Dual-Arm Mobile Manipulation System — Leader-Follower Teleoperation & Embodied AI
Built on Stanford's Mobile ALOHA open-source project and the Ranger Mini 3.0 platform, the Modular ALOHA is a dual-arm teleoperation system with a leader-follower split architecture. It features 4 PiPER 7-DOF robotic arms, depth cameras, lift column, and an RTX 4090/4060 GPU industrial PC. Available in Open-Source Navigation and NAVIS Navigation variants for bimanual manipulation research, data collection, model training, and inference.
Separates control and execution units for cross-space teleoperation. Enables flexible deployment and scalable expansion for diverse manipulation research scenarios.
RTX 4090/4060 GPU for real-time inference. Pre-configured Ubuntu 20.04, ROS Noetic, CUDA 11.3, PyTorch environment. Supports data collection, model training, and inference validation.
Ranger Mini 3.0 omnidirectional base with 100kg payload. Lift column for height adjustment. Modular end-effector and sensor swapping per task.
Product documentation and user manual for Modular ALOHA.
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