Learning ApproachOfficial claim
Reinforcement learning
NEURA Robotics4NE1
4NE-1
Price
Unknown
Type
Humanoid Robots
Subtype
Large Humanoid
Status
Prototype
Release Date
Unknown
Country/Region
Germany
Last Verified
2026-07-29
55 DOF
Total DOF
1.8 m
Height
80 kg
Weight
10–100 kg
Payload
4NE1 is NEURA Robotics' cognitive humanoid for industrial and everyday work. It combines 180 cm height, 80 kg weight, 55 degrees of freedom, 360-degree perception, sensor skin, AI voice, remote operation, path planning, obstacle avoidance, and 10–100 kg payload.
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Intelligence Profile
Learning ApproachOfficial claim
Teleoperation
Capability Map
MobilityOfficial claim
Navigation
NEURA states that 4NE1 navigates unstructured industrial environments and responds to changing conditions in real time.
ManipulationOfficial claim
Grasping
The official page states that 4NE1 is built to carry objects and offers exchangeable forearms.
InteractionOfficial claim
Speech interaction
NEURA says 4NE1 can respond naturally to voice commands in home assistance use cases.
InteractionOfficial claim
Human collaboration
The official product page describes 4NE1 as built to work with people, with safe human interaction and real-world collaboration across industrial and home settings.
AutonomyOfficial claim
Autonomous operation
NEURA describes 4NE1 as perceiving its surroundings, understanding complex tasks and adapting in real time.
Hardware Specification
Physical Specifications
Height
1.8 m
Locomotion Type
Bipedal locomotion
Weight
80 kg
Mobility & Payload
Single-arm Payload
20 kg
Max/Limit Payload
Up to 100 kg in leg-supported configurations
Max Speed
5 km/h
Payload
10–100 kg
Walking Speed
0.83 m/s
Degrees of Freedom
DOF per Hand
12 DOF per hand
Total DOF
55 DOF
Sensors
Audio Sensor
AI voice input
Camera
360-degree perception
Force/Torque Sensor
Force-torque sensing
Obstacle Avoidance
Path planning and obstacle avoidance
Sensors
360-degree perception; sensor skin; human detection
Tactile Sensor
Touch-sensitive sensor skin
Vision Sensor
360-degree perception
Compute Platform
Software Algorithm
Multimodal AI and reinforcement learning
Safety and Protection
Human-Robot Safety
Human detection sensors
Interaction and Communication
Smart Navigation
Path planning and obstacle avoidance
Remote Controller
Remote operation
Tactile Feedback
Sensor skin
Visual Recognition
360-degree perception
Voice Interaction
AI voice control
Development and Expansion
Operating Modes
Autonomous mode and remote operation
Commercial Information
Availability
Prototype / reservation for Gen 3.5 expected end of 2026
Commercial Status
Status
Prototype
Price
Unknown
Release Date
Unknown
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