The brand-new four-wheel low-speed differential non-shock-absorbing wheeled chassis has been launched with significant advantages in multiple aspects, facilitating the upgrade of application scenarios.
Precise size design: Strong adaptability in narrow spaces, ample expansion space available.
From the perspective of overall dimensions, this wheeled chassis is ingeniously designed. Its overall size is only 430*434*175mm. The compact shape enables it to easily adapt to operations in narrow spaces. Whether it is the passageways in indoor warehouses or the narrow areas in complex outdoor environments, it can smoothly navigate. At the same time, the chassis has a platform size of 325*256mm, providing sufficient space for the installation of various equipment. It can accommodate sensors, mechanical arms, storage boxes and other accessories, meeting the functional expansion requirements in different scenarios.
Excellent balance of weight and size: 12kg with light self-weight and easy deployment, 18kg with heavy load and stable operation.
In terms of weight and load balance, this chassis demonstrates outstanding design capabilities. The chassis weighs only 12kg, and its lightweight feature not only facilitates transportation and deployment, but also effectively reduces the overall equipment's energy consumption; while its maximum load capacity of 18kg ensures that it can operate stably even after carrying necessary equipment, easily handling light load tasks, achieving a perfect balance between "light weight" and "strong load capacity".
Core performance is stable: Speed is precisely adapted, and the ground clearance ensures safety.
In terms of performance, this chassis is also highly impressive. Its operating speed remains stable at 3.4 km/h, which not only ensures operational efficiency but also enables smooth movement in scenarios requiring precise operation, avoiding operational errors caused by excessive speed. The 50mm ground clearance design not only ensures the chassis' passability but also effectively reduces the damage to the chassis' bottom components caused by ground obstacles, thereby extending the equipment's service life.
Controlled breakthrough innovation: Supports in-place rotation, high efficiency in narrow spaces.
It is worth noting that this chassis has achieved a breakthrough in terms of maneuverability - it supports in-place rotation functionality. This feature enables the chassis to avoid frequent adjustments of the driving path in space-constrained environments, significantly improving the steering efficiency. It is particularly suitable for scenarios with high requirements for operational flexibility, such as warehouse goods handling and indoor robot inspection.