Tire Analysis
Capture static or dynamic tire footprint pressure patterns for tire tread and performance analysis.
Have questions? Contact Us
Capture static or dynamic tire footprint pressure patterns for tire tread and performance analysis.
Tire manufacturers need to understand the changes of a tire under various loads and applications to improve handling and response. This analysis tool provides insight for a better understanding of tire design and how the tire interacts with road surfaces. Analyzing a tire footprint with pressure mapping allows engineers to see how their design improves:
|
Tekscan tire analysis solutions capture valuable interface pressure insights to address growing market demands. Intuitive, application-specific graphing and image analysis software enables quantitative and qualitative analysis of your tire design in ways the FEA cannot.
TireScan™ Detailed Tread Analysiscapture real-time tire contact pressure patterns
|
High Speed TireScanhigh speed tire performance analysis system
|
I-Scan™ for Tire Bead Analysismeasure bead seat / seal profile of virtually any tire-to-wheel interface
|
|
|
TireScan™ software provides the tools for a more comprehensive and higher quality analysis. The software displays the pressure distribution data in multiple formats. The user has the option to create and customize reports from the corresponding tire data and export as a CSV or Word file.
Contact us about using our tire footprint and performance analysis systems
Tekscan and Calspan reveal a revolutionary new measurement technology that captures tire motion on a flat track surface, a more accurate simulation than traditional high speed drum systems provide. Tire manufacturers can now get high-speed, flat surface contact patch tire pressure data under repeatable and controlled lab conditions.
The TireScan™ CrossDrive System is Tekscan's premium, high-resolution system for capturing tire footprint pressure patterns.
Tekscan’s High Speed TireScan™ system captures the impact of speed, motion, and inertial forces on a tire at speeds up to 265 km/h (165 mph).
In the highly competitive and rapidly evolving automotive industry, design engineers and researchers must relentlessly pursue technology to help them drive enhancements in performance, efficiency, safety, and quality. In this Ebook, learn how to achieve automotive design and process optimization with interface pressure measurement.