Athlete

Small volume Huge energy

The world's first robot to perform consecutive flips in multiple scenarios

The world's first robot to perform consecutive flips in multiple scenarios

The lightweight and biomimetic structural design, along with the flexible and superb movement

Performance, endows the robot with a nimble body, enabling it to perform difficult actions such as dancing and jumping with precision and control. Its movement performance is at a relatively high level in the industry.

The lightweight and biomimetic structural design, along with the flexible and superb movement

Performance, endows the robot with a nimble body, enabling it to perform difficult actions such as dancing and jumping with precision and control. Its movement performance is at a relatively high level in the industry.

Super-stable motion control, allowing for easy navigation through complex terrains

The robot is equipped with high-precision motion control algorithms, enabling smooth passage through various complex road conditions. Its stability has been verified through multiple real-world scenarios.

Super-stable motion control, allowing for easy navigation through complex terrains

The robot is equipped with high-precision motion control algorithms, enabling smooth passage through various complex road conditions. Its stability has been verified through multiple real-world scenarios.

With a peak torque of 150 N.m, it can perform high-dynamic dance moves with ease.

The robot's peak torque unleashes powerful force, enabling millisecond-level responses to various high-dynamic dance movements. At the World Robot Operating Conference, it won the championship for its precise control of dance, long jump and gymnastics postures.

With a peak torque of 150 N.m, it can perform high-dynamic dance moves with ease.

The robot's peak torque unleashes powerful force, enabling millisecond-level responses to various high-dynamic dance movements. At the World Robot Operating Conference, it won the championship for its precise control of dance, long jump and gymnastics postures.

Application scenario

  • Entertainment performance
  • Enter the campus
  • University research
  • Companionship for children
Model Comparison
Price
Mechanical dimensions
Tall, broad and thick (standing)
Overall weight of the robot
Total degrees of freedom
Single-leg degrees of freedom
Single-arm degrees of freedom
The end effector
Joint output bearing
Maximum knee torque
Continuous walking carrying capacity
Extremely large joint movement space

118 cm * 47 cm * 29 cm

About 30 kg

18 DoF

5 DoF

4 DoF

Spherical hand/Five-fingered hand

Cross roller + deep groove ball

150 N.m

About 5 kg

Knee joint: 0~126°

Hip joint: P-90°~45°、R-37°~+57°、Y-37°~+57°

118 cm * 47 cm * 29 cm

About 30 kg

18 DoF

5 DoF

4 DoF

Spherical hand/Five-fingered hand

Cross roller + Deep groove ball

150 N.m

About 5 kg

Knee joint: 0~126°

Hip joint: P-90°~45°、R-37°~+57°、Y-37°~+57°

Electrical Characteristics
Wiring method
Joint encoder
Power supply method
Basic Computing Power
Sensing sensor
Ring type microphone
Voice module
Wi-Fi6, Blue tooth5.2

Built-in wiring

Double computing module

Lithium battery

6 TOPS

Depth camera, IMU

/

Built-in wiring

Double computing module

Lithium battery

6+67 TOPS

Depth camera, IMU

Selective assembly

Complementary items
High Computing Power module
Intelligent battery (quick release)
Charger
Controller
Robot support structure

/

48 v 7 Ah

Selective assembly

NVIDIA Jetson Orin Nano Super

48 v 7 Ah

Selective assembly

Others
Intelligent OTA Upgrade
Secondary development
Battery life
User manual and instruction booklet
After-sales service

/

1-2 h

Provide technical support and SDK document

1-2 h

Provide technical support and SDK document

1. The above parameters may vary under different business scenarios and device configurations. Please refer to your actual usage experience for details.

2. The maximum torque, the maximum load capacity of the arm and the battery life are all measured under laboratory conditions.

3. The product is continuously being updated and optimized. There may be slight differences. Please refer to the actual product received for details.

4. There are differences in parameters among different products. Please make your purchase based on your specific needs.

5. The appearance of the shaping version may be different from the facial website version. If you are particularly concerned about the details of the appearance, please communicate with the salesperson before purchasing to confirm.

6. The robot has a complex structure and extremely powerful power. Please ask users to keep efficient safety distance between humans and the robot. Please use it careful.

7. Some of the sample functions on this page are still under development and testing. They will be gradually mode available to users in the future.

8. At present the word is in the every exploration stage and individual user should be sure to understand the limitations of humanoid robots in detail before purchasing.

9. This product is a civilian robot. Please do not attempt any dangerous modifications or use the robot dangerously.

10. Please visit the Noetix Robotics official website to learn more about product-related terms and policies and please comply with the laws and regulations of your region.

Technology-driven "hardcore innovators"

Technology-driven "hardcore innovators"

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