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Shock Transportation Data Logger MSR175

The two 3-axis acceleration sensors integrated in the MSR175 have working ranges of ±15 g and ±100 g. They record shocks and jolts at a measurement frequency of up to 5,000 measurements per second. The installed memory of the logger is capable of storing over 2 million measured values, which is sufficient for more than 1,000 shocks. In addition, the MSR175 data logger measures and records temperature profiles from -20° to 65 °C. Additionally, a second type variant of this data logger is available with internal humidity, pressure and light sensors.

Priced at under $500 USD.


   MSR Whitepaper

We have just posted a well written publication dealing with most aspects related to acceleration measurement as it pertains to the MSR Series of Acceleration data loggers.

Well worth taking the time to read this.


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Research with the “Tiger”:

Cell culture experiments in microgravity on board the military fighter jet aircraft F-5E “Tiger” of the Swiss Air Force

MSR data logger used for space medicine

Author: Prof. Dr.med. Dr.rer.nat. Oliver Ullrich

The University of Zurich and the Swiss Air Force have executed a unique, joint space medicine research project since 2010. The gravity, which arises as a result of flight manoeuvres during regular military training flights, is used for human cell research. To this end, the research team developed a special “flying laboratory”, which can be installed in the fighter jet aircraft F-5E “Tiger” of the Air Force. The MSR145 data logger by MSR Electronics is an essential element of this system.

Research in microgravity and under aerospace conditions is very limited, not easily accessible, as well as complex and costly. If you want to conduct research in microgravity, you have to apply for experiments either for the International Space Station (ISS), for research rockets or for parabolic flights. Often many months or even years pass before the actual experiment can start. Therefore fast, repeated test procedures as are customary and required in biomedicine, can barely be put into practice with the present repertoire of research options in microgravity.

Research in microgravity with the flying ARES laboratory

With the ARES (Aircraft-based Reduced-gravity Experimental System)project, Prof. Dr. Dr. Oliver Ullrich of the University of Zurich andCaptain Dr. Marc Studer, Professional Military Pilot of the Swiss Air Force, have taken a new direction together: Instead of the single annual large-scale experiment with a preparatory period, their approach facilitates many small, quickly repeatable experiments with short lead times.  ​Similar to a normal laboratory on Earth, the tests can now be performed within days or weeks. The Air Force does not incur any additional costs due to this project as the flight manoeuvre with extreme climbs and dives, during which 40 seconds of microgravity are generated, takes place at the start of a regular military training flight. During the parabolic manoeuvre, a test apparatus installed in the fighter jet aircraft “Tiger” automatically performs experiments on living human cells. To this end, a special experiment apparatus was developed, which facilitates the programmable, automatically operated performance of six independent cell culture experiments on board.

A standardised parabolic manoeuvre provides up to 45s of microgravity at a quality of less than 0.05g in all axes. The researchers mainly focus their attention on the malfunction of the human immune system in zero gravity, one of the central issues of crewed spaceflight. In addition, these experiments help to understand whether cells only function properly in the presence of gravity and why.

Prof. Dr.med. Dr.rer.nat. Oliver Ullrich

Professor of Anatomy and Director of the Institute of Anatomy, University of Zurich and Adjunct Professor of Space Biotechnology, University of Magdeburg

Born in 1970 in Berlin, Prof. Oliver Ullrich holds a PhD in medicine and biochemistry and is in charge of various international space medicine and gravitational biology research projects. These include projects on board the International Space Station (ISS), with the Chinese space mission Shenzhou-8, on board research rockets and parabolic flights. He was elected as Academician of the International Academy of Astronautics for life; he is the Head of Space Medicine / Space Life Sciences and Council Member of the German Society of Aerospace Medicine (Deutsche Gesellschaft für Luft- und Raumfahrtmedizin DGLRM) and a member of various international astronautics committees.

MSR145 mini data loggers as integral parts of the control module of the experimental system

During the flights, two MSR145 data loggers continuously measure the acceleration in all three axes, as well as the pressure and temperature, both reliably and precisely. The MSR145 data loggers by MSR Electronics are also used for the standardisation and training of the parabolic manoeuvre by pilots of the Air Force. Furthermore, the data loggers are used to carefully monitor the temperature of the transported human cells from the University of Zurich to Emmen Air Force Base.

In addition to the ARES research project, the MSR145 data logger is also used by the team of scientists of the University of Zurich to monitor the acceleration in all three axes during parabolic flights with the Airbus A300 (Bordeaux-Merignac).

The further advances and results of the research project can be viewed at:







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