BWSENSING at World Robot Conference 2026 | Empowering Embodied Intelligence with Inertial Sensing Release date:2026-08-22   Browsing volume:14

As a global benchmark event for the robotics industry, the 2026 World Robot Conference focused on technological innovation in embodied intelligence, mobile robots and unmanned systems. BWSENSING showcased our full lineup of self-developed inertial sensing and integrated navigation hardware, exploring new paths for high-precision positioning and attitude determination together with industrial partners, research institutes and clients across the value chain.

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Our Product Portfolio for Robotics & Unmanned Platforms

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Humanoid Full-Domain Navigation Unit Series
Integrated fusion of inertial navigation, GNSS, vision and LiDAR. Built on high-performance MEMS inertial sensing, deeply embedded with BeiDou RTK satellite navigation. Supports edge AI deployment and time-space alignment algorithms.
High-Precision Navigation & Positioning Board Series
Dual-antenna orientation based on carrier phase differential technology. Embedded IMU for high-accuracy 3-axis attitude output. Supports RTK differential positioning and PPP precise point positioning. Fully self-developed GNSS and IMU core algorithms.
9-Axis AHRS Series
Proprietary intelligent fusion algorithm for 9-axis AHRS, integrating 3-axis accelerometer, gyroscope and magnetometer. AEC-Q100 qualified manufacturing. Compact size with strong cost performance.
IMU Inertial Measurement Unit Series
Accelerometer range: ±20g (default), optional ±5g / ±50g. Orthogonal compensation. RS422 interface output. Wide operating temperature: -40°C ~ +85°C.
Integrated Navigation Series
High-precision GNSS/INS integrated navigation. Raw data output and post-processing available. Full-constellation full-frequency RTK support. Customization service on demand.
MEMS Inertial Navigation Series
Static accuracy: 0.1°(RMS). Triple redundant IMU fusion and sensor fault detection. High-performance EKF algorithm.
Fiber Optic Inertial Integrated Navigation Series

High-precision navigation calculation, advanced digital filtering algorithm. Automatic heading & attitude alignment. Small form factor and lightweight design.


Application Cases

Wukong Humanoid Robot
Stable navigation control, multi-node attitude calibration, wide adaptability for humanoid scenarios.

Adopts DMC630 inertial units distributed on torso, head and waist. Captures real-time multi-dimensional motion attitude data. Standard interface for robot main control, paired with sensor fusion, balance and SLAM algorithms to realize dynamic balance control and autonomous mapping navigation.

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Dexterous Humanoid Hand
High-precision fingertip perception, ultra-compact packaging, accurate motion capture.
Miniature IMUs embedded inside each finger joint. Independently collects angular velocity, acceleration and attitude data for every single finger. Multi-node synchronous sampling restores fine hand motion trajectories. Compact package fits confined space without joint motion interference.

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JAKA Robot

Smooth motion control, precise joint attitude measurement, dual-scenario adaptability.

DMC630 collects attitude data for cross-bone joints of robotic arms. IMU50 deployed on AGV to output heading and acceleration information. Sensor data feeds into controller for closed-loop motion control.

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HIK Robot AMR
Accurate attitude measurement, adaptive working conditions, standardized whole-machine integration.

BWM426 delivers high-precision attitude sensing data. Dynamically corrects running status to adapt to changing working conditions. Supports precise docking and control between AMR and production line equipment.

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Partners

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BWSENSING will continue to deepen our research in inertial sensing and multi-source fusion navigation technology, optimize product performance and expand scenario adaptability. With domestically developed core sensing components, we will work hand-in-hand with ecosystem partners to drive high-quality development of robotics and unmanned equipment industries.
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