The Dynamic Data Recorder (DDR) is one of the latest innovations from DTS (Diversified Technical Systems) in data acquisition technology. As the smallest, most flexible ultra-low power event data logger available, the DDR offers a standalone 6-degrees-of-freedom (6DOF) measurement system, capturing linear and angular acceleration at up to 5,000 samples per second per channel.
Presented by Kyvory Henderson, DTS’s Director of Business Development, this webinar explores the DDR’s rugged design, setup procedures, and its diverse applications in distributed sensing. The video also provides a brief overview of DTS data recorder history, tracing back to the earliest data loggers.
Weighing approximately 2 grams, the DDR serves as a versatile sensor platform with numerous features, including standalone shock and vibration recording, Bluetooth connectivity, wireless inductive charging, flash memory, a light sensor, and an integrated microprocessor. It incorporates both triaxial linear and angular accelerometers. The accompanying control software allows for device configuration, real-time data viewing, and data processing.
See DTS data loggers at https://www.dtsweb.com/data-loggers/
About the Speaker:
Mr. Henderson has more than 15 years of experience in research development for military and safety systems. He is currently leading the design of DTS products and programs for both military, automotive, aerospace and biomechanics applications. Throughout his career, he has led and designed large-scale research projects for the DOD, NASA and NFL and has gone on to publish many of his findings.
Education:
Masters of Business Administration, Department of Business, CSU Long Beach, CA, 2024
Master Graduate Certificate in Project Management, University of Virginia, VA, 2015.
BA Engineering Studies, Department of Mechanical Engineering/Bioengineering, Lafayette College, PA, 2012.