SPIDER Automation 600TVL Mini FPV Camera with Audio | 1.8mm 170° Wide-Angle Lens, CMOS Sensor & PAL/NTSC Video Output
Description
The SPIDER Automation 600TVL Mini FPV Camera with Built-In Microphone is an ultra-compact analogue camera designed for first-person-view systems, mini quadcopters and lightweight aerial video installations. It combines a 1/4-inch CMOS image sensor with 600TVL resolution and a 1.8mm wide-angle lens specified for a 170° field of view. This optical arrangement provides broad scene coverage for onboard FPV viewing, while the adjustable camera assembly supports up to 170° of tilt positioning to configure the viewing direction according to the platform’s installation requirements.
The camera supports PAL and NTSC analogue video formats, allowing selection of the required video standard for compatible FPV transmission and display equipment. Its composite video output is rated at 1.0Vp-p with 75Ω impedance. An integrated microphone provides audio capture capability alongside video, making the assembly suitable for FPV configurations that require both video and audio functionality.
With a compact body measuring 12.5 × 12.5 × 17mm and a stated weight of approximately 4g, this camera is designed for weight-sensitive installations on Mini 200, 250 and 300 quadcopters and other compact robotic platforms. Its low-voltage power design supports integration into compatible onboard camera systems. A connecting cable is included for installation.
Key Features
- 600TVL Video Resolution: Provides 600TVL analogue video imaging for compatible FPV camera and monitoring systems.
- 1/4-Inch CMOS Image Sensor: Integrates a CMOS sensor for compact onboard video capture.
- 1.8mm Wide-Angle Lens: Features a 1.8mm lens designed for broad viewing coverage on aerial platforms.
- 170° Field of View: Provides a specified 170° viewing angle for wide-area onboard scene capture.
- Adjustable Lens Tilt: Supports up to 170° of tilt positioning to configure the camera’s viewing direction.
- Built-In Microphone: Adds audio capture capability to the FPV camera assembly.
- PAL/NTSC Video Selection: Supports two analogue video standards for compatibility with different FPV video systems.
- Composite Video Output: Provides a 1.0Vp-p, 75Ω video signal for compatible analogue equipment.
- Compact Camera Dimensions: The 12.5 × 12.5 × 17mm form factor supports installation in small drone frames and embedded imaging assemblies.
- Ultra-Lightweight Construction: The stated 4g weight helps reduce additional payload on compact aerial platforms.
- Low-Light Imaging Specification: Includes a minimum illumination rating in the supplied technical data for evaluating low-light camera suitability.
- Connecting Cable Included: Supplied with a cable for camera integration.
Image Sensor & Optical Configuration
The camera uses a 1/4-inch CMOS image sensor with a specified 600TVL resolution. Its 1.8mm wide-angle lens provides a stated 170° field of view, supporting broad scene coverage in compact FPV installations. The adjustable lens arrangement allows the camera viewing direction to be positioned according to the mounting orientation of the drone or robotic platform.
- Image Sensor: 1/4-inch CMOS.
- Video Resolution: 600TVL.
- Lens Focal Length: 1.8mm.
- Field of View: 170°.
- Lens Tilt Adjustment: Up to 170°.
- Sensitive Area: 3.5964 × 2.7084mm.
Analogue Video Output & Audio Capability
The camera supports PAL and NTSC analogue video formats for connection to compatible FPV video transmitters, receivers and monitoring displays. The selected format should match the video standard supported by the connected equipment. Its composite video output is specified at 1.0Vp-p with 75Ω impedance.
An integrated microphone provides audio capture capability alongside the camera’s video output. The exact audio-output routing and cable pin assignment should be verified against the supplied connection cable and the receiving equipment before installation.
- Video Standards: PAL / NTSC.
- Video Output Level: 1.0Vp-p.
- Video Output Impedance: 75Ω.
- Audio Capability: Built-in microphone.
- Horizontal Scanning Frequency: 15.625kHz (PAL) / 15.7343kHz (NTSC).
- Vertical Scanning Frequency: 50Hz (PAL) / 60Hz (NTSC).
Electronic Imaging & Exposure Characteristics
The supplied camera specifications include illumination sensitivity and electronic shutter information for evaluating image capture under different lighting conditions. The electronic shutter specification provides separate timing ranges for PAL and NTSC operation. These characteristics are relevant when integrating the camera into an analogue FPV video system.
- Minimum Illumination: 0.1 Lux at F1.2 in the specification table.
- Additional Illumination Figure: 0.5 Lux in the feature data.
- PAL Electronic Shutter: 1/50 to 1/80,000 second.
- NTSC Electronic Shutter: 1/60 to 1/80,000 second.
- S/N Ratio: 48dB.
Power Configuration
The camera is intended for low-voltage DC operation in compact FPV installations. The supplied product information contains different power ratings: a 3.7–5V range and 100mA in the general description, and DC 5V ±10% with 70mA ±10% in the feature specifications. These values should be reconciled before selecting a power source or calculating the camera’s electrical load.
Use a regulated supply compatible with the confirmed camera voltage rating. Verify the power polarity and cable connections before energising the camera, particularly when sharing an onboard supply with a flight controller, video transmitter or other electronics.
Mechanical Design & Installation
The mini FPV camera measures 12.5 × 12.5 × 17mm and has a stated weight of approximately 4g. Its small footprint is intended for installation in compact quadcopter frames and other space-constrained aerial or robotic assemblies. The adjustable lens mounting arrangement supports camera orientation changes to suit the required viewing direction.
The package includes one camera with a built-in microphone and one connecting cable. The exact cable connector, pinout, cable length and mounting-hole arrangement are not specified. Confirm these details against the physical camera and the intended installation before making electrical or mechanical connections.
Applications
- Mini 200 Quadcopter Platforms: Supports compact FPV camera installations on compatible 200-class drone frames.
- 250-Class FPV Drones: Provides a lightweight analogue camera option for compatible 250-class multirotors.
- 300-Class Quadcopter Platforms: Supports onboard video capture on compatible 300-class drone configurations.
- FPV Racing Drones: Provides an analogue video source for compatible first-person-view flight systems.
- RC Multirotors: Supports camera integration on remote-controlled multirotor aircraft.
- UAV Video Systems: Provides analogue video output for compatible aerial video transmission equipment.
- Aerial Observation: Supports onboard viewing of the surroundings during compatible drone operation.
- Remote-Controlled Aircraft: Provides a compact camera option for compatible fixed-wing and multirotor platforms.
- Mobile Robotics: Supports video and audio camera integration in compact robotic systems.
- Remote Inspection Platforms: Provides onboard imaging capability for compatible remotely operated inspection equipment.
- Embedded Video Systems: Serves as a compact analogue camera module for compatible embedded imaging applications.
- FPV Video Development: Supports PAL/NTSC analogue video integration and testing in custom FPV systems.
Package Includes
- 1 × 600TVL Wide-Angle FPV Camera with Microphone: Mini camera assembly with 1/4-inch CMOS sensor and 1.8mm lens.
- 1 × Connecting Cable: Cable supplied for camera connection.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Mini FPV AV Camera with Audio |
| Image Sensor | 1/4-inch CMOS |
| Resolution | 600TVL |
| Horizontal Resolution | 600TVL |
| Lens Focal Length | 1.8mm |
| Lens Diameter | M10 |
| Field of View | 170° |
| Lens Tilt Adjustment | Up to 170° |
| Video Format | PAL / NTSC |
| Video Output Level | 1.0Vp-p |
| Video Output Impedance | 75Ω |
| Audio | Built-in microphone |
| Minimum Illumination | 0.1 Lux at F1.2 (feature data also states 0.5 Lux) |
| S/N Ratio | 48dB |
| Horizontal Scanning Frequency | 15.625kHz (PAL) / 15.7343kHz (NTSC) |
| Vertical Scanning Frequency | 50Hz (PAL) / 60Hz (NTSC) |
| Electronic Shutter (PAL) | 1/50 to 1/80,000 second |
| Electronic Shutter (NTSC) | 1/60 to 1/80,000 second |
| Operating Temperature | -10°C to 50°C (feature data also states up to 60°C) |
| Length | 12.5mm |
| Width | 12.5mm |
| Height | 17mm |
| Product Weight | 4g |
Connection & Operating Recommendations
- Verify the Power Rating: Confirm whether the camera requires a regulated 5V supply or supports the broader 3.7–5V range before connecting it to the drone power system.
- Check Current Consumption: Verify the actual operating current before selecting a voltage regulator or calculating the total onboard electrical load.
- Confirm Cable Pinout: Identify the power, ground, video and audio connections before connecting the supplied cable to a transmitter or recording system.
- Match the Video Standard: Select PAL or NTSC to match the connected video transmitter, receiver and display equipment.
- Verify Audio Compatibility: Confirm the microphone signal connection and the receiving equipment’s audio input requirements.
- Set Camera Orientation: Adjust the camera tilt to the required viewing direction and secure the assembly before flight.
- Secure the Camera Cable: Route the cable away from propellers, moving components, sharp frame edges and high-current wiring.
- Check Mounting Clearance: Ensure that the camera and lens do not obstruct other onboard components or interfere with the drone frame.
- Inspect Mechanical Stability: Check the camera mounting arrangement for unwanted movement before operating the drone.
- Observe Temperature Limits: Keep the camera within the confirmed operating temperature range for the installed version.
