With a body length of over 1 meter and a load capacity of 1 ton, it can meet the application requirements of more types of upper structures. Meanwhile, as a general car-making platform with an ultra-high cost performance, it is an excellent partner for customers to manufacture all kinds of mobile robots.
The dual laser configuration at the front and rear can achieve 360° protection for the entire vehicle. The front part can be optionally equipped with a 3D camera component for pit detection and obstacle detection to ensure smooth forward movement. Equipped with contact-type collision strips at the front and rear, it stops immediately upon contact.
Supports SLAM, QR code, and reflector navigation, with positioning accuracy reaching ± 5mm. Corresponding navigation solutions can be matched according to scene requirements to ensure high-precision operation in diverse environments.
It provides mainstream RS485, CAN, I/O and other expansion interfaces, and can be equipped with various upper-layer mechanisms. It can be combined with proprietary operation software and dispatching software to make vehicle manufacturing and usage easier.
The platform supports a load capacity of up to 1 ton, making it suitable for a wide range of industrial upper-structure applications and mobile robot manufacturing scenarios.
The platform uses dual laser sensors positioned at both the front and rear to provide full 360° perimeter protection. An optional 3D camera at the front adds pit and obstacle detection, while contact-type collision strips at both ends trigger an immediate stop.
The platform supports three navigation modes: SLAM (laser simultaneous localization and mapping), QR code navigation, and reflector navigation. All modes achieve a positioning accuracy of ± 5mm.
The platform is equipped with mainstream industrial interfaces including RS485, CAN bus, and I/O ports. These interfaces allow flexible integration with a variety of upper-layer mechanisms and third-party equipment.
Yes. The platform is compatible with proprietary operation and dispatching software, enabling centralized fleet management, task scheduling, and simplified vehicle commissioning.
Absolutely. With a body length exceeding 1 meter, a 1-ton payload capacity, rich expansion interfaces, and flexible navigation options, this platform serves as a versatile and cost-effective base for developing customized mobile robots.