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Bowen W-bot 2.0

Bowen W-bot 2.0

Industry Classification
Complete machine development, design, system integration Humanoid robot
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Product Description

W-Bot redefines the morphological logic of wheeled humanoid robots through dual innovations in both structure and technology. Its ultra-compact 0.2 m² chassis enables agile movement through complex spaces. The lower body features a human-inspired three-jointed hip–knee–ankle structure, which, combined with whole-body hierarchical neural network-based motion balance control, significantly expands its operational range: whilst crouching, it can precisely manipulate objects on the ground; when standing upright, it can reach a working height of up to 2.2 metres. W-Bot is equipped with 7-DoF human-like arms, with a dual-arm payload of up to 20 kg. It can be integrated with the X-Hand or Y-Hand dexterous hands to achieve human-like dexterous manipulation, transforming edge-case scenarios into practical real-world applications. W-Bot has already been deployed in the FAWER–Yuequan Robotics Application Laboratory.

Product Specifications

1. Biomimetic Structural Design The entire body is designed with reference to the proportional relationships of human joints, achieving a breakthrough in humanoid ergonomics. 2. World’s Smallest Chassis With a chassis footprint of only 0.2 m², W-Bot offers excellent manoeuvrability and can operate effectively in confined spaces. 3. 7-DoF Human-Like Arms Equipped with either the X-Hand or Y-Hand for operation, with a dual-arm payload capacity of up to 20 kg. 4. Human-Inspired Three-Fold Hip–Knee–Ankle Design Combined with whole-body hierarchical neural-network-based motion balance control, W-Bot achieves an operating height range of 0–2.2 m.

Company Profile

Beijing Daqi Yuequan Bionic Technology Co., Ltd.

Beijing Daqi Yuequan Bionic Technology Co., Ltd., established in November 2022, was co-founded by Academician Ren Luquan—an Academician of the Chinese Academy of Sciences, Professor at Jilin University, and Honorary President of the International Society for Bionic Engineering—and Professor Ren Lei, a Tenured Professor at the University of Manchester and National Distinguished Expert and Changjiang Scholar of the Ministry of Education, Professor Ren Lei. Building upon Professor Ren Lei’s world-first “Theory and Technology of Bionic Tensile-Compressive Robots”, the company develops highly bionic humanoid robots characterised by low energy consumption, strong arm manipulation capabilities and excellent safety in human-robot physical contact. The company is committed to driving innovation and breakthroughs in the field of bionic technology, with a focus on major industrial sectors including bionic humanoid robots, embodied intelligent robots and bionic intelligence, providing novel bionic solutions for the embodied intelligent bionics industry.

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