XYH FPV Drone Thermal Imaging Camera features a 256×192 uncooled infrared detector (8-14µm band), 440m person/1051m vehicle detection range, and -40℃ to +80℃ operation. Lightweight (22g) with 4.5-18V power, it fits carbon fiber FPV Drones, 5 Inch FPV Drone Kits, and racing frames—ideal for night inspections, search-and-rescue, and low-visibility tasks.

Product Overview

Our FPV Drone Thermal Imaging Camera is engineered for reliable thermal detection in harsh, low-visibility environments, a critical drone accessory for carbon fiber FPV drones and industrial UAVs. With a high-sensitivity uncooled infrared detector (NETD ≤40µK), it captures clear thermal signatures day/night, pairing seamlessly with 5 Inch FPV Drone Kits and Carbon Fiber Drone Frames. Its ultra-lightweight (22g) and compact (21×21mm) design avoids weighing down Lightweight Carbon Fiber Drones, while wide voltage support (4.5-18V) adapts to diverse drone power systems—making it ideal for professional search-and-rescue, industrial inspections, and security missions.

Technical Specifications

Product Name: FPV Drone Thermal Imaging Camera

Detector Type: Oxide-starved uncooled infrared focal plane detector

Resolution: 256×192 (clear thermal detail)

Pixel Pitch: 12µm (high spatial resolution)

Response Band: 8-14µm (long-wave infrared, penetrates fog/dust)

NETD: ≤40µK (high sensitivity, detects subtle temperature differences)

Frame Rate: 25/50Hz (smooth thermal video, no lag)

Shutter: Bufferless (fast response, no image blackout)

Lens Parameters: Adjustable focus; Aperture 1.0mm; Lens Dimensions 4mm; FOV (H*V) 40.1°×30.3°

Detection Range: Person (440m), Vehicle (1051m)

Recognition Range: Person (110m), Vehicle (263m)

Output: CVBS format (PAL, compatible with FPV goggles/displays)

Power Supply: 4.5-18V DC (fits drone battery systems)

Power Consumption: 600mW (low power, extends drone endurance)

Operating Temperature: -40℃ to +80℃ (harsh environment resistance)

Storage Temperature: -50℃ to +85℃ (stable during transport/storage)

Dimensions: 21×21mm (compact, fits tight spaces in carbon fiber fpv frames)

Weight: 22g (lightweight, no impact on drone agility)

Compatibility: Carbon fiber FPV drones, 5 Inch FPV Drone Kits, Lightweight Carbon Fiber Drones, carbon fiber Racing Drone frames

Product Features

High-Sensitivity Thermal Detection: NETD ≤40µK captures subtle heat signatures (e.g., lost persons, equipment hotspots) even in fog/dust, outperforming low-sensitivity thermal cameras.

Long-Distance Range: 440m person/1051m vehicle detection suits large-area missions (e.g., farm security, pipeline inspections) with carbon fiber drone bodies.

Harsh Environment Adaptability: -40℃ to +80℃ operation works in polar cold or desert heat, reliable for industrial drones inspecting high-temperature equipment.

Lightweight Compact Design: 22g weight and 21×21mm size fit 5 Inch FPV Drone Kits and carbon fiber fpv frames without blocking other components, maintaining drone balance.

Easy Integration: CVBS output connects directly to FPV goggles/displays; 4.5-18V power works with most drone batteries, no external converters needed.

How to Install the Camera

Mounting: Secure the camera to your Carbon Fiber Drone Frame using 3M adhesive or small screws—position it to avoid blocking the FPV camera (ideal for carbon fiber fpv frames with dual-camera mounts).

Wiring: Connect the camera’s power lead to the drone’s 4.5-18V power source; link the CVBS output to FPV goggles or a onboard display.

Focus Adjustment: Turn the lens to focus on targets (use a test heat source, e.g., a warm object, to calibrate clarity for your mission range).

Mode Setup: Select PAL format on your FPV display; adjust brightness/contrast to enhance thermal detail (white-hot pseudo-color for clear target identification).

Test Mission: Conduct a short flight to verify thermal video quality—check detection range in low light or fog to ensure alignment with mission needs.

Application Scenarios

Search-and-Rescue: Detects human heat signatures at 440m, even in night/fog, when mounted on Lightweight Carbon Fiber Drones for rapid area coverage.

Industrial Inspections: Identifies hotspots in power lines, motors, or solar panels (1051m vehicle range covers large industrial sites) with carbon fiber drone bodies.

Security & Surveillance: Monitors large areas (e.g., warehouses, borders) at night, pairing with carbon fiber FPV drones for silent, low-profile patrols.

Agriculture: Detects crop stress (temperature differences) or livestock at night, integrated into 5 Inch FPV Drone Kits for farm management.

Value to Buyers

Rescue Teams: 440m person detection cuts search time by 50%, improving survival rates in emergencies.

Industrial Operators: Early hotspot detection prevents equipment failure, reducing maintenance costs by 30% vs. manual inspections.

Drone Manufacturers: Easy integration into carbon fiber drone kits adds high-value thermal capability, expanding product appeal to professional users.

Certifications and Compliance

Complies with CE, FCC, and ROHS standards, meeting global regulations for electronic components and ensuring safe use in commercial missions.

Customization Options

Offers bulk-order customization for lens FOV (wider/narrower for specific missions) and output format (NTSC for North American markets). Supports custom mounting brackets to fit unique carbon fiber drone frame designs.

Production Process

Cameras undergo: 

1) Precision assembly of uncooled infrared detector and lens; 

2) Sensitivity calibration (NETD testing ≤40µK); 

3) Environmental testing (-40℃ to +80℃ operation); 

4) Power consumption and output verification; 

5) Quality checks for weight/dimensions to ensure compatibility with carbon fiber drone frames.

FAQ

Q: Will it fit my 5 Inch FPV Drone Kit?

A: Yes—21×21mm size and 22g weight fit most 5 Inch FPV Drone Kits and carbon fiber fpv frames, with no need for adapter brackets.

Q: Can it see through fog/rain?

A: Yes—8-14µm long-wave infrared penetrates fog, rain, and dust, unlike visible-light cameras.

Q: How long does it extend drone flight time?

A: Low 600mW power consumption adds<5% to drone battery use, minimal impact on endurance (e.g., 8min vs. 7.5min for a 7000g drone).

Q: Is it compatible with analog FPV systems?

A: Yes—CVBS output works with analog FPV goggles/displays common in Carbon Fiber Racing Drone frames and industrial setups.

Q: What maintenance is required?

A: No moving parts—only occasional lens cleaning with a soft cloth; durable design resists crashes in DIY carbon fiber drone builds.