Essential details
Shipping:Ocean freight
Product Introduction
Innovatively integrating multiple explosion-proof design methods, it has achieved comprehensive performance enhancements such as explosion-proof, lightweight, and reliability. It possesses adaptive learning, high-precision image acquisition, analysis, and perception capabilities, and has high adaptability to unknown and unstructured environments. It can move on complex surfaces such as stairs, steps, gaps, obstacles, and narrow spaces. Equipped with over 500 intelligent algorithms, it can be widely applied in various industries across the large-scale emergency field.
Explosion-proof Quadruped Robot - X3 Stable can be widely applied in high-risk industries such as petroleum, chemical engineering, natural gas, and steel to conduct unmanned reconnaissance and inspection operations. It can cover diverse and complex application scenarios including deserts, forests, mountains, and gobi deserts.
Basic functions:
1. Remote control for remote operation.
2. Gas detection.
3. Smart meter identification.
4. Self-safety protection.
5. Infrared thermal imaging thermometer for temperature measurement.
6. Unmanned autonomous inspection.
7. Leak detection.
2. Gas detection.
3. Smart meter identification.
4. Self-safety protection.
5. Infrared thermal imaging thermometer for temperature measurement.
6. Unmanned autonomous inspection.
7. Leak detection.
Overall dimensions (length × width × height) | ≤1200mm×600mm×800mm |
Explosion-proof grade | Ex IIB T4 Gb |
Degree of freedom | 14(Robot 12 + Pan-Tilt 2) |
climbing ability | ≤30 |
Obstacle-crossing ability | 200mm |
Water depth in wading conditions | 300mm |
Main navigation mode | SLAM laser navigation and SLAM laser positioning |
Tare weight | ≤100kg |
Protection level | IP66 |
Walking speed | 0 - 1.0 m/s, adjustable speed |
The ability to climb ladders | The maximum height of the steps is 20 cm, and the minimum width of the steps is 25 cm |
Cross the width of the ravine | 300mm |
Operating condition range of operation time | ≤3h |
Repeatability of positioning accuracy | ≤±5cm |