SPIDER Automation 700TVL 2.8mm Wide-Angle FPV Camera | 1/4-Inch CMOS Sensor, PAL/NTSC & 7.5–13V DC Operation
Description
The SPIDER Automation 700TVL 2.8mm Wide-Angle FPV Camera is an analogue video camera developed for FPV racing drones, multirotors, fixed-wing RC aircraft and compact aerial imaging systems. It combines a 1/4-inch CMOS image sensor with a 2.8mm wide-angle lens to deliver a specified horizontal resolution of 700TVL and a 90° field of view. Its PAL/NTSC video-system support enables connection to compatible analogue FPV transmitters, video monitors and recording equipment.
The camera operates from a 7.5–13V DC supply and has a working current of 135 ± 5mA. Its video output is specified at 1.0Vp-p with 75Ω impedance. Integrated image-control functions include automatic gain control, auto white balance, gamma correction and electronic shutter adjustment, providing configurable image-processing behaviour for different lighting and video-system requirements.
The compact plastic enclosure measures 26 × 26 × 28mm, making the camera suitable for space-constrained FPV installations. Its 2.8mm lens, C/CS lens-mount specification and stated compatibility with QAV-series frames and other multirotor platforms support integration into a range of aerial camera mounting arrangements. The design also incorporates water-resistance features, although a formal IP protection rating is not provided.
Key Features
- 700TVL Horizontal Video Resolution: Provides a specified 700TVL analogue video definition for FPV flight viewing and visual monitoring.
- 1/4-Inch CMOS Image Sensor: Integrates a CMOS sensor for image capture in compact aerial camera systems.
- 2.8mm Wide-Angle Lens: Uses a 2.8mm lens with a specified 90° field of view for broad forward-facing image capture.
- PAL and NTSC Support: Offers two analogue video-system formats for compatibility with corresponding FPV and AV equipment.
- 7.5–13V DC Operating Range: Supports integration with compatible low-voltage DC power-distribution systems.
- Defined Analogue Video Output: Provides a 1.0Vp-p video signal with 75Ω output impedance.
- Automatic Gain Control: Includes selectable AGC operation to adjust image-signal gain.
- Automatic White Balance: Supports selectable auto white-balance operation for colour-image processing.
- Gamma Correction: Provides a specified gamma correction value of 0.45.
- Electronic Shutter Adjustment: Supports different PAL and NTSC shutter timing ranges for exposure control.
- Low-Light Image Sensitivity: Provides a stated minimum illumination of 0.1 Lux at F1.2.
- Compact Plastic Enclosure: Measures 26 × 26 × 28mm for installation in compact drone and robotics assemblies.
- Water-Resistant Design: Incorporates water-resistance features for suitable aerial installations; no formal IP rating is specified.
- Environmental Operating Range: Supports operation from -10°C to +50°C with maximum specified humidity of 95%.
Image Sensor & Optical Configuration
The camera uses a 1/4-inch CMOS image sensor paired with a 2.8mm wide-angle lens. Its specified 90° viewing angle provides a broad forward-facing image for FPV navigation, aerial monitoring and compatible camera installations. The 700TVL horizontal resolution specification describes the camera’s analogue video definition.
- Image Sensor: 1/4-inch CMOS.
- Horizontal Resolution: 700TVL.
- Lens Focal Length: 2.8mm.
- Lens Field of View: 90°.
- Minimum Illumination: 0.1 Lux at F1.2.
- Gamma Correction: 0.45.
Video Standards & Image Control
The camera supports PAL and NTSC analogue video systems. Its selectable image-control functions include automatic gain control and automatic white balance. Electronic shutter timing is specified separately for each video standard, allowing exposure timing to correspond to the selected video format.
| Video System | Electronic Shutter Range |
|---|---|
| PAL | 1/50–1/100,000 second |
| NTSC | 1/60–1/120,000 second |
- Automatic Gain Control: Selectable On/Off.
- Auto White Balance: Selectable On/Off.
- Video System: PAL / NTSC.
Electrical Configuration & Video Output
The camera is designed for low-voltage DC operation within a specified input range of 7.5–13V. Its working current is 135 ± 5mA. The analogue video output is rated at 1.0Vp-p with 75Ω impedance for connection to compatible FPV video transmitters, AV monitors and video-processing equipment.
- Operating Voltage: 7.5–13V DC.
- Working Current: 135 ± 5mA.
- Video Signal Level: 1.0Vp-p.
- Video Output Impedance: 75Ω.
- Video Standards: PAL / NTSC.
Mechanical Design & Environmental Characteristics
The camera uses a lightweight plastic enclosure measuring 26 × 26 × 28mm. Its compact dimensions support installation in small FPV frames and other equipment with limited mounting space. The design is described as water-resistant, but no IP rating or immersion-protection specification is available. Environmental operation is specified for temperatures between -10°C and +50°C, with maximum humidity of 95%.
- Housing Material: Plastic.
- Overall Dimensions: 26 × 26 × 28mm.
- Operating Temperature: -10°C to +50°C.
- Maximum Operating Humidity: 95%.
- Environmental Design: Water-resistant construction; no formal IP rating specified.
Applications
- FPV Racing Drones: Provides analogue forward-facing video for first-person-view racing platforms.
- QAV210 Quadcopters: Supports compatible QAV210 frame camera installations.
- QAV180 Multirotors: Suitable for compatible compact multirotor camera mounting arrangements.
- QAV250 Quadcopters: Supports camera integration into compatible QAV250 aerial platforms.
- Fixed-Wing RC Aircraft: Provides onboard analogue video capture for compatible fixed-wing aircraft.
- Multirotor UAV Platforms: Supports visual monitoring and FPV navigation on compatible multirotor systems.
- Aerial Flight Monitoring: Provides a forward-facing video feed for observing flight conditions.
- FPV Video Transmission: Connects to compatible analogue video transmitters and receiving systems.
- Robotics Platforms: Provides analogue visual feedback for mobile robotic systems with compatible video interfaces.
- Remote-Controlled Vehicles: Supports onboard video installations on compatible RC platforms.
- Engineering Prototypes: Provides a compact imaging module for aerial and mobile-system development.
- Visual Inspection Equipment: Supports remote viewing applications where compatible analogue video equipment is used.
Package Includes
- 1 × 700TVL CMOS Camera: Camera assembly with 2.8mm wide-angle lens.
- 1 × Connecting Cable: Cable for camera electrical and video connections.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | FPV Analogue Camera |
| Image Sensor | 1/4-inch CMOS |
| Horizontal Resolution | 700TVL |
| Lens Focal Length | 2.8mm |
| Lens Field of View | 90° |
| Lens Mount | C / CS |
| Minimum Illumination | 0.1 Lux at F1.2 |
| Gamma Correction | 0.45 |
| Video System | PAL / NTSC |
| PAL Electronic Shutter | 1/50–1/100,000 second |
| NTSC Electronic Shutter | 1/60–1/120,000 second |
| Automatic Gain Control | On / Off |
| Auto White Balance | On / Off |
| S/N Ratio | 48dB |
| Video Output Level | 1.0Vp-p |
| Video Output Impedance | 75Ω |
| Operating Voltage | 7.5–13V DC |
| Input Voltage Reference | 12V |
| Working Current | 135 ± 5mA |
| Housing Material | Plastic |
| Dimensions (L × W × H) | 26 × 26 × 28mm |
| Operating Temperature | -10°C to +50°C |
| Maximum Humidity | 95% |
| Water Resistance | Water-resistant design; formal IP rating not provided |
| Latency | No independently verified camera-specific latency value |
Connection & Operating Recommendations
- Verify Supply Voltage: Use a regulated DC supply within the 7.5–13V operating range. The 12V entry is a separate reference value, not a replacement for the stated operating range.
- Check Current Capacity: Allow for the specified 135 ± 5mA camera current when selecting a power-distribution circuit.
- Match Video Standards: Configure the receiving equipment for the same PAL or NTSC format selected on the camera.
- Use Compatible Video Equipment: Connect the 1.0Vp-p, 75Ω analogue output to an appropriate video transmitter, monitor or recording input.
- Check Lens Mount Compatibility: Verify the C/CS mounting arrangement and mechanical clearance before replacing or installing the lens.
- Secure the Camera: Use a suitable mounting bracket and fasteners to minimise movement and vibration during flight.
- Configure Image Controls: Set automatic gain control, white balance and electronic shutter functions according to lighting and operating conditions.
- Protect Electrical Connections: Keep cable joints and connectors appropriately protected against moisture and contamination.
- Maintain Lens Cleanliness: Keep the lens surface free from dust, fingerprints and obstructions for consistent image capture.
- Observe Environmental Limits: Operate within the specified -10°C to +50°C temperature range and maximum 95% humidity condition.
- Test Before Flight: Verify video transmission, image orientation, power stability and camera mounting before operating the aircraft.
