IMAGINE what the NFL measures with DTS DDR

DTS DDR – only .09 oz – is the smallest ultra-low power data logger available today. This stand-alone data logger is being embedded in NFL sports protective mouthguards. The DDR monitors short duration events in very small places. This data logger is expanding what’s possible in injury biomechanics testing in the NFL and beyond. Imagine.

#dts #datalogger #DDR #injuryBiomechanics #nfl #nflplayers

DDR

Miniature, ultra-low power 6DOF data logger, linear & angular acceleration, flexible PCB

SEE MORE

DTS IMAGINE

IMAGINE Capturing Accurate Data from a Helmet or Mouthguard

SEE MORE

IMAGINE Capturing Accurate Data from a Helmet or Mouthguard

Imagine, DDR

The DDR from DTS is a low power data logger that measures both triaxial linear and triaxial angular acceleration for accurate data collection in the field. This bare flex circuit ca be embedded in mouthguards or helmets making it Ideal for injury biomechanics testing. Imagine.

#DDR #DataLogger #DTS #DynamicDataRecorder #injurybiomechanicstesting

DDR

Miniature, ultra-low power 6DOF data logger, linear & angular acceleration, flexible PCB

SEE MORE

DTS IMAGINE

IMAGINE the World’s Smallest 6 Degrees of Freedom 6DOF Dynamic Data Logger – DTS DDR

SEE MORE

IMAGINE a Data Logger that is both rugged and light as a feather

Imagine, DDR

IMAGINE a Data Logger that is both rugged and light as a feather… DTS already has with the DDR, a dynamic data logger which can be embedded in military protective gear to measure biomechanics data

The ultra-lightweight Dynamic Data Recorder (DDR) from DTS, a data logger with high-shock 10000 g operating/survivability, is designed as a flex circuit so can be laid flat or curved around and embedded in objects such as mouthguards. This DDR technology is being used in harsh environments, such as those experienced by military personnel, to help measure 6-degrees-of-freedom injury biomechanics data in the field. DTS, helping to make our soldiers safer. IMAGINE.

Watch this webinar to learn more about what you can do with the world’s smallest 6DOF DDR.

#DDR #DataLogger #DTS #SoldierSafety #DiversifiedTechnicalSystems

DDR

Miniature, ultra-low power 6DOF data logger, linear & angular acceleration, flexible PCB

SEE MORE

DTS IMAGINE

IMAGINE the World’s Smallest 6 Degrees of Freedom 6DOF Dynamic Data Logger – DTS DDR

SEE MORE

IMAGINE a Mouthguard that Measures Impact and Helps Protect Players

Imagine, DDR

…that’s what DTS has done with one of its newest innovations, the DDR (Dynamic Data Recorder). Flexible enough to conform to any shape such as a mouthguard, and rugged enough to withstand high impacts to collect meaningful injury biomechanics data. This miniature data logger weighs only 2.5 grams so it can be embedded in everything from helmets and mouthguards, to protective gear and boots without altering test dynamics. Imagine.

DDR

Miniature, ultra-low power 6DOF data logger, linear & angular acceleration, flexible PCB

SEE MORE

DTS IMAGINE

IMAGINE Data Logger that Takes the Hit AND Measures it!

SEE MORE

NASA Orion Capsule Drop Tests

DTS in the News

NASA Orion Capsule Drop Tests

NASA’s Langley Research Center in Hampton, Virginia began a new series of four water impact drop tests. According to NASA, this series of drop tests began March 23, 2021 to finalize computer models for loads and structures prior to the Artemis II flight test, NASA’s first mission with crew aboard Orion. Artemis II will carry astronauts around the Moon and back, paving the way to land the first woman and next man on the lunar surface and establish a sustainable presence at the Moon under the Artemis program.

For the April 6, 2021 test, the 14,000 lb. structural test vehicle was instrumented with DTS data acquisition systems and 500 channels of strain gauges, accelerometers and rotational rate sensors. The capsule was then vertically dropped into the Hydro Impact Basin at NASA’s Langley Research Center’s Landing and Impact Research Facility. The goal: better understand what Orion and its crew may experience during its final landing in the Pacific Ocean as part of the Artemis mission to the moon.

For over two decades, NASA has used DTS data acquisition systems to capture critical test data on helicopter crash landings, capsule drop testing, LDSD-low density supersonic decelerator and aerobrake testing. Providing accurate test data prior to real-live missions is an important part of research for understanding crash dynamics and improving occupant safety in any arena.

Watch the full video here courtesy of NASA TV https://www.youtube.com/watch?v=H1_bkuWCmO4



