XROLL-M is a set of customizable McNamp wheels, which adopt a modular design and can form different wheel diameters. The wheel frame adopts sheet metal design, which is easy to replace and customize, and is compatible with various power motors.

XROLL-HM is a series of McNaam wheel hub motors, which have the advantages of small volume, fast response, and low noise. The wheat wheel adopts XROLL's modular design, which can quickly replace small wheels and facilitate maintenance. This series supports customized sizes and can be paired with corresponding brushless drives.

XGO-G is a standard autonomous driving navigation package that integrates all the basic equipment required for autonomous driving and can achieve some visual functions. Adopting standardized design, compatible with multiple series of chassis, suitable for outdoor autonomous driving development, logistics distribution, outdoor inspection and other scenarios.

XGO-E is a small autonomous driving package provided for educational development , installed on a small chassis, and can achieve SLAM function. It can be used for autonomous driving teaching, robot competitions, and cluster development.

York is a multi-purpose chassis with Mecanum, Ackermann or differential 4-wheel steering, making it adaptable to a wide range of indoor and outdoor environments. Its compact size and handle make it easy to carry around. Turn the page for more details.

York is a multi-purpose chassis with Mecanum, Ackermann or differential 4-wheel steering, making it adaptable to a wide range of indoor and outdoor environments. Its compact size and handle make it easy to carry around. Turn the page for more details.

TRIGGER-A is an omnidirectional wheel chassis. Adopting large-sized omnidirectional wheels , smooth movement and strong passability, with a three wheel layout structure, it can move in all directions or rotate in place, suitable for indoor narrow space movement. Can be equipped with a robotic arm as a humanoid robot base.

RAY is a mini differential chassis designed for education, with a swing arm suspension that can adapt to various indoor terrains. This chassis is particularly suitable for educational learning and cluster development, and can be equipped with various upper mounted modules to form an autonomous driving platform and a robotic arm platform, which can be better used in intelligent scenarios.

ORCS-MINI is an educational Macnam wheel chassis designed with wheel hub motors and swing arms, which is responsive, fast, and has strong terrain adaptability. This chassis can be equipped with an autonomous driving module for learning and development purposes, and can also be linked with intelligent scenarios to simulate complex working conditions.

ORCS-MCNM-PRO is a double row Mecanum wheel chassis that adopts a double row wheat wheel staggered installation design, which enhances performance and reduces motion vibration compared to ORCS-MCNM. This device provides a variety of modules with strong power, suitable for installing heavy equipment, and can serve as a development platform for multi arm robots.

ORCS - MCNM is a Mecanum wheel chassis that adopts a three axis adaptive suspension structure, which can achieve ground adaptive attachment; Has translation ability and high passability. This site provides a variety of peripheral modules that can be used for indoor transportation, building shuttle, and other scenarios.

ORCS - DIFF is a four-wheel differential chassis with a three axis adaptive suspension structure, which can achieve ground adaptive adhesion; Simultaneously adopting fourwheel drive power and high Ground clearance design, it has excellent off-road capabilities. It provides a variety of peripheral modules that can be used for outdoor inspections, lawn mower development, complex environmental transportation, and other scenarios.