Humanoid Robots - NeoRobotics

Atlas

Atlas is the world's most dynamic humanoid robot, demonstrating superhuman athletic abilities including parkour, backflips, and complex manipulation tasks. Built for research and development in advanced robotics.

1.5m

Height

89kg

Weight

Degrees of Freedom

2.5m/s

Max Speed

Technical Specifications

Mobility

Walking Speed 2.5 m/s

Jump Height 0.4m

Terrain Navigation Complex

Manipulation

Payload Capacity 11kg

Grip Strength 50N

Precision ±2mm

Sensors

LiDAR 360° Coverage

Stereo Vision Depth Perception

IMU 9-Axis

Optimus

Tesla's general-purpose humanoid robot designed for mass production. Optimus combines advanced AI with practical functionality for industrial and domestic applications.

1.73m

Height

57kg

Weight

Degrees of Freedom

$30k

Target Price

Technical Specifications

AI & Control

Neural Networks Tesla FSD

Training Data Real-world + Sim

Autonomy Level High

Performance

Walking Speed 1.5 m/s

Payload 20kg carry

Deadlift 68kg

Power & Battery

Battery Type Li-ion 2.3kWh

Runtime 8 hours

Charging Fast charge

Neo Series

Our next-generation humanoid robots featuring advanced AI integration, modular design, and unprecedented adaptability for diverse applications.

1.65m

Height

65kg

Weight

Degrees of Freedom

4hrs

Battery Life

Advanced Features

AI Integration

Neural Architecture Multi-modal

Learning Method Reinforcement

Adaptation Real-time

Modular Design

Swappable Modules Hands, Arms

Sensor Config Customizable

Software Open API

Communication

5G Ready Yes

Edge Computing Built-in

Cloud Sync Real-time

Robot Comparison

Compare specifications and features across our humanoid robot platforms.

Specification	Atlas	Optimus	Neo Series
Height	1.5m	1.73m	1.65m
Weight	89kg	57kg	65kg
DoF	28	40	35
Max Speed	2.5 m/s	1.5 m/s	2.0 m/s
Payload	11kg	20kg	15kg
Primary Use	Research	Industrial	General Purpose

Advanced Features

Discover the cutting-edge technologies that power our humanoid robots.

Advanced AI

Neural networks and machine learning algorithms enable human-like reasoning and decision-making in complex environments.

Computer Vision

Advanced perception systems with stereo vision, depth sensing, and object recognition for environmental understanding.

Precision Control

High-precision actuators and control systems enable delicate manipulation and complex motor tasks with human-like dexterity.

Dynamic Balance

Advanced balance control algorithms enable stable walking, running, and jumping on various terrains and surfaces.

Edge Computing

Built-in processing power for real-time decision making and reduced latency in critical applications.

Human Interaction

Natural language processing and gesture recognition enable intuitive communication and collaboration with humans.