TireScan™ System
tire pressure measurement system
Complete pressure imaging system for conducting tire tread analysis.
Tire Footprint Pressure Measurement
The TireScanTM system is a unique tool used throughout the tire industry to capture static or dynamic tire footprint pressure patterns of passenger, truck, off road, agricultural, and aircraft tires. Various industry leaders such as Goodyear, Michelin, Bridgestone, and Pirelli use the TireScan pressure measurement system to analyze tread designs and conduct quality control experiments.
Because of its USB connectivity, TireScan can be used with equal ease in the lab, the factory, or in the field. Sensors can be placed directly on a roadway, a garage floor, mounted on a tire-rolling machine, or secured to a moving plank test machine. Sensors can even be buried underground and simply driven over to take a measurement within the soil.
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Key TireScan Features:
- Fast, accurate, and repeatable measurements
- Dynamic recording and playback
- Graphing and data analysis capabilities
- Real-time viewing
- Durable & reusable sensors
- Thin & incompressible
- Suitable for lab and field testing
- Sensors with more than 82,000 sensing elements
- Sensel density of up to 96.9 sensels per square centimeter
- Sensor scan rates of up to 250 Hz (frames per second)
- Easy to set-up & portable
- USB connection
- Integrated external triggering & synchronization
- All scanning electronics conveniently located on one side of the sensor
- Tested & proven by dozens of tire manufacturers worldwide
- Ruggedized offering available
TireScan System Specifications:
| Sensor Technology | Resistive |
| Accuracy | ± 5% |
| Pressure Range | 0-300 psi (2,068 KPa) |
| Thickness |
0.008" (0.20 mm) Not compressable - dimensional stability is key for repeatable measurements. |
| Ambient Temperature | 15 °F to 140 °F (-9 °C to 60 °C) |
| Ambient Humidity | 5% to 90% RH |
| Connection Type | USB 2.0 |
| Cable Length | 15 ft (4.57 m) (Up to 100 ft (30.48 m) available) |
A Tekscan system consists of scanning electronics, software, and patented thin-film tactile, pressure sensors. To learn more about our scanning electronics and sensor performance specifications, please visit our Sensor Technology page. Our qualified engineers will help you select the optimal system configuration to meet your application requirements.
TireScan Components (system model TV8400):
Scanning Electronics - Every Tekscan system uses specially designed scanning electronics called Handles or Cuffs. The electronics connect to the sensor, gather the data from the sensor, and then process and send this data to your computer via USB connection.
Equilibration Device
TireScan Software CD
Tactile Pressure Sensor(s)-Sensor selection dependent on application
*Components depend on system configuration. Additional items may be included with your system purchase.
Choose from a variety of Tactile Pressure Sensors
Tekscan offers a variety of tactile pressure sensors for capturing tire footprints of passenger, truck, agricultural, mining, and OTR tires. The most common selections are displayed below. Sensors in our catalog can be created to accommodate high temperature applications (up to 400° F). Custom tactile pressure sensors and pressure ranges can also be created to meet your specific application requirements.
Tire pressure Sensor Configurations |
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Sensor Specifications |
#8400 | #8000 | #7101 | ||
| Sensing Area |
402.3 mm x 433.2 mm (15.84 in. x 17.06 in.) |
268.2 mm x 317.0 mm (10.56 in. x 12.48 in.) |
268.2 mm x 317.0 mm (10.56 in. x 12.48 in.) |
292.6 mm x 268.2 mm (11.52 in. x 10.56 in.) |
487.7 mm x 447.0 mm (19.20 in. x 17.60 in.) |
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# of Sensing Elements |
133,408 |
82,368 |
36,608 |
8,448 |
8,448 |
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Spatial Resolution (X,Y) |
1.1 mm x 1.1 mm (0.045 in. x 0.045 in.) |
1.0 mm x 1.0 mm (0.040 in. x 0.040 in.) |
1.5 mm x 1.5 mm (0.060 in. x 0.060 in.) |
3.0 mm x 3.0 mm (0.120 in. x 0.120 in.) |
5.1 mm x 5.1 mm (0.200 in. x 0.200 in.) |
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Scanning Rate (Hz) |
TBD | 71 | 107 | 200 |
160 |
| Tire Type |
Passenger or Truck |
Passenger or Truck |
Passenger or Truck |
Truck |
Agricultural, Truck, & OTR |
| Construction |
Rugged or Standard |
Rugged or Standard |
Rugged or Standard |
Standard | Standard |
| Visual Output | ![]() |
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pressure Sensor Configurations For Larger Tires |
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Sensor Specifications |
#3150H | #5400NQ | #5400NH | ||
| Sensing Area |
980 mm x 890 mm (38.40 in. x 35.20 in.) |
0.87 m x 0.74 m (34.32 in. x 29.04 in.) |
1.31 m x 0.74 m (51.48 in. x 29.04 in.) |
0.87 m x 0.74 m (34.32 in. x 29.04 in.) |
1.31 m x 0.74 m (51.48 in. x 29.04 in.) |
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# of Sensing Elements |
33,792 |
9,152 |
13,728 |
7,072 |
10,608 |
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Spatial Resolution (X,Y) |
5.1 mm x 5.1 mm (0.200 in. x 0.200 in.) |
8.4 mm x 8.4 mm (0.330 in. x 0.330 in.) |
8.4 mm x 8.4 mm (0.330 in. x 0.330 in.) |
17.0 mm x 17.0 mm (0.669 in. x 0.669 in.) |
17.0 mm x 17.0 mm (0.669 in. x 0.669 in.) |
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Scanning Rate (Hz) |
160 | 537 | 537 | 258 |
258 |
| Construction |
Standard |
Standard |
Standard | Standard | Standard |
Analyze Tire Footprint Pressure Profiles
TireScan displays high resolution, multi-colored, images of the tire contact pressure pattern in real time. The intuitive graphing and imaging software enables quantitative, qualitative, and application specific analysis.
TireScan Software Features:
- Measures force, pressure, and contact area - dynamically
- Record and Play-back pressure “movies”
- Display real-time and recorded data as 2-D and 3-D pressure images and graphs
- Measures contact area, perimeter area, tread length and width, and cross sectional pressure profiles
- Ability to isolate and analyze specific areas
- Plot pressure, area, and force data over time and distance
- Windows compatible copy and paste of pressure images or data values into other applications
- File output in ASCII format
- View and compare multiple tests
- Save files as AVI movies
TireScan software is available in several languages including Spanish, French and German. View software languages available.
Software Options
TireScan Applications
- Tire footprint pressure pattern evaluation
- Analyze various tire compounds and tread designs
- Assess suspension and camber
- Sipe and tread block design and testing
- Road surface predictive wear studies
- Tire mold adjustment
- Race vehicle "set-up"
- Manufacturing quality assurance
- Competitive benchmarking
There have also been a number of research projects conducted where pressure measurement technology has played a crucial role. For a list of research studies, download the Industrial bibliography.




























