RunCam WiFiLink2 FPV HD Kit (OpenIPC) - Low Latency Video Transmitter for Drones

Introduction

The RunCam WiFiLink2 HD Kit, powered by OpenIPC, is a high-definition video transmission system designed specifically for FPV drones. It offers seamless wireless streaming with minimal delay, advanced configuration options, and open-source flexibility, making it the perfect choice for advanced drone enthusiasts and developers aiming for superior aerial video performance.

Key Advantages

• Ultra-Low Latency: Experience near real-time video feedback with typical latencies around 40ms at 1080p, crucial for precise FPV control.
• Durable CNC Aluminum Casing: Features a precision-machined aluminum body for excellent heat dissipation and robust protection, ensuring stable operation during demanding flights.
• Flight Controller Protocol Support: Seamlessly integrates with popular flight controllers like Betaflight and INAV through MSPOSD and MAVLink interfaces for enhanced functionality.
• Advanced Video Recording: Capture stunning footage at up to 1080p at 90fps or 720p at 120fps for incredibly smooth, high-quality aerial video.
• Compact and Lightweight Design: Weighing only ~25g (without fan) or 30g (with fan), it minimizes payload impact on drone agility and flight time.
• Wide Field of View: Equipped with a Sony IMX415 sensor providing a 160° FOV for expansive visual coverage of your surroundings.
• Flexible Power Input: Operates on DC 9-22V (compatible with 3S-6S LiPo batteries, preferably via BEC), offering versatile integration into various drone setups.
• Stable 5.8GHz FPV Transmission: Utilizes a powerful VTX with a 2 dB gain antenna connected via IPEX for a stable, long-range signal.

Technical Specifications

• Image Sensor: Sony IMX415
• Field of View (FOV): 160°
• Video Resolution/Framerate: 1080p@60FPS / 1080p@90FPS / 720p@120FPS
• Power Supply Voltage: 9-22 V (Max 15W)
• Lens Module: 19×19 mm M12, with 130 mm MIPI cable
• PCB Dimensions: 30.6×33 mm
• Mounting Hole Spacing: 25.5×25.5 mm
• Weight: 25 g (without fan) / 30 g (with fan)
• Antenna: 2 dB gain, IPEX connector (5.8 GHz)
• RF Output Power: <29 dBm (FCC) / <20 dBm (CE)
• Latency (Typical): ~40 ms

Applications

This HD video kit is perfect for FPV racing drones, freestyle FPV setups, UAV aerial photography, drone cinematography, and any application requiring high-quality, low-latency video transmission from a drone. It's also suitable for developers and hobbyists working with open-source firmware like OpenIPC.

Compatibility

Supports MSPOSD and MAVLink interfaces for compatibility with Betaflight and INAV. Powered by 9-22V DC, suitable for 3S-6S LiPo batteries. Features a standard M12 lens mount and IPEX antenna connector.

FAQ

What is the RunCam WiFiLink2 HD Kit and who is it for?

The RunCam WiFiLink2 HD Kit is an advanced FPV drone video transmission system based on OpenIPC firmware. It's designed for serious FPV pilots, racers, and developers who need high-quality, low-latency video feedback for precise control and recording.

What is the typical latency of the RunCam WiFiLink2?

The RunCam WiFiLink2 offers ultra-low latency, typically around 40ms when operating at 1080p resolution. This makes it ideal for responsive FPV flying where split-second reactions are crucial.

What flight controller software is compatible with the RunCam WiFiLink2?

This HD kit is compatible with popular flight controller firmwares like Betaflight and INAV. It supports MSPOSD and MAVLink protocols, ensuring smooth integration into your existing FPV setup.

What are the video recording capabilities of the RunCam WiFiLink2?

The RunCam WiFiLink2 can record video at high resolutions and frame rates, including 1080p at up to 90fps or 720p at up to 120fps, providing exceptionally smooth and detailed aerial footage.

Where can I buy the RunCam WiFiLink2 FPV HD Kit with fast delivery?

You can buy the RunCam WiFiLink2 FPV HD Kit at HTDRONE. We offer fast shipping within Poland and reliable delivery to Ukraine via Nova Poshta, as well as worldwide shipping via DHL for international customers.