BETAFPV Nano Gimbal Hall Throttle/Yaw Stick for LiteRadio 3 & 2 SE FPV Transmitters

Introduction

Experience superior control with the BETAFPV Nano Gimbal Hall Throttle/Yaw Stick, an original joystick specifically engineered for the LiteRadio 3 and LiteRadio 2 SE FPV transmitters. This advanced gimbal utilizes Hall effect technology, offering pilots unparalleled precision, smooth operation, and long-lasting durability. It's designed to replace standard gimbals, providing a significant upgrade for any serious FPV enthusiast looking to enhance their flying experience.

Key advantages

• Hall Effect Sensor: Contactless detection ensures extreme precision, accurate centering, and superior longevity compared to traditional potentiometers.
• Precision Bearings: Features four high-quality ball bearings for ultra-smooth stick movement and consistent performance.
• Adjustable Spring Tension: Customize the gimbal's resistance to match your personal flying style and preference.
• Ergonomic Stick Ends: Designed for a comfortable grip and improved tactile feedback, especially for throttle and yaw control.
• Enhanced Durability: The Hall effect technology eliminates physical contact, drastically reducing wear and tear for a longer lifespan.
• Dedicated Throttle/Yaw: Specifically configured for throttle/yaw functions, ensuring optimal control for acceleration and directional changes.
• Smooth Operation: Provides a fluid and responsive feel, crucial for precise maneuvers in FPV flight.
• Original BETAFPV Part: Ensures perfect compatibility and quality assurance for your LiteRadio transmitter.

Technical specifications

• Position: LiteRadio Transmitter Nano Gimbal (Throttle/Yaw Stick)
• Sensor Type: Hall Effect
• Color: Black
• Dimensions: 35x42mm
• Required Firmware: LiteRadio_PLUS_V1.0.2
• Recommended Transmitters: LiteRadio 3, LiteRadio 2 SE
• Package Includes: 1 x LiteRadio Transmitter Nano Gimbal (Throttle/Yaw Stick)

Applications

This Nano Gimbal is ideal for FPV drone pilots using LiteRadio 3 and LiteRadio 2 SE transmitters. It enhances control for various FPV applications, including drone racing, freestyle flying, cinematic FPV, and general UAV operation where precise throttle and yaw control are critical for performance and safety.

Compatibility

The BETAFPV Nano Gimbal is specifically designed for compatibility with the BETAFPV LiteRadio 3 and LiteRadio 2 SE transmitters. Ensure your transmitter is running the LiteRadio_PLUS_V1.0.2 firmware or a compatible version for optimal performance.

FAQ

What is the BETAFPV Nano Gimbal Hall Throttle/Yaw Stick?

The BETAFPV Nano Gimbal Hall Throttle/Yaw Stick is an original replacement joystick for the LiteRadio 3 and LiteRadio 2 SE FPV transmitters. It utilizes Hall effect technology for precise, contactless control of throttle and yaw functions, offering enhanced durability and a superior feel.

What are the main benefits of using a Hall effect sensor in a gimbal?

Hall effect sensors provide contactless detection, which means there's no physical wear and tear from friction. This translates to extremely precise control inputs, accurate centering, and a significantly longer lifespan compared to traditional potentiometers, making it ideal for demanding FPV applications.

Which BETAFPV transmitters are compatible with this Nano Gimbal?

This Nano Gimbal is specifically designed for the BETAFPV LiteRadio 3 and LiteRadio 2 SE transmitters. For optimal performance, it is recommended to use firmware version LiteRadio_PLUS_V1.0.2 or a later compatible version.

Where can I buy the BETAFPV Nano Gimbal Hall Throttle/Yaw Stick?

You can buy the BETAFPV Nano Gimbal Hall Throttle/Yaw Stick at HTDRONE, your specialized FPV and UAV drone parts store. We offer fast delivery within Poland and reliable shipping to Ukraine via Nova Poshta, as well as worldwide delivery via DHL.

What makes this gimbal ideal for FPV pilots?

FPV pilots will appreciate the enhanced precision, smooth operation, and durable Hall effect sensor, which ensures consistent performance during critical flight maneuvers. The adjustable spring tension and ergonomic design further allow for personalized control, improving overall flying experience and confidence.