Modular ALOHA
Leader–Follower Split Teleoperation Platform

Modular ALOHA
Leader–Follower Split Teleoperation Platform

For cross-space teleoperation, flexible deployment, and embodied AI research.

Leader-Follower Split Architecture, Scalable Teleoperation

Featuring leader-follower split setup, adjustable operating height, and flexible mobility, Modular ALOHA supports scalable data collection across diverse physical space and manipulation tasks.

Real-World Data Collection for Robot Learning

Users can flexibly accomplish a wide range of everyday tasks from pick & place to more sophisticated skills. Compatible with Mobile ALOHA, ACT, and other open-source frameworks, it streamlines embodied AI research and robot learning.

Automatic Recharge for Long-Duration Tasks

With an external power station and redundant battery system, it supports path planning and automatic charging for reliable long-duration operation.

See Modular ALOHA in Action

Who Is Modular ALOHA For

A modular, extensible platform for bimanual manipulation, teleoperation data collection, and embodied AI development.

Embodied AI & Robot Learning Teams

For teams developing imitation learning policies, vision-language-action models, bimanual coordination, and end-to-end robotic intelligence.

Universities & Robotics Research Labs

For researchers exploring bimanual manipulation, teleoperation, human–robot collaboration, and real-world robot learning.

Robot Manufacturers & Automation Teams

For teams validating manipulation workflows, collecting demonstrations, and accelerating algorithm testing and product prototyping.

Data Collection & Foundation Model Providers

For organizations building scalable real-world manipulation datasets to train robot foundation models and embodied AI systems.

Related Solutions

We provide other teleoperation platforms for robot data collection, bimanual coordination, and physical AI research.

COBOT MAGIC

COBOT MAGIC

COBOT MAGIC is an open-source whole-body teleoperation platform based on the Mobile ALOHA architecture, built for bimanual manipulation, real-world robot data collection, and robot learning model development.

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OPEN NERO

OPEN NERO

OPEN NERO is a desktop dual-arm platform powered by two NERO 7-DoF robotic arms that enables bimanual teleoperation and multimodal data collection for robot learning and embodied AI research.

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FAQ

Modular ALOHA is a leader–follower split dual-arm teleoperation platform based on the Mobile ALOHA architecture. It is designed for mobile manipulation, embodied AI research, and scalable real-world robot data collection.

COBOT MAGIC is a more integrated Mobile ALOHA platform designed for standardized setup and rapid deployment. Modular ALOHA uses a split leader–follower architecture, providing greater flexibility for cross-space teleoperation, adjustable deployment, and scalable research data collection.

The system includes a RANGER MINI 3.0 mobile platform, four PiPER 6-DoF robotic arms, three depth cameras, one LiDAR, an RTX 4060 industrial computer, and a teleoperation console.

Traditional teleoperation systems often require the operator to stay close to the robot, limiting the working environment and making large-scale data collection difficult. A split leader–follower architecture separates the operator from the robot, enabling remote operation across different spaces, more flexible task deployment, and safer testing in complex environments.

It can be used for bimanual manipulation, mobile manipulation, robot learning, ACT and Mobile ALOHA reproduction, embodied AI data collection, and real-world policy validation.

Tell Us Your Needs

Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.

ADDRESS

Head Office: XbotPark, Songshan Lake, Dongguan, Guangdong, China
Sales & Marketing: iPark, Nanshan District, Shenzhen, Guangdong, China

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