LST-S2 40CH 25mw 5.8G integrated image transmission mini drone camera

The LST-S2 is a compact and high-performance camera module designed for use in mini drones. It integrates a 5.8GHz image transmission system with a 25mW transmitter, supporting up to 40 channels for versatile frequency options. This camera provides real-time video transmission, making it ideal for FPV (First Person View) flying and aerial photography. Its small size and lightweight design make it suitable for a wide range of mini drones and other remote-controlled vehicles.

Key Features:

• 5.8GHz frequency band for video transmission
• 25mW output power for reliable transmission over short to medium distances
• Supports 40 channels, providing flexibility in avoiding interference
• Compact and lightweight design for easy integration into mini drones
• Integrated camera with high-quality video output
• Ideal for FPV (First Person View) flying and aerial video capture

Technical Specifications:

• Frequency Band: 5.8GHz
• Output Power: 25mW
• Channel Support: 40 channels
• Camera Resolution: Typically 600TVL or higher (depends on specific model)
• Operating Voltage: 5V DC (can vary; check specific model)
• Current Consumption: Typically 200-300mA (depends on specific model)
• Size: Compact and miniaturized for easy mounting
• Weight: Lightweight to suit mini drone applications
• Operating Temperature Range: -10°C to +60°C

Applications:

• FPV (First Person View) drone flying
• Aerial photography and videography
• Remote-controlled vehicles
• Surveillance and monitoring systems
• Racing drones

Usage:

1. Mount the LST-S2 camera module securely on your mini drone using the provided mounting hardware or adhesive.
2. Connect the camera’s power supply to a 5V DC source.
3. Connect the video output of the camera to the FPV transmitter or display system.
4. Power on the system and select the desired channel on the transmitter to match the camera’s channel.
5. Test the video feed to ensure proper transmission and adjust settings as needed.

Caution:

• Ensure proper power supply to avoid damage to the camera module.
• Verify compatibility with your FPV system’s frequency and channel settings.
• Handle with care to avoid physical damage to the compact and delicate components.