Home
Motion Platform
BY CONTROLLED MOTION
Choose the architecture
Start from the motion the task must reproduce, then confirm it against the complete moving load.
6DOF Motion Platform
Coordinated surge, sway, heave, roll, pitch and yaw.
3DOF Motion Platform
Three specified axes when the task does not need six.
CONTROL & CONFIGURATION
Define the interface
The mechanism is only half the platform. Commands, states and boundaries are agreed with it.
Stewart Platform
Parallel geometry built around payload and workspace.
Motion Platform Control System
Commands, states, safety I/O and the host boundary.
COMPARE FIRST
Settle the trade-off
Three guides that close the architecture and sizing questions before an RFQ.
3DOF vs 6DOF
Electric vs Hydraulic
Payload, Stroke & Acceleration
SIZING REVIEW

Not sure which architecture?
Send the complete moving load, the required axes and one representative trajectory. We will name the platform family and the missing inputs.
Send Platform Requirements
Applications
TESTING & RESEARCH
Motion as a test input
Controlled physical motion used to produce evidence, not to entertain an operator.
Industrial Testing
Apply an approved trajectory to a DUT under a defined load.
Research Motion Platform
Repeatable dynamic input for controls, sensing and R&D.
Motion Compensation Platform
Counter a measured disturbance at a defined payload point.
SIMULATOR INTEGRATION
Platform-only supply
For OEMs and integrators who own the simulator and need the subsystem beneath it.
Motion Platforms for Simulators
The common mechanical, control and acceptance framework.
Flight Simulator
Subsystem beneath an integrator-owned moving cockpit.
Driving Simulator Motion Platform
Platform motion beneath a DIL or vehicle-research buck.
START HERE
Compare the routes
The same mechanism serves different objectives. Start from the physical outcome.
All Applications
APPLICATION REVIEW

Which application fits?
Send the objective, the complete moving assembly and one representative motion file. We will identify the workflow before naming a model.
Discuss Your Application
Custom & OEM
PROJECT ROUTES
Start from the blocker
Motion platform projects fail at the interface, not at the mechanism.
Custom & OEM Motion Platforms
No standard configuration fits your load or envelope.
INTERFACE & INTEGRATION
Where projects fail
A protocol name proves nothing. Message content, timing and states are agreed and tested.
Controller & API Integration
Commands, timing, operating states and safety signals.
EVIDENCE
What you get back
Every quoted figure should trace back to a document you can read.
About CSCmotion
ENGINEERING REVIEW

Define the work package
Send the system boundary, the moving-load data and the interface requirements you already have. We will name the route and the gaps.
Start an Engineering Review
Technology
WORKING PRINCIPLES
Understand the mechanism
For readers who need the physics before evaluating any product.
How a 6DOF Motion Platform Works
Six actuator lengths, one rigid-body pose.
Stewart Platform Design
How geometry trades workspace against stiffness.
SELECTION & SIZING
Settle the trade-offs
For readers comparing concepts before a specification is written.
3DOF vs 6DOF Motion Platform
What three axes can and cannot reproduce.
Electric vs Hydraulic
Bandwidth, payload ceiling, maintenance and site.
GO DEEPER
Reference and proof
Kinematics, modal analysis, FEA and laser metrology — and where they show up.
Technology Overview
Glossary
ASK AN ENGINEER

Technical questions, direct
Answered by the engineering team, not a sales inbox — and asking one does not put you into a quotation process.
Ask a Technical Question
Resources
BUYING GUIDES
Decide with evidence
What to settle before an RFQ, and how to read anyone’s published numbers.
How to Choose a Motion Platform
Inputs, trade-offs and what to settle before an RFQ.
FAQ
Short answers to what engineers and buyers ask first.
REFERENCE
Look it up
Terminology and recorded footage, kept separate from the sales pages.
Glossary
Motion platform terms defined the way we use them.
Videos
Recorded platform motion and factory acceptance footage.
PROOF
See it delivered
Requirement, engineering decisions and the measured validation behind them.
All Resources
STILL COMPARING?

Bring one real constraint
Send the payload, the required motion or the interface question that is hardest to answer. We will point you at the guide that settles it.
Ask a Technical Question
Case Studies
Company
THE COMPANY
Who you are buying from
A 20,000 m² production base in Nanjing with in-house servo cylinder and controller manufacturing.
About CSCmotion
A 20,000 m² production base in Nanjing, built in-house.
Contact
Contact CSC Motion, Request a Quote
AFTER THE ORDER
How it reaches you
Crating, shipping and the records that travel with the platform.
Blog
Engineering notes and project write-ups.
TALK TO US
Start a conversation
No finished specification required. Send what you already have.
Company Overview
FIRST CONVERSATION

Send one real constraint
Bring the payload, the motion requirement or the interface question that is currently blocking specification. That is enough to start.
Contact the Engineering Team

Base and moving-platform attachment points connected by a leg vector

Stewart Platform Kinematics: Inverse and Forward Solutions, Step by Step

2026-10-24 • 18 minutes of reading

Derive Stewart platform leg-length equations, follow a numerical example, and understand forward-solution checks and the limits of a geometric model.

A six-leg parallel platform with motion and positioning project objectives

Hexapod vs Stewart Platform: Motion Simulation Hexapods and Precision Positioners Are Not the Same Machine

2026-10-24 • 12 minutes of reading

Compare hexapod and Stewart platform requirements for motion simulation and positioning, then define the load case and validation your project needs.

BY CONTROLLED MOTION

Choose the architecture

CONTROL & CONFIGURATION

Define the interface

COMPARE FIRST

Settle the trade-off

TESTING & RESEARCH

Motion as a test input

SIMULATOR INTEGRATION

Platform-only supply

START HERE

Compare the routes

PROJECT ROUTES

Start from the blocker

INTERFACE & INTEGRATION

Where projects fail

EVIDENCE

What you get back

WORKING PRINCIPLES

Understand the mechanism

SELECTION & SIZING

Settle the trade-offs

GO DEEPER

Reference and proof

BUYING GUIDES

Decide with evidence

REFERENCE

Look it up

PROOF

See it delivered

THE COMPANY

Who you are buying from

AFTER THE ORDER

How it reaches you

TALK TO US

Start a conversation