Cellula Robotics Ltd. is proud to launch a new website and introduce their first Hovering Autonomous Underwater Vehicle (HAUV): Imotus-1.

Cellula Robotics Ltd. is proud to launch a new website and introduce their first Hovering Autonomous Underwater Vehicle (HAUV): Imotus-1.

Imotus-1 is a Hovering AUV specifically designed to operate in confined environments, in a range of fluids. The navigation solution incorporates Cellulas proprietary Simultaneous Localisation and Mapping (SLAM) algorithms, using data from a suite of sensors to calculate its location inside a confined, unknown environment. Imotus-1 carries a range of inspection sensors including a high resolution stills camera, ultrasonic thickness sensors and a light intervention cleaning tool. Imotus-1 is available for purchase or lease.
Eric Jackson, President of Cellula Robotics Ltd. said: "We are excited to be entering the HAUV market with a vehicle designed to solve specific inspection challenges in confined spaces. Over the past 18 months, Cellula has taken the strategic decision to develop this technology, building on our strong control systems experience. With the global AUV market expected to grow significantly in the coming years and a drive to reduce costs in the Oil and Gas sector, we believe the Imotus family of vehicles will provide a new and cost effective solution to many inspection challenges."
Cellula Robotics specializes in the turnkey design and production of subsea robotic systems. Based in Vancouver, Canada, Cellula's world-leading engineering solutions have been used in geotechnical and geophysical applications around the world.
Their highly experienced staff and broad network of specialists allows them to provide a wide range of services, including custom engineering design, technical analysis, field support, simulations, and project management. They currently supply products in the fields of subsea systems and advanced scientific sampling, with every product's specifications being customizable in order to fit customers' specific needs.