Characterization of surface pressure of a person on a horse saddle using the Tactilus Equestrics® Sensor System
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The new Tactilus Equestrics® sensor is a capable alternative to saddle-buying and fitting by trial and error, hit or miss.
A byproduct of years of medical product development for wheelchair users, the Equestrics® sensor is the product of extensive scientific research coupled with the latest technology in surface pressure mapping and algorithm development.
Using the Equestrics® sensor system allows you to quickly evaluate a horse's back for symmetry and potential sore spots, and help determine the most suitable saddle tree type, tree width, panel shape and depth for his back.
The Tactilus Equestrics® sensor system is the most economical, scientific and user-friendly system for surface pressure mapping available today, both in the lab and in the field.
The Tactilus Equestrics® sensor is a matrix-based tactile surface sensor that works by the principle of piezoresistance. Tiny sensing cells cover the entire surface area of the sensor "skin" allowing for discrete spot pressure analysis at any point in the contact region. The Tactilus Equestrics® sensor provides real-time data showing precisely where the pressure points occurs between the saddle and the horse.
The Tactilus Equestrics® sensor system includes the following components:
Customers will not only leave with the assurance of a scientifically validated saddle purchase decision but both the rider and horse stand to benefit by improved comfort and performance.
Sensor Specifications | |
Technology | Piezoresistive |
Pressure Range | 0 - 5 PSI (0 - 0.35 kg/cm2) |
Grid Size | 18 x 22 split mat |
Sensing Points | 388 |
Total Sensing Area | 29.5 x 17.5 in. (75.9 x 44.5 cm) |
Scan Speed | Up to 10 hertz |
Thickness | 98.4 mils (2.5 mm) |
Accuracy | �10% |
Refer to our applications menu for additional information on any of these uses of Tactilus® for surface pressure mapping.