MARSS has worked with Echodyne for over eight years, being one of its original test partners for its first commercial products. In the years since, the partnership has gone from innovation, to system integration, to trusted operations, with MARSS using Echodyne’s radar solutions across its portfolio of industry-leading products – including its NiDAR X Compact air and surface threat detection system, and NiDAR X-Scout rapidly deployable sensing and countermeasures platform, as well as its RADiRguard perimeter surveillance system.
Echodyne radars combine a uniquely small form factor, low weight, and extraordinary performance. Their ability to detect, track, and classify UAS with industry-leading angular accuracy – along with other air and surface threats – make Echodyne an ideal partner for MARSS’ customers looking for reliable protection in a discreet package.
Paired with MARSS’ AI-powered NiDAR platform – which fuses data from multiple sensors into a single interface – Echodyne’s patent-protected MESA® radars are put to maximum effect, giving users the best information, in the fastest possible time.
Furthermore, at the touch of a button within NiDAR, customers can adapt the radar’s configuration to suit mission requirements. As Rob Balloch, Chief Growth Officer with MARSS explained, “The flexibility of Echodyne’s radars enables a mobile platform, such as MARSS’ NiDAR X Terra, to provide perimeter surveillance along a country border on one day, and on the next, be positioned at a sports stadium to protect against hostile drones.”
On partnering with Echodyne, Rob commented, “Having worked as engineering partners for so many years, it’s fantastic to see Echodyne develop into one of the world’s leading radar providers.
“Collaborating with and supporting Echodyne in its formative years has enabled us to help maximise the company’s potential, while also giving us the opportunity to influence the products to meet the precise needs of our customers. I am incredibly proud to be using Echodyne radars to protect people and critical sites across the globe.”
