Boxboro Systems LLC
369 Sargent Road
Boxborough, MA
01719
978.257.2219
857.636.8512
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RibEye™ patent-pending electro-optical products provide simultaneous measurement in two or three dimensions of the entire ribcage of crash test dummies at very high speed without compromising biofidelty. Currently, the RibEye can be used for the standard crash test dummies listed below.
NOTE THAT RIBEYE CONFORMS TO THE J211 STANDARD. The RibEye can also be used for other applications involving deformation, including automobile bumpers or steering wheels.
- 50th Male Hybrid III (12 LEDs, 2-axis, 10 kHz sample rate)
- 5th Female Hybrid III (12 LEDs, 2-axis, 10 kHz sample rate)
- SID IIS (6 LEDs, 3-axis, 10 kHz sample rate)
- RoofEye™ for measuring roof crush and similar applications (60 LEDs,3-axis,10 kHz over range of more than one meter)
Click on the MANUALS tab above to find manuals for each product.
Specifications for 5th Female(Requires Adobe Acrobat® Reader)
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The patented DTMS system provides highly accurate structural deflection and twist data in real time. DTMS is an all-digital, electro-optical system that can measure deflection and twist in structures as diverse as sailboat masts, buildings, helicopter rotors, airplane wings, bridges, large machines, and wind turbine blades.
The DTMS provides data at multiple points along the structure’s length, and all of the deflection data is relative to one end of the structure, not relative to a fixed ground. The system can be used to measure bending and twist in operating structures where conventional instrumentation won’t work. The distance between measurement points can be optimized for your measurement needs, and the system is fast enough to record and display dynamic mode shapes in real time.
The DTMS is an all-digital device, so it isn’t subject to noise and drift problems of analog sensors like accelerometers and strain gauges. It can be mounted inside hollow structures like sailboat masts or in existing conduits for buildings, and can measure deflections where a structure is so large that you can’t see one end from the other, preventing the use of conventional laser based devices and optical extensiometers.
More detailed DTMS product Specifications available upon request
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