China
Hexplorer by Dobot is a compact Chinese legged quadruped robot for inspection, education and hospitality, deployed and integrated across Southeast Asia by Nexon System.
Last updated: 22 Dec 2025
Hexplorer is a bionic legged robot from China's Dobot, a compact 0.48 m, 30 kg platform built to move confidently across rugged terrain while remaining approachable enough for classrooms and public spaces. Its open, developer-first design is as much a teaching tool as a field platform.
It senses its environment with a Livox Mid360 LiDAR, an Intel RealSense D435 RGB-D camera and an IMU, moves on proprietary electric servos, and runs an open software stack based on Ubuntu 22.04 and ROS 2 Humble with Python and C++ SDKs plus real-time motion and sensor APIs, giving about 150 minutes of runtime. This openness and full sensor suite make it an unusually accessible quadruped robot that students, researchers and integrators can extend with their own code.
Its uses range across inspections, education and research, home assistance, hospitality and entertainment, benefiting from its terrain agility, programmability and friendly form. In teaching it supports hands-on robotics curricula; in the field it can walk routes and carry light sensor payloads.
Nexon System deploys the Dobot Hexplorer across Southeast Asia. We handle commissioning, custom behaviour and inspection-route programming, sensor and payload integration, and both developer enablement and operator training, backed by regional support. For schools and universities we can align it to coursework and lab exercises. Talk to Nexon System to put Hexplorer to work in your facility or classroom.
| Manufacturer | Dobot |
| Country of Origin | China |
| Classification | Quadrupedal |
| Autonomy Level | LVL 1 |
| Height | 0.48 m |
| Weight | 30 kg |
| Battery Life | 150 mins |
| Sensors | Equipped with LiDAR (Livox Mid360), RGB-D cameras (Realsense D435), IMU. |
| Actuators | Equipped with proprietary electric servos. |
| Software / OS | Open Source · Uses Ubuntu 22.04, ROS2-based low-level (ROS 2 Humble Hawksbill) and high-level SDKs (Python/C++) with real-time motion and sensor APIs. · Onboard with x86_64 architecture (Intel Core i7/i5) CPU and GPU performance up to 40 TOPS for on-board processing. |
| Nexon Integration | Full support – Installation, Programming & Maintenance |