
Manufacturer part no. 6000301861
Listed by yahboom at €33.76. Delivered to France, including shipping, VAT and any customs duty, it comes to about €58.51. Prices last checked on 2026-09-15.
Delivered cost is an estimate for a single item shipped to mainland France; the seller's checkout is authoritative.
| Item | €33.76 |
|---|---|
| Shipping | €15.00 |
| VAT (20%) | €9.75 |
| Total delivered | €58.51 |
Estimate for a single item delivered to mainland France, shipped from outside the EU: customs duty and clearance fees may apply and are charged by the carrier.
| Weight | 2.4 g |
Product Tutorials: Triple-mode Wireless Handle Product Introduction Yahboom Triple-mode Wireless Handle is a high-performance controller designed for robotics development and multi-platform control. It supports three connection modes: wired, Bluetooth, and 2.4G wireless, and is compatible with ROS1/ROS2 systems, with full open-source resources and SDKs provided. Equipped with Hall effect joysticks and triggers, it eliminates drift for smooth and precise control. The ergonomic design, combined with asymmetrical vibration motors, delivers a comfortable grip and immersive feedback. Suitable for Jetson, Raspberry Pi, D-Robotics RDK, as well as PC, Switch, and mobile devices, it is the ideal choice for robotics development, education, research, and gaming. Features Triple-Mode Connectivity with Broad Compatibility Supports wired, Bluetooth, and 2.4G wireless connections, seamlessly working with ROS-based robots, Jetson, Raspberry Pi, D-Robotics RDK, PC, Switch, and mobile devices for versatile cross-platform control. Hall Effect Joystick & Trigger – Precision Without Drift Equipped with Hall sensor-based joysticks and triggers that eliminate physical wear and drift, delivering smooth, accurate, and long-lasting performance ideal for robotics and gaming. ROS Ready with Full Open-Source Support Fully compatible with ROS1 & ROS2, including SDKs, driver examples, and adaptation tutorials, enabling developers to quickly integrate and control various robotic platforms. Ergonomic Design with Immersive Feedback Features an ergonomic shape for comfortable grip during extended use, enhanced by asymmetrical vibration motors that provide responsive tactile feedback for an engaging control experience.

