In Stock
RBTX NOETIX N2 | Humanoid Robot
NOETIX Robotics
$40,887.00
Noetix Robotics N2 – Agile Humanoid Robot for Research and Education The Noetix N2 is a humanoid robot standing 118 cm tall and weighing 30 kg.
Product Description
Noetix Robotics N2 – Agile Humanoid Robot for Research and Education
The Noetix N2 is a humanoid robot standing 118 cm tall and weighing 30 kg.
It features 18 degrees of freedom and delivers peak torque of 150 Nm.
Powered by a 48V quick-swap lithium battery with up to 2 hours runtime, N2 offers edge AI computing up to 67 TOPS and 3D vision sensors for dynamic movements such as running, jumping, and even backflips.
The robot uses deep reinforcement learning for anthropomorphic walking and supports speech and visual interaction via large language models.
Control is provided through a closed platform with APIs for high- and low-level motion control.
Compatible with Python, C++, ROS and Linux, making it ideal for research and development.
Perfect for education, research, robotics development, and interactive demonstrations.
Highlights:
(1) Ultra-high Dynamic Performance: The hardware supports highly dynamic movements such as jumping and backflips.
(2) Standard Secondary Development Interface: NOETIX provides access to both low-level and high-level motion control interfaces.
Users can call high-level interfaces to directly send velocity and motion commands, or use the low-level motion control interfaces to directly control joints and deploy their own algorithms.
(3) Excellent Product Stability: NOETIX E-series robots have been dropped from height dozens of times in internal labs and continue to operate stably, achieving industry-leading standards.
(4) Highly Aesthetic Appearance: The exterior design is simple and elegant, full of technological and futuristic appeal.
The aluminum alloy structure is paired with a high-strength material shell, offering strong drop resistance, wear resistance, and reliability.
The Noetix N2 is a humanoid robot standing 118 cm tall and weighing 30 kg.
It features 18 degrees of freedom and delivers peak torque of 150 Nm.
Powered by a 48V quick-swap lithium battery with up to 2 hours runtime, N2 offers edge AI computing up to 67 TOPS and 3D vision sensors for dynamic movements such as running, jumping, and even backflips.
The robot uses deep reinforcement learning for anthropomorphic walking and supports speech and visual interaction via large language models.
Control is provided through a closed platform with APIs for high- and low-level motion control.
Compatible with Python, C++, ROS and Linux, making it ideal for research and development.
Perfect for education, research, robotics development, and interactive demonstrations.
Highlights:
(1) Ultra-high Dynamic Performance: The hardware supports highly dynamic movements such as jumping and backflips.
(2) Standard Secondary Development Interface: NOETIX provides access to both low-level and high-level motion control interfaces.
Users can call high-level interfaces to directly send velocity and motion commands, or use the low-level motion control interfaces to directly control joints and deploy their own algorithms.
(3) Excellent Product Stability: NOETIX E-series robots have been dropped from height dozens of times in internal labs and continue to operate stably, achieving industry-leading standards.
(4) Highly Aesthetic Appearance: The exterior design is simple and elegant, full of technological and futuristic appeal.
The aluminum alloy structure is paired with a high-strength material shell, offering strong drop resistance, wear resistance, and reliability.
Weight
30 kg
Dimensions
N/A
Part Number
N2
RBTX SKU
RBTX-NOET-0001
max. Payload
5 kg
DOF
18
Weight
30 kg
Height
180 mm / 1
Typical TCP Speed
2
Operating time
2 h
Max Joint torque
150 nm
It features 18 degrees of freedom and delivers peak torque of 150 Nm.
Control is provided through a closed platform with APIs for high- and low-level motion control.
Compatible with Python, C++, ROS and Linux, making it ideal for research and development.
Perfect for education, research, robotics development, and interactive demonstrations.