Academic platform pricing
Request a project-specific academic quotation for SR-C series or SR-X700 chassis, based on the configuration, quantity and procurement requirements.
ACADEMIC RESEARCH PROGRAM
Academic pricing for ROS robot research platforms.
Project-based academic pricing for universities, research institutes and their formal laboratories. Tell us about your research and we will assess the platform configuration and institutional quotation.
For institutional and laboratory procurement. Pricing is assessed for each project and confirmed in a written quotation.
PROGRAM SCOPE
Match the quotation to the work your lab needs.
ROS integration planning
All chassis support ROS 1 and ROS 2. Identify your distribution, OS, sensors and interface requirements so the quotation reflects the intended setup.
Defined documentation scope
Specify the drawings, interfaces, driver information and support your team needs. Included materials and services are listed in the quotation.
ELIGIBILITY
Designed for institutional research procurement.
- Universities and accredited higher education institutions.
- Research institutes and their formal laboratories.
- Formal university laboratories or departments purchasing for research or education.
- An institutional contact and a verifiable organization or laboratory website.
- A research or teaching project with a defined application and procurement need.
This program covers institution and laboratory purchases. Individual student purchases are outside its scope. Eligibility is reviewed before a quotation is issued.
PLATFORM SELECTION
Choose the platform for the experiment.
| Platform | Motion | Payload | L × W × H | Battery | ROS support |
|---|---|---|---|---|---|
| SR-C400 ↗ | Differential drive | 20 kg maximum | 400 × 400 × 260 mm | 24 V / 10 Ah | ROS 1 / ROS 2 |
| SR-C500 ↗ | Differential drive | 50 kg maximum | 500 × 500 × 310 mm | 24 V / 20 Ah | ROS 1 / ROS 2 |
| SR-C600 ↗ | Differential drive | 50 kg maximum (standard); 150 kg optional | 600 × 450 × 260 mm (standard) | 24 V / 20 Ah standard (30 Ah optional) | ROS 1 / ROS 2 |
| SR-C800 ↗ | Differential drive | 150 kg maximum | 800 × 550 × 260 mm | 24 V / 30 Ah | ROS 1 / ROS 2 |
| SR-X700 ↗ | Four-wheel drive & steering | 150 kg rated | 700 × 600 × 300 mm | 48 V / 52 Ah | ROS 1 / ROS 2 |
Maximum and rated payload are different specification labels. Confirm test conditions, load distribution, center of gravity and operating speed for your project. SR-C600: 50 kg maximum payload and 20 Ah battery in the standard configuration; 150 kg payload and 30 Ah battery options. Confirm the specifications of the selected configuration.
HOW TO APPLY
From research brief to an academic quote.
Share your project
Institution, laboratory, research task and required configuration.
Review eligibility
Institutional identity and purchasing context are reviewed.
Confirm the platform
Agree payload, interfaces, software and documentation scope.
Receive a quotation
Academic pricing and supply terms are confirmed for the project.
PROGRAM QUESTIONS
Before you apply.
Is there a fixed public discount?
No fixed percentage is published. Academic pricing is assessed against the institution’s project, selected platform, configuration and quantity.
Does an academic quote include all software and services?
Hardware, software, documentation and support are defined in the written quotation. Source code, navigation software, custom development and third-party licenses are not automatically included.
Can a lab request a custom research platform?
Yes. Describe the changes required. Custom development is assessed separately, including engineering scope, deliverables, validation and intellectual property.
What information should our lab provide?
Institution and lab website, research task, platform preference, quantity, payload and mounting dimensions, ROS environment, documentation needs and procurement timing.
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.
UNIVERSITY TEAM COLLABORATION
Tongji University
Core algorithm research and engineering collaboration with relevant university teams.
UNIVERSITY TEAM COLLABORATION
Jiangnan University
Core algorithm research and engineering collaboration with relevant university teams.
INSTITUTIONAL APPLICATION
Prepare your academic pricing request.
Use an institutional email where possible. Share your institution or laboratory website to help us review procurement eligibility.