RadioMaster AG02 CNC Hall Gimbal Single Centering Green - Precision FPV Control

Introduction

The RadioMaster AG02 CNC Hall Gimbal in Green is a premium upgrade designed for FPV and RC enthusiasts seeking unparalleled control and responsiveness. This single-centering gimbal replaces your stock components, offering a significant enhancement in flight control precision. Engineered for durability and performance, it utilizes advanced Hall effect sensors and a robust aluminum construction to deliver a superior flying experience. Ideal for competitive racers, professional pilots, and hobbyists demanding the best from their equipment.

Key Advantages

• Precision CNC Aluminum Construction: Optimised for reduced rotational inertia (over 20% less) while maintaining rigidity for smoother, faster stick response.
• Next-Gen Hall Effect Sensors: Ensures ultra-fast response, exceptional accuracy, and stable performance with low noise operation.
• Adjustable Travel Range: Customize both pitch and roll movement (X-axis: 30°-56°, Y-axis: 38°-54°) to match your personal flying style.
• Four High-Precision Ball Bearings: Delivers an unmatched, smooth, and consistent stick feel.
• Durable Anodized Finish: Available in striking green, providing a professional look and enhanced longevity.
• Easy Installation & Upgrade: Fully compatible with AG01 gimbal mounts for a straightforward upgrade path.
• Adjustable Spring Tension: Tune the spring resistance without disassembling your radio.
• Throttle Mode Switching: Supports mode 1/2 throttle switching without needing to take your radio apart.

Technical Specifications

• Product: AG02 CNC Hall Gimbal Set
• Sensor Type: Analog Hall Effect
• Operating Voltage: 3.3V DC
• X-Axis Travel Adjustment Range: 30°-56°
• Y-Axis Travel Adjustment Range: 38°-54°
• Throttle Mode (1/2) Switching: Supported without disassembly
• Spring Tension Adjustment: Supported without disassembly
• Ball Bearings: Four
• Operating Temperature Range: -20°C to 85°C
• Dimensions (without stick ends): 53 x 53 x 33.3 mm
• Weight: 73g ± 1g (per unit)
• Gimbal Stick Mount: M4
• Color: Green
• Package Contents: 1x AG02 CNC Hall Gimbal (Centering), 2x High Tension Springs, 1x GH1.25-SH1.25 Adapter Board (Boxer/TX16sMKII), 4x PB2.3x10 Mounting Screws, 1x Allen Wrench, 1x User Manual

Applications

These gimbals are ideal for FPV racing drones, freestyle quads, UAV platforms, aerial photography, and any RC application requiring precise and reliable transmitter control. Enhance your performance in competitive events or enjoy smoother cinematic flights.

Compatibility

Designed specifically for RadioMaster TX16, TX15, and Boxer Radio Controllers. The mounting is compatible with AG01 gimbal mounts.

FAQ

What makes the RadioMaster AG02 CNC Hall Gimbals a good upgrade for my FPV transmitter?

The AG02 gimbals feature a precision CNC aluminum construction with reduced rotational inertia for smoother stick movements. They use next-generation Hall effect sensors, offering superior accuracy, faster response, and lower noise compared to traditional potentiometers.

Which RadioMaster controllers are compatible with the AG02 CNC Hall Gimbals?

These AG02 CNC Hall Gimbals are designed for direct compatibility with RadioMaster TX16, TX15, and Boxer radio controllers. They also feature mounting compatibility with AG01 gimbal mounts for easier upgrades.

Can I adjust the stick feel and travel range with the AG02 gimbals?

Yes, the AG02 gimbals allow for adjustable travel range on both the X and Y axes (pitch and roll) to suit your preferences. You can also adjust the spring tension without needing to disassemble your radio.

Where can I buy the RadioMaster AG02 CNC Hall Gimbal in Green?

You can buy the RadioMaster AG02 CNC Hall Gimbal in Green directly from HTDRONE. We offer fast shipping within Poland and reliable delivery to Ukraine via Nova Poshta, as well as worldwide shipping via DHL.

What is the main benefit of the Hall effect sensors in these gimbals?

Hall effect sensors provide a contactless sensing method, which means no physical wear and tear, leading to longer lifespan and consistent performance. They also offer faster response times and higher accuracy crucial for precise FPV control.