SPIDER Automation 1500TVL Mini FPV Camera | 1/3-Inch CMOS Starlight Sensor, 0.001 Lux Sensitivity & OSD Configuration
Description
The SPIDER Automation 1500TVL Mini FPV Camera is a compact analogue video camera designed for first-person-view systems, RC drones, multirotors and embedded aerial imaging platforms. It integrates a 1/3-inch CMOS image sensor with a specified 1500TVL horizontal resolution and a 2.1mm lens. Its stated minimum illumination of 0.001 Lux at F1.2 positions it for low-light FPV imaging applications where camera sensitivity is an important consideration.
The camera supports PAL and NTSC analogue video output, with video-standard selection available through its internal OSD adjustment system. Image-processing functions include digital wide dynamic range (D-WDR), 3D digital noise reduction (3DNR), backlight compensation (BLC) and selectable automatic gain control (AGC). These functions provide configurable image-processing options for different lighting conditions and FPV installation requirements.
The 2.1mm lens and adjustable camera arrangement support up to 158° of tilt positioning, allowing the viewing direction to be configured for different drone mounting orientations. With a specified 5–30V DC input range, the camera can be integrated into compatible onboard power arrangements. The package includes an OSD control board, 2-pin and 3-pin cables, mounting screws and a product manual.
Key Features
- 1500TVL Horizontal Resolution: Provides a specified 1500TVL resolution for compatible analogue FPV video applications.
- 1/3-Inch CMOS Image Sensor: Integrates a CMOS sensor for compact onboard video imaging.
- Starlight Low-Light Sensitivity: Features a stated minimum illumination of 0.001 Lux at F1.2 for low-light camera applications.
- 2.1mm Lens: Uses a 2.1mm focal-length lens for wide-angle FPV viewing.
- 158° Adjustable Tilt: Allows the camera viewing direction to be adjusted according to the mounting position.
- PAL/NTSC Video Selection: Supports two analogue video standards through internal OSD adjustment.
- OSD Configuration: Includes an external control board for accessing supported camera settings.
- Digital Wide Dynamic Range: Incorporates D-WDR image processing for scenes with varying brightness.
- 3D Digital Noise Reduction: Uses 3DNR processing to help suppress image noise.
- Backlight Compensation: Includes BLC for image handling in backlit environments.
- Selectable AGC Levels: Provides low, middle and high automatic gain control settings.
- Day/Night Imaging: Supports automatic, colour and black-and-white modes.
- Wide DC Supply Range: Supports a specified 5–30V DC input for compatible FPV power systems.
- Complete Configuration Accessories: Includes an OSD board, connecting cables, screws and manual.
Image Sensor & Starlight Imaging Performance
The camera is built around a 1/3-inch CMOS image sensor and is specified for 1500TVL horizontal resolution. Its stated minimum illumination of 0.001 Lux at F1.2 indicates a low-light-oriented imaging configuration for FPV systems operating under limited ambient illumination.
For image adjustment, the camera incorporates AGC, BLC, D-WDR and 3DNR functions. These controls address image gain, backlit scenes, brightness variation and noise reduction. Actual image performance will depend on the scene illumination, lens configuration, camera settings and connected video equipment.
- Image Sensor: 1/3-inch CMOS.
- Horizontal Resolution: 1500TVL.
- Minimum Illumination: 0.001 Lux at F1.2.
- Backlight Compensation: BLC.
- Automatic Gain Control: Low / Middle / High.
- Dynamic Range Processing: D-WDR.
- Noise Reduction: 3DNR.
Lens & Adjustable Camera Positioning
The camera uses a 2.1mm focal-length lens for onboard FPV viewing. Its adjustable camera arrangement supports up to 158° of tilt positioning, allowing the viewing direction to be configured for different camera mounting orientations and flight requirements.
- Lens Focal Length: 2.1mm.
- Camera Tilt Adjustment: Up to 158°.
Video Output & OSD Configuration
The camera supports PAL and NTSC analogue video formats. The required video standard can be selected through the internal OSD adjustment system. This allows the camera configuration to be matched with compatible FPV video transmitters, receivers and display equipment.
An external OSD control board is included for camera configuration. The exact menu functions available through the OSD should be checked against the supplied product manual and camera revision.
- Video Standards: PAL / NTSC.
- Video Standard Selection: Internal OSD adjustment.
- OSD Accessory: External OSD control board included.
Image Processing & Day/Night Modes
The camera combines several image-processing functions to provide configurable operation across different illumination conditions. D-WDR supports image handling in scenes with varying brightness, while 3DNR provides digital noise-reduction processing. BLC supports backlight compensation, and AGC offers three selectable gain levels.
- AGC: Low / Middle / High.
- BLC: Supported.
- WDR: D-WDR.
- DNR: 3DNR.
- Day/Night Modes: Auto / Colour / Black-and-White.
Power Configuration
The camera is specified for a 5–30V DC input supply, allowing integration into compatible low-voltage and higher-voltage onboard power arrangements within this range. Use a regulated DC supply and verify the correct power and ground connections before connecting the camera.
The working-current rating and connector pin assignment are not established in the available product specifications. Select a power source with adequate current capacity based on the actual camera requirements and verify the cable wiring before energising the assembly.
Mechanical Design & Installation
The mini FPV camera is designed for compact aerial and embedded imaging installations. Its 2.1mm lens and adjustable mounting arrangement allow the camera viewing direction to be configured according to the drone frame and required field of view.
The package includes an OSD board, separate 2-pin and 3-pin cables, and a set of mounting screws. Confirm the cable pinout, connector orientation and mounting dimensions against the actual camera assembly before installation.
Applications
- FPV Racing Drones: Provides an analogue video camera source for compatible first-person-view flight systems.
- RC Quadcopter Platforms: Supports onboard camera integration for remote-controlled multirotors.
- UAV Video Systems: Provides PAL/NTSC analogue video for compatible aerial transmission equipment.
- Low-Light FPV Imaging: Supports FPV camera installations where the specified low-light sensitivity is relevant.
- Aerial Observation: Provides onboard visual monitoring for compatible aerial platforms.
- Remote Inspection Equipment: Supports camera integration in remotely operated inspection systems.
- Mobile Robotics: Provides an analogue imaging component for compatible robotic platforms.
- Embedded Vision Systems: Functions as a compact camera module in compatible embedded video installations.
- Custom Drone Development: Supports integration into custom-built aerial platforms requiring configurable analogue video.
- RC Aircraft: Provides onboard FPV imaging for compatible remote-controlled aircraft.
- Video Transmission Development: Supports PAL/NTSC camera integration and evaluation with compatible analogue transmitters and receivers.
- Robotics Prototyping: Provides a compact camera option for testing onboard video and remote-viewing arrangements.
Package Includes
- 1 × 1500TVL Mini FPV Camera: 1/3-inch CMOS camera with 2.1mm lens and PAL/NTSC support.
- 1 × OSD Board: External camera configuration control board.
- 1 × 2-Pin Cable: Connecting cable.
- 1 × 3-Pin Cable: Connecting cable.
- 1 × Product Manual: Supplied operating documentation.
- 1 × Set of Screws: Mounting hardware.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Mini FPV Camera with OSD |
| Model | MINI B19 |
| Image Sensor | 1/3-inch CMOS |
| Horizontal Resolution | 1500TVL |
| Lens Focal Length | 2.1mm |
| Minimum Illumination | 0.001 Lux at F1.2 |
| Camera Tilt Adjustment | Up to 158° |
| Video Signal System | PAL / NTSC |
| Video Standard Selection | Internal OSD adjustable |
| On-Screen Display | OSD supported; external control board included |
| Backlight Compensation | BLC supported |
| Automatic Gain Control | Low / Middle / High |
| Wide Dynamic Range | D-WDR |
| Digital Noise Reduction | 3DNR |
| Day/Night Modes | Auto / Colour / Black-and-White |
| S/N Ratio | Greater than 60dB (AGC OFF) |
| Power Input | 5–30V DC |
| Electronic Shutter | PAL specified; shutter timing range not provided |
Connection & Operating Recommendations
- Use a Compatible DC Supply: Provide a regulated 5–30V DC input within the camera’s specified supply range.
- Verify Power Polarity: Identify the positive and ground wires from the supplied cable before applying power.
- Confirm Cable Pinout: Verify the functions of the 2-pin and 3-pin cables before connecting them to the camera, OSD board or external equipment.
- Match the Video Standard: Select PAL or NTSC through the OSD system to match the connected FPV transmitter, receiver and display.
- Configure OSD Settings: Use the supplied OSD board and product manual to access supported camera adjustments.
- Set Camera Orientation: Adjust the camera tilt to the required viewing direction and secure the assembly before operation.
- Secure the Camera Assembly: Use suitable mounting hardware and check that the camera remains stable during platform operation.
- Route Cables Carefully: Keep camera cables away from propellers, moving mechanisms, sharp edges and high-current wiring.
- Check Video Compatibility: Ensure that connected analogue video equipment supports the selected PAL or NTSC format.
- Test Before Deployment: Verify video output, OSD control, camera orientation and power stability before installing the camera in an operational platform.
