and landing vibrations. Its lightweight build fits cleanly onto flat carbon fiber arms, molded foam wings, or fuselage sidewalls, providing a professional factory-grade searchlight appearance for both recreational and industrial drone builds.
Technical Features & Functional Characteristics
- High-Intensity Red LED Emitter: Projects a sharp, vibrant Red light signature visible across a 500-meter line-of-sight distance.
- Dual-Voltage Power Flexibility: Native input support for both 5V DC and 12V DC operating rails for versatile wiring options.
- Low-Drag Aerodynamic Form Factor: Streamlined water-droplet casing reduces wind resistance on high-speed fixed-wing and racing setups.
- Extended 3-Hour Continuous Runtime: Energy-efficient circuit design delivers over 3 hours of continuous illumination on a single flight session.
- All-Weather Durable Construction: Sealed plastic housing shields LED electronics from light rain, dew, and impact shock.
- Enhanced Visual Line-of-Sight (VLOS): Essential safety feature for regulatory compliance and long-range orientation monitoring.
- Versatile Frame Mount Integration: Mounts easily to motor arms, wingtips, or tail booms using double-sided foam tape or cable ties.
- Compact & Lightweight Profile: Ultra-small physical dimensions ensure zero disturbance to center-of-gravity (CG) balance.
System Compatibility & Frame Integration
The DRONE-LED-NAV-RED light module is designed for universal attachment across multiple aircraft architectures and power setups.
- FPV Racing & Freestyle Quadcopters: Mounts to carbon fiber motor arms to indicate rear/front orientation during night racing.
- Fixed-Wing & Delta Wing Aircraft: Attaches to wingtips or tail fins to provide wingtip navigation lights for RC gliders and planes.
- Autonomous Inspection UAVs: Serves as an auxiliary visual indicator for commercial mapping and surveillance drones.
- 5V & 12V Power Systems: Connects directly to flight controller 5V BEC pads, 12V step-down regulators, or 3S balance leads.
Applications
This high-visibility LED navigation module is an essential lighting solution for various aerial and ground robotics setups.
- Night Flying & Low-Light Navigation: Pinpoints aircraft location and directional heading in near-total darkness.
- FPV Gate & Track Racing: Provides clear target recognition for chasing pilots during night multi-rotor events.
- Fixed-Wing Scale Aviation: Adds functional, scale-accurate navigation lighting to radio-controlled airplanes and jets.
- Search & Recovery Visual Beacon: Assists pilots in locating grounded aircraft in dark terrain or dense fields.
- Unmanned Ground Vehicles (UGVs): Functions as a bright safety light for autonomous rovers and field robotics.
Package Includes
- 1 × SPIDER Automation RC FPV Drone Night Navigation LED Light with Shell (Model: DRONE-LED-NAV-RED)
Product Specifications
| Parameter | Specification |
|---|---|
| Brand / Distributor | SPIDER Automation |
| Model Number | DRONE-LED-NAV-RED |
| Product Type | RC FPV Drone Night Navigation LED Light / Flight Searchlight |
| Emitted Light Colour | Bright Red |
| Operating Voltage Rating | 5V DC / 12V DC Dual Voltage |
| Visibility Distance Range | Up to 500 Meters |
| Continuous Runtime | Over 3 Hours (Energy-Efficient Standard Design) |
| Housing Design / Shape | Streamlined Water-Droplet Aerodynamic Casing |
| Shell Material | Durable Molded Plastic |
| Primary Function | Visual orientation tracking, flight heading indicator, night searchlight |
| Mounting Compatibility | Fixed-Wing, Delta Wing, Quadcopter, Hexacopter Frame Arms |
| Shipping Package Weight | 0.010 kg (10 grams) |
| Shipping Dimensions (L × W × H) | 5 cm × 4 cm × 1 cm |
Installation & Wiring Guidelines
Standard avionics wiring practices should be observed when integrating the navigation light into power distribution networks.
- Voltage Selection Wiring: Ensure power wires are connected strictly to regulated 5V or 12V DC power output pads on your BEC or Power Distribution Board.
- Polarity Verification: Connect positive (+) and negative (-) leads according to labeled circuit polarities prior to powering the aircraft.
- Aerodynamic Mounting Alignment: Position the water-droplet casing with the rounded tapered end facing forward to minimize drag in flight.
- Secure Attachment: Fasten the housing firmly to the drone frame using high-tack double-sided adhesive tape or zip ties to prevent movement during high-G maneuvers.
