Image:
Matrix Hyperintelligence
A general-purpose humanoid robot developed for embodied AI applications.
MLM2.0 model, VLM reasoning.
Height
180
cm
Weight
67
kg
Speed
N/A
m/s
Payload
10
kg
Actuators
Proprietary MPA 3.0 electric actuators with a peak torque density of 196 Nm/kg and integrated 8-onboard camera feedback.
DoF (Domains of freedom)
55
°
Standing 1.8m tall for eye-level social interaction and standard infrastructure use.
Proprietary motors with industry-leading torque density of 196 Nm/kg.


Multi-mic array for clear voice command recognition in busy, noisy environments.
AI-driven corridor navigation and social greeting logic for corporate hosting.
A general-purpose humanoid robot developed for embodied AI applications.
Standing 180 cm and weighing 67 kg, Matrix-1 features 55 degrees of freedom. It walks at 1.2 m/s and operates for 5 hours per charge with a 10 kg payload capacity per arm.
Image:
Matrix Hyperintelligence
Equipped with a multi-microphone array and active noise cancellation for natural dialogue. Features include 360° LiDAR-vision fusion, high-definition cameras, and a sleek, professional exterior.
MATRIX-1 by Matrix Hyperintelligence
Actuators
Proprietary MPA 3.0 electric actuators with a peak torque density of 196 Nm/kg and integrated 8-onboard camera feedback.
DoF (Domains of freedom)
55
°
Height
180
cm
Speed
N/A
m/s
Weight
67
kg
Payload
10
kg
Runtime
5.0
h
OS / AI System
MLM2.0 model, VLM reasoning.
Driven by proprietary MPA 3.0 electric actuators with a torque density of 196 Nm/kg. The AI stack features real-time audio-visual perception for autonomous navigation and social greeting.
Image:
Matrix Hyperintelligence
Primary customers include hospitals for meal/linen delivery and corporate offices for mobile reception and visitor guidance. It is also piloted in logistics for light-duty manufacturing tasks.
Matrix-1 features a highly refined audio-visual communication suite compared to industrial prototypes, including active noise cancellation and multi-mic arrays that allow for reliable natural language interaction in noisy public spaces.
Physically mirrors the size and build of an adult human (1.8m), facilitating eye-level social interactions and compatibility with human infrastructure.
Features AI-driven corridor roaming capabilities designed to avoid collisions and handle simple social interactions like greetings in corporate environments.
Integrates a multi-microphone array with noise cancellation and speakers, allowing it to understand spoken commands and respond with synthesized speech.

