Shorty360 Gimbal Stick Ends Thomas Bitmatta Edition - CNC Aluminum, M4, Short Shaft for RadioMaster

Overview

Shorty360 Gimbal Stick Ends (Thomas Bitmatta Edition) are gimbal stick ends developed in collaboration with championship-winning FPV pilot Thomas Bitmatta, as a special edition by BMS Racing x RadioMaster. They are CNC-machined from aluminum alloy and use a short shaft design to deliver faster stick response and a more direct control feel.

The grip surface uses a 360° anti-slip geometry with a four-ring blunt tooth pattern to improve thumb traction while helping reduce pressure during longer flying sessions. The design is intended to be comfortable across thumbing, pinching, and hybrid grip styles.

Shorty360 Stick Ends are compatible with all RadioMaster standard-size gimbals and radio controllers, using a standard M4 thread for quick installation.

Launch Video

Key Features

• Special edition in collaboration with Thomas Bitmatta (BMS Racing x RadioMaster).
• 360° anti-slip geometry for consistent grip from any angle.
• Four-ring blunt tooth pattern for improved traction and thumb comfort.
• Short shaft design for faster stick response and high-speed inputs.
• CNC-machined aluminum alloy construction for durability and precision fit.
• Designed for thumbing, pinching, and hybrid grips.
• Lightweight design: 1.6 g.
• Standard M4 thread.
• Multiple colors available: Black / Silver / Gold / Purple / Green / Red / Blue.

Specifications

Associated Products

• TX16S MK3 Radio
• TX16S MK3 MAX Radio
• TX15 Radio
• TX15 MAX Radio
• TX16S MKII Radio
• TX16S MKII MAX Radio
• AG02 CNC Hall sensor gimbals

For product selection support (colors, compatibility, and installation questions), contact support@rcdrone.top or visit https://rcdrone.top/.

Package Includes

• 1 Pair of Shorty360 Gimbal Stick Ends

Details

Developed with FPV champion Thomas Bitmatta, the Shorty360 stick ends deliver a fast, direct feel with premium CNC aluminum machining.

The short shaft and four-ring blunt tooth grip help maintain confident thumb traction during high-speed inputs.

Comfortable control across thumbing, pinching, and hybrid grip styles for different flying preferences.