Mobile Manipulation Kit 2
AIRBOT MMK2 is officially launched. MMK2 is a highly integrated dual-arm mobile operating platform, equipped with 6-degree-of-freedom intelligent lightweight robotic arms, multiple visual sensors, LiDAR, mobile kits, and other components. With its agility and intelligence, it can assist users in completing complex mobile operations and executing intelligent tasks, empowering embodied intelligence research and innovation.
Accurate and Comprehensive Humanoid OperationThe lightweight humanoid robotic arms, combined with dexterous hands and various peripherals, are capable of executing operational tasks with high precision, covering the needs of daily workspace.
Flexible and Lightweight MobilityThe compact and agile mobile kit moves smoothly and navigates effortlessly. With nearly 1 meter of vertical lifting space, MMK2 enables high-degree freedom of indoor environment operation, fully meeting operational requirements.
Efficient and Precise Data AcquisitionMMK2 provides real-time synchronous teaching, with intuitive and simple demonstration. It also supports a variety of data acquisition solutions, such as teaching pendants, headsets, and motion capture, making data collection more efficient.
Accessible and Autonomous Navigation SystemEquipped with the new generation of Sunrise 5 intelligent computer chip, MMK2 is suitable for multi-sensor fusion, meticulous environment mapping and intelligent path planning, fostering implementation of functions such as autonomous obstacle avoidance, high-precision navigation.
Stable and Powerful Intelligent Decision-makingWith the 10 TOPs outstanding computability of the Sunrise 5 computer chip, MMK2 efficiently supports end-to-end computing and cutting-edge algorithms such as BEVFormer, which empowers dual-arm mobile operation, precise recognition and adaptive grasping of the target object.
Comprehensive Support on Research EcosystemCompatible with the embodied AI open-source ecosystem, MMK2 supports the rapid deployment of ALOHA/OpenVLA/Voxposer and other cutting-edge embodied algorithms, enabling user’s scientific innovation and application demonstration.
