Walksnail Ascent Lite Kit

The Walksnail Ascent Lite Kit combines minimal weight with maximum performance. At just 6g, this VTX significantly reduces your drone's payload, enhancing agility and flight duration while consuming 30% less power than comparable systems. The 1/2.8" sensor captures sharp 1080P/60FPS video with exceptional 35ms latency, ensuring responsive real-time control. A expansive 147° field of view and 16:9 framing enable confident operations extending to 3km with unwavering signal stability. Seamlessly integrating with F4/F7/H7 flight controllers running Betaflight or Ardupilot firmware, this system delivers professional-grade digital imaging at an exceptional price point—ideal for analog pilots transitioning to digital or budget-conscious builders seeking premium features without compromise.

Package Includes:

1x Camera

1x VTX Unit

1x Data Cable

1x Antenna

Best Value Digital Entry Choice

Offering HD image and low latency at an unbeatable price, it's the perfect upgrade for analog pilots, and a cost-effective entry for DIY Builder.

Crisp, High-Definition Visuals

Equipped with a 1/2.8'' image sensor, it captures every detail with stunning clarity. Experience silky-smooth 1080P/60FPS and ultra-high-frame-rate 720P/100FPS video for immersive FPV flying.

147° Ultra-Wide Field of View

Enjoy a 147° FOV with a 16:9 widescreen ratio, providing an expansive, immersive view that captures every angle of your surroundings.

Low Latency, Real-Time Control

With latency as low as 35ms, you get near-instant image transmission. Perfect for high-speed maneuvers and precision racing control.

Wide Compatibility for Easy DIY Setup

Seamlessly connects via UART 4-pin interface to popular flight controllers (F4/F7/H7) and firmware such as Betaflight, INAV, and Ardupilot. Enjoy effortless installation and tuning for any DIY build.

Frequency hopping for Flexible Flights

Supports automatic frequency hopping, and switches between 25mW and 100mW output to suit your situation—whether flying indoors or outdoors—for the perfect balance of image quality, signal stability, and power efficiency.