Line 1 Robotics Education [University robot brand customization supported]

Embodied AIRobots

High-performance bipedal robots, open-source robotic arms, servo joint modules, and full core components — a complete solution for university robotics labs, research, and competitions.

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PRODUCT VIDEO

Product Showcase Video

Watch the embodied AI robot in action to see its real-world performance and handling.

Seamless integration of hardware and software

Modular Design

A compact, fully integrated body — one robot that meets all research needs in motion control, manipulation, and whole-body control.

Quick hardware assembly

Standardized interfaces, plug-and-play modules

Clear software architecture

Layered architecture for easy secondary development

Full hardware-software support

Complete SDK and simulation environment

Flexible expansion compatibility

Supports sensors and end-effector expansion

Modular robot design

Educational Embodied Robots

A complete product lineup from foundational teaching to advanced research

Mini Pi

Mini Pi

12 DOF
Height52 cm
Weight7 kg
Payload15 kg

An entry-level bipedal platform that is lightweight and portable, ideal for foundational robotics teaching and research.

Mini Pi+

Mini Pi+

22 DOF
Height65 cm
Weight10 kg
Payload10 kg

An open-source modular platform supporting dual-arm manipulation — an official standard platform for RoboCup and hackathons.

Mini Hi

Mini Hi

25 DOF
Height82 cm
Weight16 kg
Payload20 kg

An advanced humanoid platform with full-size dual arms and head vision, built for in-depth research and advanced courses.

Highly open SDK with rich expansion modules

URDF and low-level SDK

The developer edition provides URDF and low-level motor SDK interfaces for deep customization.

Simulation environment

Open interfaces with rich simulation environments and built-in motion control algorithms that greatly simplify programming.

1000+ Hz control frequency

Supports 1000+ Hz high-frequency control for precise motion control and real-time feedback.

Flagship Product

Mini Pi Specifications

Sleek black-and-white design with a metallic finish, standing just 520 mm tall and weighing only 7 kg — light enough to lift with one hand for development. With 12 degrees of freedom and a max joint torque of 16 Nm powered by the self-developed HTM-5047 joint module, it is an ideal platform for university robotics teaching.

12-DOF 520mm 7kg 16Nm Self-developed module
Standing height520mm
Weight (incl. battery)7kg
Operating voltage24V
Max payload15kg
Movement speed1.5m/s
Degrees of freedom12 DOF
Max joint torque16Nm
Joint moduleSelf-developed HTM-5047
Control precisionDual-encoder brushless motor, 19-bit
Control modesVoltage / Torque / Velocity / Position
Communication protocolFDCAN, CAN-compatible (64 bytes)
Main control chipHPM5361
Teaching Support

Embodied AI RobotsCurriculum

Every robot comes with a complete curriculum — from product overview and mechatronic control to ROS2 development and AI algorithms, spanning 7 course categories for a full learning path from zero to integrated engineering.

Product Overview Hardware & Mechatronic Control ROS2 Development Data Engineering Navigation & Manipulation AI Algorithms Integrated Engineering
View the full robot curriculum

Core Components

The full HighTorque component line, meeting all hardware needs for university labs, research, and competitions.

Servo Joint Modules

  • Planetary joint modulesMulti-model
  • Ultra-slim joint modulesMulti-model
  • Hollow-shaft joint modulesMulti-model

Robotic Arms

  • Panthera-HT 6-axis armOpen source
  • Best-in-class under ¥10kValue
  • Open-source releaseFully open

Controllers & Batteries

  • 7-channel CAN controller boxController
  • HTB48-01 battery controllerPower management
  • HTB24-02 battery24V power

Latest News

Product Launch

wwntAI AI training kit curriculum upgraded to 6 core courses

Six cross-disciplinary core courses in computer vision, embedded AI, and sensor technology, with 100+ lab projects for a complete university AI education solution.

University Partnership

WWNT Robotics signs industry-education-research agreements with multiple universities

Co-building AI embedded training labs and joint research institutes around embodied robot platforms, self-developed curricula, and motion development tools.

Yanshu AI

Yanshu AI officially launches, empowering smart university teaching

The LLM-based Yanshu AI supports Q&A, code debugging, and lab report grading, giving every student a 24/7 AI teaching assistant.

Training Platform

Multi-functional training platform supports custom university lab programs

Integrating a Raspberry Pi 5 edge computing terminal with multi-sensor arrays for a full teaching path from basic programming to integrated development.

Documentation

Complete SDK and API docs

Downloads

Firmware and software downloads

After-sales Support

Professional technical support

Contact Us

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