Image:
NEURA Robotics
A cognitive humanoid robot with high-torque actuators and advanced sensory intelligence, built for complex tasks in human environments.
neuraOS
Height
180
cm
Weight
80
kg
Speed
1.0
m/s
Payload
20
kg
Mobility
Bipedal
Actuators
Neura actuators
DoF (Domains of freedom)
53
°
The first cognitive OS for multi-modal sensory fusion.
Certified to work alongside humans without safety barriers.


High-precision feedback in every joint for max safety.
Capable of high-accuracy industrial assembly tasks.
A cognitive humanoid robot with high-torque actuators and advanced sensory intelligence, built for complex tasks in human environments.
Standing 180 cm and weighing 80 kg, the Gen 3.5 features high-resolution torque sensors and neuraOS for multi-modal sensory fusion. It is built for a 15 kg payload and 24/7 industrial duty cycles.
Image:
NEURA Robotics
A full-scale humanoid capable of working alongside humans without safety cages. It uses touchless human detection to ensure absolute safety during complex assembly and logistics tasks.
4NE-1 Gen 3.5 by NEURA Robotics
Actuators
Neura actuators
DoF (Domains of freedom)
53
°
Height
180
cm
Speed
1.0
m/s
Weight
80
kg
Payload
20
kg
Runtime
4
h
OS / AI System
neuraOS
Bipedal
neuraOS
A real-time cognitive operating system that fuses vision, audio, and touch into a single world model, enabling sub-millimeter precision in industrial applications.
Image:
NEURA Robotics
Targeted at small to medium-sized manufacturing enterprises (SMEs) in Europe that require safe, cage-free automation. Its neuraOS attracts customers looking for "cognitive" robots that can adapt to changing factory layouts.
The Gen 3.5 introduces neuraOS, a cognitive layer that fuses all sensory data into a unified world model. It improves on earlier prototypes with torque sensors in every joint, enabling sub-millimeter precision and certified cage-free operation.
Uses neuraOS to sense and predict human movement, ensuring safe collaboration in shared spaces.
Features high-precision force control in all joints to react softly to any unexpected human contact.
Matches average human height and reach, allowing it to operate in any environment designed for people.

