SPIDER Automation Foxeer HS1190 V2 600TVL FPV Camera | Sony Super HAD II CCD, D-WDR, Integrated OSD & 5–35V Input
Description
The SPIDER Automation Foxeer HS1190 V2 FPV Camera is an integrated analogue FPV camera designed for drone racing, RC quadcopters, multirotor aircraft and aerial video transmission systems. It features a 1/3-inch Sony Super HAD II CCD image sensor with 600TVL horizontal resolution, D-WDR image processing and a specified minimum illumination of 0.01 Lux at F1.2. Its imaging configuration supports real-time video capture in FPV installations requiring low-light sensitivity and wide dynamic range processing.
A key feature of the HS1190 V2 is its integrated FPV on-screen display (OSD), which overlays battery voltage, flight time and a customizable user name onto the analogue video feed. The three display parameters can be independently configured and repositioned. The camera also incorporates battery-voltage calibration, a 7-pin monitoring interface and an upgraded power-management design supporting a stated 5–35V DC input range.
The camera combines a 2.5mm IR-Block lens, D-WDR functionality and a built-in microphone in a compact assembly measuring 26 × 26 × 32mm. The package includes an OSD control board, metal mounting bracket, plastic ring set, 7-pin servo cable and spare camera case for camera installation and configuration.
Key Features
- 600TVL Horizontal Resolution: Provides 600TVL analogue video resolution for FPV transmission and compatible video monitoring equipment.
- Sony Super HAD II CCD Imaging: Uses a 1/3-inch Sony Super HAD II CCD sensor for analogue video capture.
- 0.01 Lux Low-Light Sensitivity: Features a specified minimum illumination of 0.01 Lux at F1.2.
- Digital Wide Dynamic Range: Incorporates D-WDR processing to support imaging in scenes with different brightness levels.
- Integrated OSD Telemetry: Displays battery voltage, flight time and a customizable user name over the FPV video feed.
- Independent OSD Controls: Allows the three OSD parameters to be adjusted independently, including their display positions.
- Voltage Calibration: Provides an OSD-based adjustment function for correcting the displayed battery-voltage reading.
- 7-Pin Monitoring Interface: Provides the camera’s dedicated multi-pin connection for battery monitoring and associated OSD functions.
- Wide DC Operating Input: Supports a stated 5–35V DC input range for compatible FPV power configurations.
- Integrated Microphone: Includes onboard audio functionality for compatible audio-enabled FPV transmission systems.
- 2.5mm IR-Block Lens: Uses an IR-blocking lens configuration for visible-light imaging.
- OSD Control Board: Includes a separate control board for configuring camera display parameters.
- Multiple Mounting Accessories: Includes a metal bracket, plastic ring set and spare camera case.
- Compact Camera Construction: Provides a 26 × 26 × 32mm camera assembly with an approximate weight of 13g.
CCD Sensor & Image Processing
The HS1190 V2 uses a 1/3-inch Sony Super HAD II CCD image sensor with 600TVL horizontal resolution. This sensor configuration is designed for analogue FPV video capture in aerial platforms and remote-controlled aircraft. Its specified minimum illumination is 0.01 Lux at F1.2.
The integrated Digital Wide Dynamic Range (D-WDR) function supports image processing in scenes containing different brightness levels. This is useful in aerial environments where the camera may encounter changing illumination, shaded areas and brighter backgrounds during flight.
Integrated OSD & Flight Telemetry Display
The integrated on-screen display overlays selected flight information onto the camera’s analogue video output. The HS1190 V2 supports three independently configurable OSD parameters:
- Battery Voltage: Displays the monitored battery-voltage reading within the FPV video feed.
- Flight Timer: Displays flight-time information for onboard flight monitoring.
- Customizable User Name: Allows a user-defined name to be displayed on the video screen.
The display positions of these parameters can be adjusted independently, allowing the user to organise the telemetry layout according to viewing preferences. The camera also incorporates a voltage calibration function, enabling adjustment of the displayed voltage when it differs from the measured battery voltage.
Power Management & Battery Monitoring
The HS1190 V2 features upgraded power-management circuitry designed for a stated 5–35V DC input range. This broad input capability supports integration with compatible low-voltage and multi-cell battery-powered FPV platforms, provided the actual supply remains within the camera’s permitted operating range.
Its 7-pin connection interface supports battery-voltage monitoring and OSD-related connectivity. The voltage calibration feature allows the displayed reading to be adjusted through the OSD configuration system. Correct wiring and interface compatibility must be verified before connecting the camera to the aircraft’s battery or monitoring circuit.
Optical Configuration & Audio Capability
The camera incorporates a 2.5mm IR-Block lens for visible-light FPV imaging. The lens configuration is intended for onboard video capture and real-time aerial viewing. The IR-block filter helps limit infrared light reaching the imaging sensor.
An integrated microphone provides onboard audio capability. Audio transmission depends on the connected video transmitter and receiver supporting the required audio connection and transmission functionality.
Mechanical Design & Installation Accessories
The camera assembly measures 26 × 26 × 32mm and has an approximate weight of 13g. Its compact housing is suitable for integration into FPV camera compartments and compatible aerial platform mounting arrangements.
The supplied metal bracket and plastic ring set support camera mounting, while the spare camera case provides an additional housing component. A dedicated OSD control board and 7-pin servo cable are also included for configuration and system connection.
Applications
- FPV Racing Drones: Provides analogue FPV video with integrated battery-voltage and flight-time display.
- RC Quadcopters: Supports onboard camera installation with configurable OSD telemetry.
- Multirotor UAV Platforms: Provides real-time aerial video and battery monitoring information through the FPV display.
- FPV Freestyle Drones: Combines wide dynamic range processing with integrated flight information for compatible freestyle platforms.
- Fixed-Wing RC Aircraft: Supports analogue video transmission and flight telemetry overlay in compatible aircraft.
- Long-Range FPV Systems: Provides onboard video and battery-voltage display when integrated with compatible long-range video transmission equipment.
- Aerial Robotics: Functions as an onboard imaging module for compatible remotely operated aerial platforms.
- RC Aircraft Video Systems: Supports camera-based visual feedback and audio functionality in compatible RC aircraft installations.
- FPV Video Transmission Assemblies: Provides an analogue camera source with integrated OSD for compatible VTX systems.
- UAV Battery Monitoring: Supports battery-voltage display through its monitoring interface and OSD configuration.
- Custom FPV Camera Builds: Integrates CCD imaging, OSD telemetry and audio capability into custom analogue FPV assemblies.
- Remote Piloting Systems: Provides onboard visual feedback and configurable flight information for remote operation.
- Drone Electronics Integration: Supports camera and OSD integration in compatible multi-cell battery-powered drone electronics.
- Remote Aerial Observation: Provides a live analogue video feed with configurable telemetry for compatible observation platforms.
Package Includes
- 1 × HS1190 V2 FPV Camera with Integrated OSD
- 1 × Metal Mounting Bracket
- 1 × OSD Control Board
- 1 × Plastic Ring Set
- 1 × 7-Pin Servo Cable
- 1 × Spare Camera Case
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Analogue FPV Camera with Integrated OSD |
| Model | HS1190 V2 |
| Image Sensor | Sony Super HAD II CCD |
| Image Sensor Size | 1/3 inch |
| Video Resolution | 600TVL |
| Horizontal Resolution | 600TVL |
| Minimum Illumination | 0.01 Lux at F1.2 |
| Lens Focal Length | 2.5mm |
| Lens Filter | IR-Block |
| Wide Dynamic Range | Digital WDR (D-WDR) |
| OSD | Integrated; battery voltage, flight timer and customizable user name |
| OSD Parameter Adjustment | Independent adjustment and screen-position control for three display parameters |
| Voltage Calibration | OSD-based voltage display calibration |
| Audio | Built-in microphone |
| Input Voltage | 5–35V DC |
| Monitoring Interface | 7-pin interface |
| Camera Length | 26mm |
| Camera Width | 26mm |
| Camera Height | 32mm |
| Net Weight | Approximately 13g |
| Package Contents | Camera, metal bracket, OSD control board, plastic ring set, 7-pin servo cable and spare camera case |
Installation & Operating Recommendations
- Verify Input Voltage: Confirm the camera’s actual permitted input range before connection. Do not rely on the conflicting voltage entries without checking the product label or technical documentation.
- Check Power Polarity: Identify the positive and ground connections from the correct wiring diagram before applying power.
- Verify the 7-Pin Pinout: Confirm the function of each pin before connecting the servo cable to a battery-monitoring circuit, power source or other FPV equipment.
- Configure Battery Monitoring: Connect the battery-monitoring interface according to the camera wiring documentation and verify the displayed voltage against a reliable meter.
- Calibrate the OSD Voltage: Use the voltage calibration function to adjust the displayed reading when necessary.
- Set OSD Parameters: Configure the user name, flight timer and voltage display using the supplied OSD control board.
- Adjust Display Positions: Position the OSD information so it remains visible without obstructing important parts of the FPV image.
- Check Video Compatibility: Verify that the connected analogue video transmitter and receiver support the camera’s video format.
- Verify Audio Compatibility: Confirm that the connected FPV video transmission equipment supports the camera’s audio connection before relying on microphone functionality.
- Secure Camera Mounting: Use the supplied metal bracket and compatible mounting accessories to secure the camera against movement and vibration.
- Protect the Optical Assembly: Keep the lens clean and protect it against scratches, dust and impact during installation and maintenance.
- Test Before Flight: Verify video output, OSD operation, battery-voltage display and power stability before deploying the camera on an operational aircraft.
