In the fields of automated equipment, intelligent robots and specialized operations, a stable and reliable chassis with outstanding performance is the core foundation for the efficient operation of the equipment. The differential-wheel chassis launched this time, with its precise size design, powerful power configuration and excellent environmental adaptability, has become the ideal choice for various customization needs, comprehensively solving the operation problems of mobile platforms in complex scenarios.
Precise size design, balancing flexibility and load-bearing capacity
The wheeled chassis adopts a compact and practical size layout, with an overall specification of 550×598×310mm. It can not only smoothly navigate through narrow passages (such as workshop aisles, indoor corridors), but also reserve sufficient installation space for upper-level equipment. Its platform size of 400×360mm can stably support various modified components such as sensors, mechanical arms, storage modules, etc., and is suitable for multiple scenarios such as logistics handling, inspection monitoring, and service robots, without worrying about the problem of limited installation space.
At the same time, the chassis weighs 40KG, which ensures structural strength while effectively reducing energy consumption and operational burden. Combined with a maximum load capacity of 25KG, it forms a balanced advantage of "light chassis weight + high load capacity". Even when equipped with detection instruments and small operation tools, it can maintain a stable operating state and avoid safety hazards caused by load imbalance.
Strong power and excellent handling, effortlessly managing complex road conditions
The power system is equipped with a 24V DC brushless motor, which not only provides stable power output and low noise, but also boasts excellent endurance and durability, avoiding the frequent maintenance issues of traditional brushed motors. With this support, the chassis can reach a running speed of 3.6 km/h. It can not only meet the efficient needs of daily inspections and material transportation, but also adapt to precise operation scenarios through precise speed regulation.
In terms of adaptability to complex road conditions, this chassis performs exceptionally well: The 110mm ground clearance effectively avoids collisions between the bottom components and raised objects on the ground; with a maximum crossing distance of 250mm and a maximum obstacle clearance of 90mm, it can easily handle ground gaps, small steps, and other obstacles without the need for additional flat tracks; the maximum climbing angle of 30° breaks through terrain limitations, allowing stable passage on both workshop ramps and outdoor gentle slopes, significantly expanding the application scope.
High protection and flexible steering, suitable for various environments
Considering the environmental differences in various application scenarios, the chassis adopts an IP64 protection level, featuring strong dust-proof and water-resistant capabilities. Even when used in dusty workshops or humid outdoor environments, it can effectively protect the internal motors, circuits and other core components, reducing the impact of environmental factors on the equipment's lifespan and lowering maintenance costs.
In terms of steering, a flexible differential steering design is adopted, without the need for additional steering mechanisms. By adjusting the rotational speeds of the two wheels, it can achieve flexible turning and spinning on the spot. The minimum turning radius is nearly zero, allowing for easy direction adjustment even in narrow spaces (such as elevators, densely-packed equipment areas), significantly enhancing operational flexibility and avoiding reduced efficiency due to restricted steering.