Research & Movement

Learn why Boeing, Medtronic, and the LA Lakers trust
dorsaVi sensors

Research & Movement

Learn why Boeing, Medtronic, and the LA Lakers trust
dorsaVi sensors

Research & Movement

Learn why Boeing, Medtronic, and the LA Lakers trust dorsaVi sensors

What we offer to researchers

dorsaVi has a firm belief in the importance of motion and movement research. Our wearable technology and patented algorithms can be used on a number of parts of the human body, and raw data can be collected from everywhere else.

Talk to us to see how our wearable technology can be used for research, both in and out of the lab.

What we offer to researchers

dorsaVi has a firm belief in the importance of motion and movement research. Our wearable technology and patented algorithms can be used on a number of parts of the human body, and raw data can be collected from everywhere else. Talk to us to see how our wearable technology can be used for research, both in and out of the lab.

Configure sensors to your
research needs

/ Configure sensors to capture rates 1hz – 1000hz
/ 3 main components of sensor – magnetometer, accelerometer, gyroscope
/ Stream data directly to computer or store data on sensor (256mb)
/ Record data up to 6 days
/ Library of algorithms available or use your own
/ Electromyography (EMG)
/ High rate gyroscope (up to 4000 dps)
/ High range accelerometer (up to 400 g)

Have a Question?

Frequently Asked Questions

Research+ is a product that enables researchers to customise our sensors to meet the specific requirements of their projects.
Choose from Velcro bands, neoprene sleeves or adhesives to apply the sensors to the subject. The preferred choice will depend on the specific application. For example, neoprene sleeves work very well for the calf region for running and knee assessments. Velcro bands work very well for the shoulder and upper limb.
The movement sensors are 48.2mm x 28.5mm x 9.2mm. The movement & EMG sensors are 48.2mm x 28.5mm x 10.2mm. A single movement sensor weighs 13.5 grams. A single movement & EMG sensor weighs 17.5 grams.
The accelerometer chip can record up to 1,000Hz. The scale ranges for the accelerometer vary depending on what sensor you use. Standard Sensor: +/- 2g, +/- 4g, +/- 8g, +/- 16g. Premium Sensor: +/- 2g, +/- 4g, +/- 8g, +/- 16g, +/- 100g, +/- 200g, +/- 400g.
The gyroscope chip can record up to 1,000Hz. The rate in which the gyroscope can record at, varies depending on what sensor you use. Standard Sensor: +/- 250°/s, +/- 500°/s, +/- 1,000°/s, +/- 2,000°/s. Premium Sensor: +/- 250°/s, +/- 500°/s, +/- 1,000°/s, +/- 2,000°/s, 4,000°/s.
All full rate recording with all sensors being used, the usual battery life is 24 hours. By knowing the desired output, the settings are able to be modified to allow longer sessions to be recorded, with the maximum duration currently at 16 days.

Evidence

The latest webinars, videos and articles of dorsaVi technology in action.

Ruth P Chang, Anne Smith, Peter Kent, Nic Saraceni

Madison R. Heath, Joseph J. Janosky, Angelo Pegno

Matthew Jamison, Mark Glover, Keyan Peterson

Evidence

Ruth P Chang, Anne Smith, Peter Kent, Nic Saraceni

Wearable sensor technology may allow accurate monitoring of spine movement outside a clinical setting. The concurrent validity of wearable sensors during multilane tasks…

Madison R. Heath, Joseph J. Janosky, Angelo Pegno

Movement quality and neuromuscular balance are noted predictors of acute injury. Early sports specialisation and extremely high activity levels have been linked to elevated risk of injury.

Matthew Jamison, Mark Glover, Keyan Peterson

A primary ethology of adolescent idiopathic scoliosis (AIS) is currently unknown, but poor postural control of the spinal extensor musculature has been identified as an AIS risk factor.

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