PROJECT / 01 Robotics / engineering prototype
Six-legged hexapod robot
A hexapod robot provides a framework for exploring mechanical design, electronics, assembly and control testing.
Project publication scope pending confirmation
YZIT: intelligent hardware, hexapod robotics and engineering R&D
ROBOTICS / 01
HEXA X1
Six-legged hexapod robot
From complex terrain to real-world settings,a six-legged robot platform for multiple application contexts.
01 / 06
HEXA X1. Slide 1 of 601 / What is YZIT?
From ideas on a drawing to the physical world.
YZIT / 宇智智联 is the brand of 南京宇智智联电子科技有限公司. Its official website is yzit.tech. YZIT presents intelligent hardware, robotics, engineering design, electronics and PCB, rapid prototyping, and control integration.
02 / Engineering projects
Projects bring engineering into view.
From structure and electronics to control and testing, explore the process of implementing a physical system.
INTERACTIVE / 02 Interactive engineering model
Go-kart CAD model
From digital design to an interactive engineering model
CAD / 3D MODEL ↗DISCOVER YZIT
Explore YZIT
Explore our products, engineering projects and capabilities.
PRODUCT / 01
HEXA X1
Six-legged hexapod robot
From complex terrain to real-world settings, a six-legged robot platform for multiple application contexts.
Explore engineering projects Product / engineering contextEngineering illustration · not project photography
PRODUCT / 02
DRIVE X1
Go-kart engineering platform
From digital design to an interactive engineering model, a go-kart platform for engineering presentation and inspection.
Product / engineering contextEngineering illustration · explore the interactive model
PRODUCT / 03
PENBOT S1
Intelligent writing and drawing robot
From digital content to physical handwriting and lines, enabling writing and drawing automation.
Product / engineering contextEngineering illustration · project details subject to confirmation
PRODUCT / 04
LINK N1
Intelligent interaction terminal
A compact NFC smart device, combining hardware design, electronic circuitry and embedded control in a solution oriented toward product applications.
Explore capabilities Product / engineering contextProduct illustration · not product photography
PROJECT / 01
Six-legged robot
Robotics / engineering prototype
An engineering framework connecting mechanical design, electronics, assembly and control testing.
Explore the processProject publication scope pending confirmation
Engineering illustration · not project photography
PROJECT / 02
Go-kart CAD model
Interactive CAD model
From digital design to an interactive engineering model.
Engineering illustration · not project photography
CAPABILITY / 01
3D modeling & engineering design
From concepts and 3D models to engineering drawings, supporting the design and verification of mechanical structures.
Explore capabilities Product / engineering contextEngineering illustration · not site photography
CAPABILITY / 02
Electronics & PCB Bringing design to life
From circuit design and control boards to system integration, bringing electronic designs into physical products.
Explore capabilities Product / engineering contextPCB illustration · not project photography
CAPABILITY / 03
Rapid prototyping
The prototyping content covers PCB fabrication, 3D printing and prototype assembly, connecting digital designs with physical structures.
Explore engineering content Product / engineering contextConcept / engineering illustration · not site photography
CAPABILITY / 04
Control and integration
Control and integration content focuses on the relationships between hardware, software and mechanical motion, connecting mechanics, power and electronics.
Explore engineering content Product / engineering contextConcept / engineering illustration · not site photography
Detailed project information and publication scope remain subject to company confirmation. Illustrations present the content framework.
03 / From ideas to working systems
Every step connects to implementation.
A hexapod robot provides the framework for explaining how mechanics, electronics, fabrication and control come together.
DESIGN → BUILD → TEST
From design to physical systems
Structures, electronics and prototype fabrication illustrate the engineering process. These images are concept placeholders.
01
Design
Mechanical structures and CAD
02
Electronics
PCB and system design
03
Fabrication
3D printing and prototype assembly
- 01
Mechanical design
Structural concepts and 3D modeling
- 02
Electronics
Circuit and PCB design
- 03
Prototyping
PCB fabrication and 3D printing
- 04
System assembly
Mechanics, power and electronics integration
- 05
Control testing
Software control and motion verification
- 06
Iteration
Refine the design through testing
04 / Engineering disciplines
Across design and implementation.
A presentation framework based on the engineering activities described here. Detailed public claims remain subject to confirmation.
ENGINEERING DISCIPLINES
01
Structure and 3D design
From mechanical ideas to fabricable structures.
02
Electronics and PCB
Bringing circuit design into physical systems.
03
Rapid prototyping
Verifying design through fabrication and assembly.
04
Control and integration
Connecting hardware, software and motion.
Engineering imagery is conceptual and awaits replacement with verified YZIT development material.
05 / Development and iteration
Design, fabricate, test. Return to design.
Development involves repeated verification, debugging and improvement rather than a single finished image.
06 / Technology directions
Continuing exploration in intelligent hardware.
The current company content focuses on the relationships between hardware, application contexts and connectivity.
01Intelligent hardware↗
02Connected smart ecosystems↗
03AIoT terminals↗
Collaboration and contact
Discuss how the next idea takes shape.
Project collaboration, technical exchange and business enquiries are welcome. Official contact details await company confirmation.