FPV Thermal Imaging Camera 384×288 CVBS with 50mm Lens
Overview
The FPV Thermal Imaging Camera with a 384×288 resolution and 50mm lens is designed for drone thermal imaging, long-range observation, and nighttime FPV applications. Featuring an uncooled VOx infrared detector and standard CVBS analog video output, this compact thermal camera integrates with compatible analog FPV video transmission systems.
The 50mm thermal lens provides a narrow field of view suitable for observing distant targets. Operating in the 8–14 μm long-wave infrared (LWIR) band, the camera detects thermal radiation and produces images in low-light and complete-darkness environments.
With a compact design, low power consumption, and configurable imaging functions, this thermal camera is suitable for UAVs, FPV platforms, and customized thermal imaging systems.
Key Features
1. 384×288 Thermal Imaging Resolution
Equipped with a 384×288 uncooled VOx microbolometer detector, the camera captures thermal images for target observation and heat signature detection.
2. 50mm Long-Focal-Length Thermal Lens
The 50mm lens provides a narrow field of view, making it suitable for long-range observation and applications requiring greater target detail at a distance.
3. Standard CVBS Analog Video Output
The composite video output supports integration with compatible analog FPV video transmitters, receivers, monitors, and ground stations.
4. Long-Wave Infrared Detection
The 8–14 μm spectral range enables thermal imaging in darkness and other low-visible-light conditions without relying on ambient illumination.
5. Multiple Thermal Color Palettes
Selectable pseudocolor modes help users visualize temperature differences and thermal targets. Available configurations may include white-hot, black-hot, rainbow, and iron-red modes.
6. Low Power Consumption
With typical power consumption of 1 W or less, the camera is suitable for compact drone and embedded imaging systems where power efficiency matters.
7. Configurable Image Processing
Supported functions may include automatic gain control, noise reduction, detail enhancement, non-uniformity correction, digital zoom, and image flip or mirror settings, depending on the selected configuration.
8. UART Control Interface
The UART interface supports camera configuration and control functions. Available commands and functions should be confirmed for the specific hardware and firmware version.
9. Compact Design for FPV Integration
The small camera module is designed for integration into drones, gimbals, and custom imaging platforms where space and weight are important considerations.
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Type | FPV Thermal Imaging Camera |
| Thermal Resolution | 384 × 288 pixels |
| Detector Type | Uncooled VOx Microbolometer |
| Pixel Pitch | 12 μm |
| Spectral Range | 8–14 μm |
| Thermal Sensitivity (NETD) | ≤40 mK, typical |
| Frame Rate | 50 Hz |
| Lens Focal Length | 50 mm |
| Lens Aperture | F1.0 |
| Field of View | Approximately 4.8° × 3.6°, estimated |
| Video Output | CVBS Composite Analog Video |
| Video Standard | NTSC/PAL, depending on configuration |
| Control Interface | UART TTL, 3.3 V |
| Image Modes | Multiple Pseudocolor Palettes |
| Digital Zoom | Up to 8×, depending on configuration |
| Image Adjustment | AGC, NUC, Flip/Mirror, and Image Enhancement |
| Power Supply | DC 5–17 V |
| Power Consumption | ≤1.0 W, typical |
| Operating Temperature | -40°C to +80°C |
| Storage Temperature | -50°C to +85°C |
| Camera Dimensions | Approximately 30 × 30 × 35 mm, excluding lens; typical |
| Camera Weight | Varies with lens and configuration |
| Customization | Subject to manufacturer confirmation |
Note: Specifications identified as approximate or configuration-dependent should be confirmed with the manufacturer before ordering. Dimensions and weight may vary depending on the final lens and housing.
Applications
FPV Drones and UAVs
Integrate thermal imaging into FPV drones for nighttime observation and thermal target detection.
Long-Range Thermal Observation
The 50mm lens is suitable for applications requiring a narrow field of view and observation of distant thermal targets.
Search and Rescue
Help identify human heat signatures in darkness and support thermal observation during search operations.
Industrial Inspection
Support thermal inspection workflows for identifying abnormal heat patterns in compatible monitoring systems.
Wildlife Observation
Enable nighttime wildlife monitoring without relying on visible-light illumination.
Security and Perimeter Monitoring
Integrate thermal video into compatible surveillance and monitoring platforms.
Custom Thermal Imaging Systems
Use the compact module in OEM equipment, specialized camera assemblies, and embedded thermal imaging projects.
Compatibility and Integration
The camera provides CVBS analog video output for integration with compatible analog FPV video equipment.
Before installation, verify the following:
- Video compatibility: Confirm that your FPV transmitter, receiver, or display supports the camera's CVBS output and selected video standard.
- Power requirements: Supply a stable DC voltage within the specified 5–17 V input range.
- Control interface: Check the UART pinout and command protocol before connecting an external controller.
- Mechanical installation: Allow sufficient clearance for the 50mm lens and ensure the mounting system can support the camera securely.
- Image orientation: Confirm the required image orientation and available flip or mirror settings.
- Connector and wiring: Verify the connector type, pin assignment, and cable requirements before integration.
FAQ
Q1: What is the resolution of this FPV thermal camera?
The camera features a thermal imaging resolution of 384×288 pixels.
Q2: Can this camera work in complete darkness?
Yes. The camera detects long-wave infrared radiation in the 8–14 μm band, allowing it to produce thermal images without visible light.
Q3: What is the advantage of the 50mm lens?
The 50mm lens provides a narrow field of view suitable for long-range observation. The actual detection distance depends on the target size, temperature contrast, atmospheric conditions, and installation.
Q4: Does the camera support analog FPV systems?
Yes. The CVBS analog video output is designed for integration with compatible analog FPV video transmitters, receivers, and monitors. Check the video standard and electrical interface before connecting.
Q5: What power supply does the camera require?
The listed input voltage is DC 5–17 V, with typical power consumption of 1 W or less. Confirm the final configuration's electrical requirements before powering the unit.
Q6: Can I change the thermal image color mode?
Multiple pseudocolor palettes may be supported, including white-hot, black-hot, rainbow, and iron-red modes. Available modes and control methods depend on the camera firmware.
Q7: Does the camera support image adjustment or digital zoom?
Functions such as automatic gain control, non-uniformity correction, image enhancement, flip/mirror, and digital zoom may be available, depending on the selected configuration.
Q8: Can the camera be customized?
Customization options may include interface configurations, alternative video outputs, lens options, and firmware functions. Contact us to confirm feasibility, availability, and compatibility before ordering.
Package Information
Package contents and accessories should be confirmed with the supplier before purchase.
Please contact us if you need confirmation of the camera dimensions, wiring diagram, connector pinout, control protocol, or compatibility with your existing FPV system.
Important Notice
This product is intended for integration into compatible FPV and thermal imaging systems. Actual imaging performance depends on the lens, target characteristics, environmental conditions, and system configuration. Please verify all electrical, mechanical, and video interface requirements before installation.