






Radiomaster AG01-Nano CNC Hall Gimbal – Set for Pocket radio
79.90 €
RadioMaster AG01-Nano CNC Hall Gimbal is a premium gimbal set designed specifically for the RadioMaster Pocket controller, offering a significantly more precise and smoother control experience.
Featuring a CNC-machined aluminum body, contactless Hall sensors, and quad precision bearings, it ensures exceptionally smooth movement, accurate centering, and high durability even under intensive use.
Adjustable stick tension and travel angle allow the controls to be tuned exactly to the pilot’s preferences, making the AG01-Nano the perfect upgrade for both FPV and RC aviation enthusiasts.
RadioMaster AG01 NANO – Professional CNC Hall Sensor Gimbals for Maximum Precision
The RadioMaster AG01 NANO is a premium CNC-machined Hall sensor gimbal set designed for pilots who want to take the control performance of their compact RadioMaster transmitter to the next level. Featuring a fully aluminium construction, contactless Hall-effect sensors, and extensive adjustment options, the AG01 NANO delivers exceptional precision, smooth operation, and long-term reliability. Thanks to its premium build quality and professional feel, the RadioMaster AG01 NANO is an outstanding upgrade for FPV freestyle, racing, cinematic flying, as well as fixed-wing aircraft and helicopters.
Unlike standard plastic gimbals, the AG01 NANO is precision CNC-machined from high-grade aluminium, providing superior rigidity, reduced wear, and a significantly more premium operating experience. The result is a set of gimbals that respond accurately to every stick movement while maintaining their performance even after thousands of hours of flying.
CNC-Machined Aluminium for Maximum Durability
The RadioMaster AG01 NANO features a high-quality CNC-machined aluminium housing that combines lightweight construction with exceptional strength. Its anodised finish protects the surface against scratches, wear, and corrosion while giving your transmitter a refined, professional appearance.
The rigid metal construction minimises unwanted flex, ensuring precise stick movement even during intensive use. This is a significant advantage for pilots who demand the highest level of control accuracy in every flying situation.
Hall-Effect Sensors for Ultra-Precise, Wear-Free Control
The RadioMaster AG01 NANO uses advanced contactless Hall-effect sensors that detect stick position through magnetic fields rather than physical contact. Unlike traditional potentiometer-based gimbals, there are no wearing components, resulting in virtually zero mechanical wear and consistently accurate signal output throughout the lifetime of the gimbals.
The Hall sensors provide extremely low signal noise, excellent centring accuracy, and highly linear stick response, allowing pilots to perform precise, smooth control inputs during slow cinematic flights as well as aggressive freestyle and high-speed racing manoeuvres.
Fully Adjustable Control Feel
One of the greatest advantages of the RadioMaster AG01 NANO is its extensive adjustment capability. Pilots can fine-tune spring tension, stick friction, and overall control feel to perfectly match their preferred flying style. Whether you prefer soft, smooth stick movement or a firmer, more responsive feel, the AG01 NANO can be customised to suit your needs.
These precise mechanical adjustments make it possible to achieve a truly professional control experience without compromise, giving pilots complete confidence in every flight.
Ball Bearings for Exceptionally Smooth Movement
The RadioMaster AG01 NANO incorporates high-quality ball bearings that minimise friction and ensure smooth, consistent stick movement across the entire range of travel. As a result, the sticks move effortlessly without binding or uneven resistance while maintaining precise centring even after extended use.
This premium bearing system significantly improves control accuracy and provides superior stick feel, particularly during delicate manoeuvres that require extremely small and precise inputs.
Designed for RadioMaster NANO Transmitters
The RadioMaster AG01 NANO has been specifically developed for compact RadioMaster NANO transmitters, providing straightforward installation and full compatibility with supported models. Thanks to its original mounting design, upgrading your transmitter is quick and requires no complicated modifications.
These professional-grade gimbals dramatically enhance the overall user experience, allowing you to unlock the full potential of your RadioMaster transmitter.
Professional Control in Every Flight
Whether you’re competing in high-speed FPV races, flying technical freestyle routines, capturing smooth cinematic footage, or piloting fixed-wing aircraft, the RadioMaster AG01 NANO delivers precision you can rely on. The combination of highly accurate Hall-effect sensors, CNC-machined aluminium construction, and smooth ball-bearing operation gives pilots maximum confidence and control in every situation.
Its professional feel helps reduce control errors while increasing precision and confidence, even during the most demanding flights.
Why Choose the RadioMaster AG01 NANO?
The RadioMaster AG01 NANO combines a precision CNC-machined aluminium construction, ultra-accurate Hall-effect sensors, premium ball bearings, and extensive adjustment options to deliver an uncompromising control experience. Contactless sensor technology ensures outstanding durability and consistently stable performance, while the metal construction enhances both reliability and tactile feel. If you want to get the very best from your RadioMaster transmitter and achieve professional-level precision and smoothness, the RadioMaster AG01 NANO is one of the finest upgrades available for both hobbyists and experienced FPV pilots.
| Mõõdud | 42*37*43 mm |
|---|---|
| Kaal | 32g(±0.3g) |
| Sensori tüüp | Kontaktivaba Halli efekt |
| Tööpinge | DC 3.3V |
| Lineaarsus | Reaalajas (latentsuseta) |
| Reguleeritav vertikaalne liikumisulatus | 38°- 54° |
| Isetsentreeruv reguleerimine | Jah |
| Režiimi reguleerimine | Jah |
| Reguleeritav pinge | Jah |
| Laager | Neljakordsed täppislaagrid |
| Temperatuuritaluvus | -20°C – 85°C |















