Overview
Yahboom Triple-mode Wireless Handle is a controller for robotics development and multi-platform control. It supports three connection modes (wired, Bluetooth, and 2.4G wireless), and is designed for use with platforms such as Jetson, Raspberry Pi, D-Robotics RDK, and ROS-based robotics, as well as PC, Switch, and mobile devices. It features Hall effect joysticks and Hall effect triggers for smooth control without drift, plus built-in asymmetrical vibration motors for haptic feedback.
Key Features
- Triple-mode connectivity: Wired, Bluetooth (BT), and 2.4G wireless (with receiver).
- Hall effect joysticks: Drift-free operation; Hall effect electromagnetic induction; ultra-durable POM shaft.
- Hall effect triggers: Smoother and more precise than carbon film triggers.
- Controls: 15 buttons; 6 analog channels; supports 6-channel analog output values.
- Haptic feedback: Built-in asymmetrical vibration motors (vibration feedback).
- Ergonomics: Ergonomic curved surface; full & snug grip; smooth/soft texture.
- Button feel: ABXY 3-stage mechanical design; crisp press; multi-curved shoulder buttons & triggers for easier pressing at different angles.
- Durability note: 5 million joystick lifespan (stated).
- USB connection: Stable connection and low remote control latency (stated).
- Open-source resources: Provides open-source resources; includes ROS controller code adaptation tutorials (stated).
Specifications
| Remote control modes | Bluetooth, Wired, 2.4G Wireless |
| Remote control range | 300–800 m |
| Wireless communication range (stated) | Up to 16 m |
| Buttons / channels | 15 buttons; 6 analog channels |
| Joystick output mode | Supports analog output values; supports 6-channel analog output |
| Haptic feedback | With vibration feedback (built-in asymmetrical vibration motors) |
| Mobile video transmission mount | Not supported |
| ROS support (table) | Not supported |
| ROS content (stated elsewhere) | Supports ROS1/ROS2; provides ROS controller code adaptation tutorials; provides open-source resources |
| Battery | 4 AA batteries or lithium batteries |
| Receiver dimensions | SBUS receiver: 28*15*3 mm; PWM receiver: 37.8*23.7*13.5 mm |
| Handle dimensions | 175*150*68 mm |
| Joystick durability (stated) | 5 million joystick lifespan |
Note: One product material lists ROS Support: Not supported, while other materials state Supports ROS1/ROS2 and provide ROS-related function packages/tutorials. Range specifications may vary by connection mode and environment.
What's Included
- Triple-mode Wireless Handle
- 2.4G USB receiver (dongle) (stated as included)
- Type-C cable (charging only; a separate Type-C cable is required for data transfer)
Applications
- Remote control of mobile robots: wheel-legged robots, tracked robots, quadruped robots, hexapod robots
- Robotics platforms and development: ROS robots, Jetson, Raspberry Pi, D-Robotics RDK
- General multi-device control: PC, Switch, mobile phone
- Robotic vehicle structures (stated): two-wheeled differential, four-wheeled differential, mecanum wheel, Ackermann steering, mobile transport, two-wheeled balancing
Manuals
- Tutorials / documentation: https://www.yahboom.net/study/Handle
For pre-sales compatibility questions or setup support, contact https://rcdrone.top/ or email support@rcdrone.top.
Details

A triple‑mode handle controller makes it easy to prototype and drive robot cars and other mobile platforms.

Wired USB mode focuses on stable control with low latency for bench testing and short-distance robotics control.

Use 2.4G wireless when you want cable‑free control and a dedicated receiver for robotics projects.

Three connection options—wired, Bluetooth, and 2.4G—let you match the controller to your robot or host device.


Open-source resources and ROS1/ROS2 support help speed up controller integration for Jetson, Raspberry Pi, and similar platforms.

Hall effect joysticks and triggers are designed for smooth, drift‑resistant control and a consistent feel over time.

Switch between wired, Bluetooth, and 2.4G to control different robot builds without changing your workflow.

Works well for a variety of robot chassis types, from two‑wheel and mecanum cars to walking robots.

ROS controller code adaptation tutorials are provided to help map buttons and analog channels into your project.

A USB receiver is included for reliable 2.4G connectivity when low input delay matters.

Asymmetrical vibration motors add haptic feedback for a more responsive control experience.

Ergonomic curves, multi‑angle shoulder buttons, and a crisp keystroke are aimed at long sessions of robot driving and testing.




Beyond robotics development, the same controller can be used with PC, Switch, and mobile devices depending on connection mode.


Downloadable examples cover ROS1/ROS2 drivers and robot control demos to accelerate setup and testing.

The Yahboom triple-mode wireless handle controller supports wired, Bluetooth, and 2.4G connections, with Type-C charging and a 600mAh lithium battery listed in the specs.

The triple-mode wireless handle includes a USB wireless receiver and a short USB-C charging cable for setup and charging.

The handle controller features a familiar gamepad layout with dual joysticks, a D-pad, ABXY buttons, and a compact USB receiver for wireless connection.
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