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MOBILE ROBOT PLATFORMS / JDM

Mobile robot
platforms.
Built around you.

ROS 1 / ROS 2 mobile robot platforms and custom development, combining in-house robotics R&D with Shining Group manufacturing resources.

Discuss your project Explore platforms
In-house robotics R&DShining Group manufacturingJoint development

SR-C600 / DIFFERENTIAL DRIVE

SR-C600 mobile robot platform with mounting surface and sensor interfaces
50 / 150 kgStandard / optional payload
ROS 1 / 2Software support
↗

20–150 kgPublished chassis payload range*

ROS 1 + ROS 2Across the chassis series

Platform → productEngineering and manufacturing

OUR FOUNDATION / R&D + MANUFACTURING

In-house robotics R&D.
Shining Group manufacturing.

From the mobile base and navigation algorithms to complete robot engineering, prototype validation and production preparation.

01 / ROBOTICS ENGINEERING

We develop the robot as a system.

Our robotics team brings mechanical design, control hardware, embedded software and algorithms into one development process.

Mechanical & electrical design
Chassis structures, upper-module adaptation, electrical systems, wiring and sensor integration.
Embedded systems & motion control
Device communication, low-level control functions and coordinated chassis drive and control.
In-house SLAM & navigation
Mapping, localization, navigation, path planning and obstacle avoidance, with configuration and software scope agreed for the project.
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Shining Group manufacturing campus in Taizhou
Shining Group manufacturing campus · Taizhou, China

02 / GROUP MANUFACTURING RESOURCES

An established manufacturing foundation.

Shining Group was established in 1995, with production bases in Taizhou and Jiangsu. Its manufacturing businesses include wall-mounted boilers, commercial air conditioning and centrifuges.

  • Machining and sourcing for prototypes and production.
  • Assembly, testing and quality management resources.
  • Pilot builds, production introduction and ongoing supply.

Shining Robotics leads robot development and delivery. Group resources are used according to project needs and internal arrangements.

01 / FIND YOUR PLATFORM

A base for what comes next.

Choose a standard mobile robot chassis by the task, payload and integration work your project needs.

SR-C differential-drive mobile robot platform family

SR-C SERIES / 4 MODELS

Differential-drive platforms

20, 50 and 150 kg maximum payload specifications. Compare footprints, sensors and mounting space.

Compare the series ↗
SR-X700 four-wheel steering and drive chassis

SR-X700 / 4WD + 4WS

Four-wheel steering platform

150 kg rated payload, 1.4 m/s maximum speed and custom chassis dimensions by assessment.

Explore SR-X700 ↗

* SR-C payloads are maximum values; SR-X700 lists rated payload. Application conditions require assessment.

02 / BUILD AROUND YOUR WORK

Three ways to move forward.

01

Robot companies & integrators

Build your application on a standard platform. Define the upper module, control interfaces and delivery configuration.

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02

University & research teams

Evaluate a physical platform for your experiments, and match the ROS environment, sensors and documentation to your lab.

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03

Custom robot development

Work with our team on mechanics, electronics, software integration and validation, from product definition to production.

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03 / JOINT DESIGN & MANUFACTURING

From a mobile base to your robot.

Reuse existing platforms where they fit, then define the engineering needed around your product.

01

Define

Tasks, environment, payload and acceptance criteria.

02

Engineer

Platform, upper module, electrical and software interfaces.

03

Validate

Prototype tests, integration and agreed design changes.

04

Manufacture

Pilot builds, processes and volume supply planning.

See custom robot development services ↗

FOR UNIVERSITIES & RESEARCH INSTITUTES

Your research. An academic platform quote.

Our Academic Research Program provides project-based pricing for institutional and laboratory procurement.

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04 / MAKE AN INFORMED CHOICE

Engineering guides, before the quote.

Practical comparisons to help you define the right platform and the right development scope.

01 / SELECTION

How to select a mobile robot chassis

Start with payload, mounting space, motion and integration.

Read guide

02 / MOTION

Differential drive or four-wheel steering?

Compare motion architecture and the work needed to integrate it.

Read guide

03 / COMPARISON

SR-C500 vs SR-C600: the 50 kg shortlist

Look beyond payload to footprint, sensors and battery options.

Read guide

04 / DEVELOPMENT

Standard platform or custom development?

Define which parts you can reuse and which need engineering.

Read guide

INDUSTRY & ACADEMIC RESEARCH

University collaboration.
Connected to robot development.

We collaborate with relevant teams at Tongji University and Jiangnan University on core algorithms, expert guidance, talent development and technology iteration, bringing research into robot products and practical applications.

Tongji University emblem

UNIVERSITY TEAM COLLABORATION

Tongji University

Core algorithm research and engineering collaboration with relevant university teams.

Jiangnan University emblem

UNIVERSITY TEAM COLLABORATION

Jiangnan University

Core algorithm research and engineering collaboration with relevant university teams.

Explore research platforms ↗Academic pricing for institutions ↗