MOTUS Wave Buoys Exceed Expectations:

Since the launch in early 2017, the MOTUS Wave buoys have been very well received by the Marine Transport, Aquaculture and Oil & Gas industry, as well as the Research community.

Monitoring Japanese earthquake zones

The Japan Agency for Marine-Earth Science and Technology (JAMSTEC) has developped and used photo/multiparameter bottom landers in titanium to investigate environmental changes of the seafloor after...

Sea to Space with NASA

Dr. Ryan Vandermeulen at the NASA Ocean Ecology Laboratory has developed an experimental Photosynthetron to couple satellite information with processes at the sea surface. Aanderaa optodes are used...

"GLIDER" Unmanned exploration

Aanderaa is proud to be part of this exciting project, providing innovative sensors for unmanned vessels.

Robotic floats to measure in toughest environments

The fund provided by the Research Council of Norway will be used for new robotic floats that can be equipped to measure pressure, temperature, salinity, light, pH and nutrients in the toughest...

Introducing the MOTUS Directional Wave Buoys

Measure waves with market leading accuracy

• Measure accurate wave characteristics with the flexibility of a...

MOTUS Wave Buoys webinar

NEW! The MOTUS Wave Buoys are here – powered by the Aanderaa MOTUS Directional Wave Sensor.  Its compact low-power design accurately measures...

Environmental monitoring and topography mapping in ports

Aanderaa and their Polish partner Enamor will be at the TransNav conference and exhibition in Gdynia to present the latest about environmental monitoring and topography mapping in...

Pollution monitoring and remediation

Aanderaa will be at the Oceans'17 MTS/IEEE conference to be part of a presentation in the "Pollution monitoring and remediation session" on...

Video of deployment of buoys for test of MOTUS sensor

A short video of the deployment of buoys for test of the Aanderaa MOTUS wave sensor... We hope enjoy!

Watch the video on our YouTube channel