DSEi 2011: Cassidian unveils maritime radar
Cassidian today revealed the latest in its family of maritime surveillance and target acquisition radars at DSEi in London.
Addressing the media on 14 September, Cassidian's VP sales, sensors and electronic warfare Hansjorg Roschmann said the TRS-4D next-generation multifunction radar would equip German Navy F125 vessels in the next 24 months.
'The system is in full scale development and we already have our first customer. The key highlight is the availability and combination of mechanical rotation and electronic scanning in azimuth and elevation,' he explained.
Based on GalliumNitride and AESA technology, the radar provides both mechanical and electrical scanning. According to Cassidian, this is the first radar to make full use of the advantages of simultaneous multiple beams based on AESA technology.
According to Roschmann, the radar beam was able to pass over a target of interest before being deflected back to cover the subject a second time before awaiting its next pass.
'This is not available in simple rotating mechanical radars,' he added.
Capable of detecting targets down to 0.01m2, TRS-4D can detect a target in less than a second. This, Roschmann claimed, compared to some six seconds for other mechanical systems.
'We have a very fast track initiation and confirmation. This capability is leading to a totally new situation awareness because we can now detect more targets because we have advanced processing and logarithms technology available and a capability to detect very small targets,' he continued.
The radar can also be configured for protection of ports from various asymmetric threats such as fast attack craft by way of a 'hidden sector scan of high threat or high interest areas, Cassidian stated.
Roschmann concluded that it could also be used for SAR missions with its capability to detect single swimmers or rubber boats at sea.
You may also like
More from Digital Battlespace
-
![AUSA 2025: Persistent Systems to complete its largest order by year’s end]()
AUSA 2025: Persistent Systems to complete its largest order by year’s end
Persistent Systems received its largest ever single order for its MPU5 devices and other systems earlier this month and has already delivered the 50 units to the US Army’s 4th Infantry Division.
-
![Aselsan brings in dozens of companies and systems under the Steel Dome umbrella]()
Aselsan brings in dozens of companies and systems under the Steel Dome umbrella
Turkey has joined the family of countries attempting to establish a multilayered air defence system with government approval in August 2024 for the effort landed by Aselsan. Dubbed Steel Dome, the programme joins Israel’s Iron Dome, the US Golden Dome, India’s Mission Sudarshan Chakra and South Korea’s low-altitude missile defence system.
-
![DSEI 2025: MARSS unveils new agnostic multidomain C4 system]()
DSEI 2025: MARSS unveils new agnostic multidomain C4 system
MARSS’ NiDAR system has been deployed using sensors from static platforms to provide detection and protection for static sights, such as critical infrastructure, ports and military bases.
-
![Australia looks towards space with force restructure, investment and training]()
Australia looks towards space with force restructure, investment and training
Australia is looking to improve its presence in space with a focus on communications and creating a dedicated segment of its defence forces committed to the domain.
-
![EID to unveil new vehicle communication system at DSEI]()
EID to unveil new vehicle communication system at DSEI
The Portuguese company’s naval communications system is in service across more than a dozen countries. It has turned to its home nation for support in developing a new vehicle based C2 system.
-
![Chess Dynamics successfully demonstrates Vision4ce AI-driven tracker]()
Chess Dynamics successfully demonstrates Vision4ce AI-driven tracker
The Vision4ce Deep Embedded Feature Tracking (DEFT) technology software is designed to process video and images by blending traditional computer vision with artificial intelligence (AI) algorithms to present actionable information from complex environments.
