RadioMaster AG02 CNC Hall Gimbal Single Centering Red for FPV Drones

Introduction

The RadioMaster AG02 CNC Hall Gimbal is a premium upgrade component designed for FPV and RC enthusiasts seeking superior control precision. This single centering gimbal, finished in a striking red, utilizes advanced Hall effect sensors and a fully CNC-machined aluminum construction to provide an unparalleled flying experience. It's engineered to enhance responsiveness and durability, making it a top choice for pilots who demand the best from their radio controllers.

Key Advantages

• Precision CNC Aluminum Construction: Offers superior rigidity and a premium feel while optimizing design to reduce rotational inertia by over 20% for smoother control.
• Next-Gen Silent Hall Sensors: Provides ultra-fast response and exceptional accuracy without compromising stability, ensuring reliable performance.
• Adjustable Travel Range: Customize pitch and roll travel (X-axis: 30°-56°, Y-axis: 38°-54°) for a personalized stick feel that suits your flying style.
• Four Precision Ball Bearings: Delivers an incredibly smooth and consistent stick feel, enhancing tactile feedback.
• Lightweight Design: Reduced rotational inertia leads to quicker stick movements and improved overall drone maneuverability.
• Durable Anodized Finish: The vibrant red anodized aluminum not only looks professional but also ensures long-lasting wear resistance.
• Easy Upgrade Path: Fully compatible with AG01 gimbal mounting for a straightforward upgrade process.
• Tool-Free Adjustments: Supports effortless adjustment of throttle mode (Mode 1/2) and spring tension without needing to disassemble your controller.

Technical Specifications

• Product: AG02 CNC Hall Gimbals Set
• Sensor Type: Analog Hall
• Operating Voltage: DC 3.3V
• X-Axis Travel Adjustment Range: 30°-56°
• Y-Axis Travel Adjustment Range: 38°-54°
• Throttle Mode Switch (Mode 1/2) without disassembly: Supported
• Spring Tension Adjustment without disassembly: Supported
• Four Ball Bearings: Yes
• Operating Temperature Range: -20°C to 85°C
• Dimensions (without stick ends): 53 x 53 x 33.3 mm
• Weight: 73 g ± 1 g (per unit)
• Gimbal Sticks Thread: M4
• Color: Red

Applications

These gimbals are perfect for FPV drone racing, freestyle flying, cinematic drone operations, UAV piloting, and any RC application where precise and responsive control is critical. They enhance the user experience for both competitive pilots and hobbyists looking for a premium feel.

Compatibility

Designed specifically for RadioMaster TX16, TX15, and Boxer Radio Controllers. Includes adapter board GH1.25-SH1.25 for Boxer/TX16sMKII compatibility.

FAQ

What makes the RadioMaster AG02 CNC Hall Gimbal a good upgrade for FPV drones?

The AG02 features precision CNC aluminum construction and advanced Hall sensors, offering superior responsiveness, accuracy, and durability compared to standard gimbals. Its reduced rotational inertia and adjustable travel enhance control for FPV flying.

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

The AG02 CNC Hall Gimbal is designed for compatibility with RadioMaster TX16, TX15, and Boxer radio controllers. It includes necessary adapter boards for specific models like the Boxer/TX16sMKII.

Can I adjust the stick travel on the RadioMaster AG02 gimbal?

Yes, the AG02 gimbal allows for adjustable travel range on both the X-axis (30°-56°) and Y-axis (38°-54°). This feature enables pilots to customize the stick feel to their personal preference for optimal control.

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

You can buy the RadioMaster AG02 CNC Hall Gimbal in red directly from HTDRONE. We offer fast shipping within Poland and reliable delivery to Ukraine via Nova Poshta. Check our store for the best deals on FPV parts.

What is the main benefit of the Hall sensor technology in the AG02 gimbal?

Hall sensor technology provides non-contact sensing, which translates to ultra-fast response times, exceptional accuracy, and long-term stability without wear and tear. This ensures consistent and reliable performance for your drone controls.