Posted in | Sensors - General

Real-Time Tire Tread Analysis with the TireScan CrossDrive

The TireScan™ CrossDrive System is a unique tool used to capture tire footprint pressure patterns. Measurements can be captured statically or dynamically and are displayed as high resolution, multi-colored images of the tire contact pressure pattern, in real time. The system's intuitive, application specific graphing and image analysis software enables quantitative and qualitative analysis of the tire footprint.

For more information, visit www.tekscan.com/crossdrive

Run Time - 2:49

TireScan CrossDrive - Superior Real-Time Tire Tread Analysis

Other Videos by this Supplier

Analyze Tire Behavior at High Speeds with the High Speed TireScan

Analyze Tire Behavior at High Speeds with the High Speed TireScan

Video to Show Pressure Mapping Technology for Soil Compaction Evaluation

Video to Show Pressure Mapping Technology for Soil Compaction Evaluation
Video to Show Pressure Mapping Technology for Brick Structure Evaluation

Video to Show Pressure Mapping Technology for Brick Structure Evaluation
Video to Show Pressure Mapping Technology for Measuring Soil Compaction Pressures of Agriculture Vehicles

Video to Show Pressure Mapping Technology for Measuring Soil Compaction Pressures of Agriculture Vehicles
Video to Show Pressure Mapping Technology for Compression Testing Mortar Mixtures

Video to Show Pressure Mapping Technology for Compression Testing Mortar Mixtures
Optimize Civil Engineering and Geotechnical Processes in Four Ways

Optimize Civil Engineering and Geotechnical Processes in Four Ways

Tell Us What You Think

Do you have a review, update or anything you would like to add to this video content?

Leave your feedback
(Logout)
Your comment type
Submit

Sensors Videos by Subject Matter

Silicone Force Sensor (SXTSC1)

Silicone Force Sensor (SXTSC1)

The elastomer silicone force sensor works according to the capacitative operating principle and can continuously measure both touch and compressive force.

From Sateco AG