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Mercury A1

Mercury A1

Elephant Robotics

Not yet assessed

Height
Payload
Verified autonomy
not assessed
Real deployment
not assessed
Status
Price
verified / really deployed unverified / demo-stage
Unverified

The Mercury A1 is a 7-DOF lightweight robotic arm developed by Elephant Robotics (Shenzhen, China), featuring self-developed 'Power Spring' harmonic modules, carbon fiber construction, and a 3.5 kg net weight. It is designed for educational and industrial applications, supporting ROS/MoveIt/Gazebo/MuJoCo simulation environments and multiple programming interfaces. The arm operates autonomously once programmed — executing pre-defined or learned tasks without a human performing or driving the task — though it requires user setup, programming, and periodic maintenance. Several facts in the extracted dataset (keyboard hardware, synthesizer, outboard motors, Mercury bank, 3D printer mod) are clearly unrelated to the Mercury A1 robot and have been excluded from the reconciled picture. There are minor conflicts in DOF count (6 vs 7) and maximum output torque (20 Nm vs 80 Nm) across sources.

Availability

Shipping

Specification

degrees_of_freedom
7 DOF (per manufacturer and most sources); one third-party listing states 6 DOF — see conflicts
net_weight
3.5 kg
payload_capacity
1 kg
reach
440 mm
battery_endurance
Up to 8 hours motion endurance (for Mercury B1/X1 humanoid system)
power_supply
100–240V AC

Price

No public price — contact the supplier for a quote.

About the company

Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.