Construction based 100% on automotive-grade components with full device protection at IP42 level.
The robot offers natural communication with multiple users, eye tracking, and expressive facial animations with fluid movements.
The system enables component assembly with submillimeter accuracy and rapid deployment of new tasks through Genie RL technology.
Advanced arm with construction modeled
after the human wrist, equipped with torque
sensors in all joints,
ensuring force control precision below 0.5N
with a payload capacity of up to 5 kg.
System precisely replicating bending,
tilting, and stepping movements, which increases
the operational range of the upper body and improves
the robot's adaptation to diverse work scenarios.
Innovative system with four steerable wheels,
enabling the robot to perform rotations
in place and smooth movement
in any direction.
Power system based on two hot-swap
batteries and pass-through charging functionality,
supported by an automatic return mechanism
to the docking station to maintain operational continuity.
Utilization of 26 degrees of freedom (DOF)
throughout the entire body enables faithful
replication of human postures and natural
interaction with the environment and users.
Advanced arm with construction modeled
after the human wrist, equipped with torque
sensors in all joints,
ensuring force control precision below 0.5N
with a payload capacity of up to 5 kg.
System precisely replicating bending,
tilting, and stepping movements, which increases
the operational range of the upper body and improves
the robot's adaptation to diverse work scenarios.
Innovative system with four steerable wheels,
enabling the robot to perform rotations
in place and smooth movement
in any direction.
Power system based on
two hot-swap batteries
and pass-through charging functionality,
supported by an automatic return
mechanism
to the docking station to
maintain operational continuity.
Utilization of 26 degrees of freedom (DOF)
throughout the entire body enables faithful
replication of human postures and natural
interaction with the environment and users.
Advanced arm with construction
modeled after the human wrist,
equipped with torque sensors
in all joints,
ensuring force control precision
below 0.5N
with a payload capacity of up to 5 kg.
System precisely replicating bending,
tilting, and stepping movements,
which increases the operational range of the upper
body and improves the robot's adaptation to
diverse work scenarios.
Innovative system with four steerable
wheels, enabling the robot
to perform rotations in place
and smooth movement
in any direction.
Power system based on
two hot-swap batteries
and pass-through charging functionality,
supported by an automatic return
mechanism
to the docking station to
maintain operational continuity.
Utilization of 26 degrees of freedom (DOF)
throughout the entire body enables faithful
replication of human postures and natural
interaction with the environment and users.
Ultra-low latency and very long-distance communication
stereoscopic enabling intuitive control
Highly dynamic construction. Moves like a shadow and responds with high precision
Ultra-low latency and very long-distance communication
Highly dynamic construction. Moves like a shadow and responds with high precision
stereoscopic enabling intuitive control
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