AlohaMini

OPEN-SOURCE MOBILE DUAL-ARM ROBOT WITH LIFT

Hugging Face LeRobot v0.6 unifies teleoperation, training and local inference. Native support covers ACT, Diffusion Policy, FastWAM and VLA.

Built for reproducible embodied AI

AlohaMini is a minimal, practical hardware unit for modern embodied AI algorithms.

Low cost to build

Affordable for labs and individual researchers, with an entry price within reach.

Highly extensible stack

Open hardware + open software with editable CAD, URDF, and control layers.

Native LeRobot compatibility

Ready for ACT, Diffusion Policy, Pi-0.5, SmolVLA, and more.

Safe by design

Low torque actuators are ideal for teleop and daily data collection.

Multi-scenario coverage

Supports floor pickup, tabletop manipulation, and bimanual coordination. From academic labs to light industrial automation, AlohaMini fits diverse scenarios.

Ready out of the box

Pre-assembled and factory calibrated. Go from power-on to teleoperation in under 1 minute.

Video demos

See AlohaMini in action across real tasks and research scenarios

AlohaMini

Academic algorithm replication

Reproduce ACT, Diffusion Policy, and other modern methods at lower cost.

AlohaMini

VLA data collection

Efficient teleop and data capture for vision-language-action training.

AlohaMini

Remote VR teleoperation

Support for immersive teleop and remote manipulation workflows.

Spec comparison

Parameter
AlohaMini2
AlohaMini2
AlohaMini2 Pro
AlohaMini2 Pro
AlohaMini2 Edu
AlohaMini2 Edu
Weight
Total DoF
Arm DoF
Arm reach
Payload per arm
Actuators
Base material
Delivery
LiDAR
Stereo vision
Support
Approx. 13.5 kg
18
6+1 (gripper)
52 cm
Approx. 1 kg
STS3215 + STS3095
3D-printed material
Parts kit
No
No
Community documentation
Approx. 16 kg
18
6+1 (gripper)
52 cm
Approx. 1 kg
STS3250 + STS3095
Metal + 3D-printed hybrid
Pre-assembled
No
No
Official technical support
Approx. 16 kg
18
6+1 (gripper)
52 cm
Approx. 1 kg
STS3250 + STS3095
Metal + 3D-printed hybrid
Pre-assembled
Yes
Yes
Official technical support