The platform is designed with advanced navigation technology, allowing it to autonomously move through various environments with ease.
Equipped with sophisticated mapping and localization tools, the platform can construct detailed maps of its surroundings and accurately determine its position within those spaces.
With a comprehensive range of hardware and software interfaces, the platform can be customized to serve diverse needs across multiple sectors, including retail, hospitality, commercial real estate, healthcare, and manufacturing.
The robot chassis features a four-wheel independent suspension system for enhanced maneuverability and adaptability across various terrains.
The advanced suspension design ensures superior traction, providing stable and reliable performance in both indoor and outdoor settings.
Engineered to navigate a broad spectrum of complex road conditions, the chassis is ideal for a multitude of applications in various indoor and outdoor environments.
The chassis features a robust tracked design, providing excellent traction and mobility across various terrains.
It is based on the Christie suspension system and equipped with high-torque DC servo motors, ensuring a strong driving force and smooth operation.
Utilizing hydraulic shock absorption technology, the chassis has a low center of gravity, offering superior passing ability and stability, making it ideal for all-terrain mobile robot solutions in complex environments.
The development kit offers customizable intelligent mobile platforms with autonomous navigation, intelligent environmental recognition, and obstacle avoidance capabilities.
A variety of peripherals are available, including 10.1-inch or 15.6-inch touch displays, 3D depth cameras, IC card readers, QR code scanners, and four-microphone arrays.
Easily customize intelligent robot systems to meet different application scenarios.