Port of Prince Rupert Adds Shore-based Radar
The Port of Prince Rupert has commissioned a new shore-based radar regime designed to safely accommodate the port’s growth in vessel traffic and international trade. Shore-based radar builds on the existing vessel traffic service that provides active vessel monitoring and navigational information to vessels at the Port of Prince Rupert. Transmitting data from three tower sites across the port’s coastal shores, the system provides coverage ranging from the northeast of Haida Gwaii to the Alaskan border. “The addition of radar improves the capability of the port to proactively monitor and manage vessel movement in the harbor,” said Don Krusel, President & CEO of the Prince Rupert Port Authority.
‘A Step Forward in Submarine Radar Technology’
Kelvin Hughes, a U.K. baesd designer and supplier of navigation and security surveillance systems, announced that it can now bring all the benefits of its SharpEye radar technology to submarines. Traditionally, submarines only use radar for navigation in and out of port because a high power RF transmission can compromise its ability to remain undetected. However, with its low power output – up to 300W as opposed to the 25kW of legacy submarine radar systems – SharpEye can reduce the probability of detection by ESM systems.
New Commercial Shipping Radar from Kelvin Hughes
Kelvin Hughes has announced the launch of a new range of radar systems for commercial shipping based on its innovative, solid-state SharpEye technology. Kelvin Hughes has been supplying IMO type-approved radar to merchant ships, fishing boats and workboats since the 1940s, delivering reliability and low cost of ownership together with highly superior detection capability. SharpEye, with its Doppler processing of the radar returns, has taken situational awareness to a new level with its ability to detect more targets, at longer ranges, than conventional, magnetron-based radar systems.
New Radar Interface for Rose Point ECS
Rose Point Navigation Systems announces the launch of its new Commercial Radar Interface, delivering a solution for interfacing marine radars with Rose Point ECS. The design of the Commercial Radar Interface uses an all-digital interface for data transfer that ensures a high level of image fidelity with the radar's display. The Commercial Radar Interface was designed to combine the benefits of radar images with the navigation tools built into Rose Point ECS. It provides an overlay of the radar image on any chart…
High Power Phased Array Radar Development
The Australian Department of Defense released a request for tender to CEA Technologies for the development of a High Power Phased Array Radar concept demonstrator. CEA Technologies Pty Ltd is a Canberra-based company whose CEAFAR radar is being fitted to the ANZAC Class Frigates of the Royal Australian Navy (RAN) as part of the ANZAC Class Anti-Ship Missile Defense Upgrade project. “This tender is for the development of radar systems based on the CEAFAR radar which could support future naval acquisitions such as the Royal Australian Navy’s Future Frigates through Project SEA 5000,” Minister for Defense Materiel Dr. Mike Kelly AM MP said. The CEAFAR radar is a focus of the Phased Array Radar element of the High Frequency and Phased Array Radar Priority Industry Capability (PIC).
Cambridge Pixel Enhances RadarView
RadarView allows electronic navigation charts (ENC), tiled maps, world vector shoreline, and raster images, to be displayed with the primary radar video. Cambridge Pixel , a developer of sensor processing and display solutions, has enhanced its RadarView Windows-based radar visualisation software tool to allow complex map and charts, for example, electronic navigation charts (ENC), tiled maps, world vector shoreline, and raster images, to be displayed with the primary radar video.
SPx Simulator Solution for C2, ECDIS & VTS Systems
Cambridge Pixel unveils SPx Simulator to test and validate complex primary radar display applications. The sophisticated SPx Simulator software builds on Cambridge Pixel’s established SPx radar processing library to provide a flexible tool for system developers allowing multi-radar simulations or scenarios to be constructed including terrain effects, primary radar targets, secondary targets (AIS, IFF, ADS-B) and navigation data. The output of the simulator is a network stream of one or more primary videos in either SPx or Asterix formats, along with synchronised AIS tracks, primary tracks and NMEA 0183 navigation data. SPx Simulator is aimed at developers of military and commercial radar display applications including Command and Control (C2) systems…
Alewijnse Presents its Revolutionary River Radar
Alewijnse Marine Systems is introducing a revolutionary river radar based on the latest technology and including many new features. The Inland Navigation Radar is being presented for the first time at the Europort exhibition from November 8 to 11 in Ahoy, Rotterdam, and will be available in early 2012. Innovative features of the new Alewijnse radar include the simultaneous overlay of AIS information on the radar image, and the exceptional quality of the digital signal transmitted between the radar scanner and 22-inch widescreen display.
Simrad HALO Pulse Compression Radar launched
Navico Commercial Marine Division today launched the Simrad HALO Pulse Compression Radar, the world’s most affordable solid-state, open-array radar system with pulse compression technology for non-SOLAS applications aboard commercial vessels. Combining the advantages of Simrad FMCW Broadband Radar and traditional pulse radar systems, HALO radar detects targets as close as 20 feet (6 metres) – well within pulse radar’s short-range “blind spot” – while delivering exceptional long-range performance up to 72 nautical miles.
Kongsberg Unveils New Radar Solution at Nor-Shipping
Kongsberg Maritime presented a new solution for the distribution of Radar data on board ships during Nor-Shipping 2013. Utilization of an Ethernet based LAN (Local Area Network) is a significant addition to Kongsberg Maritime’s K-Bridge Integrated Bridge System and is capable of improving safety and navigation through enhanced Radar functionality whilst offering significant installation benefits. The system is currently undergoing Type Approval testing at DNV, with first customer delivery in Autumn 2013.
NG Celebrates 60 Years in Marine Radar
Northrop Grumman Corporation’s (NYSE: NOC) Sperry Marine business unit is marking a major milestone in the history of the company’s leadership in radar technology with the celebration this year of the 60th anniversary of the launch of its first marine radar. Sperry Marine’s heritage in marine radar dates back to August 1949, when the U.K.-based Decca Marine Group introduced its first commercial marine radar product, the Type 159. The Decca brand product lines later became incorporated with Sperry Marine under Northrop Grumman ownership. DaCunha noted that the company has sold more than 150,000 marine radar sets in almost every country of the world since the first product appeared in 1949.
Xenex Navigation Launches Improved Radar
Xenex Navigation Inc. introduced their new radar interface module. This module will greatly enhance the capacity of Xenex's multi-functional radar systems and development tools that combine ARPA functionality, radar control, electronic charting and radar image overlay. The new Xenex radar module is used throughout the new 2000 product series. IntegRadar software development tools for OEMs, and SafeHorizon radar surveillance systems," says Harvey Russell, President of Xenex. Xenex 2000 radar systems are compact and lightweight in an attractive blue rugged enclosure. Measuring only 6" by 12.5" by 3" and weighing only 6.2 pounds, they are mountable into the tightest compartments. come with built-in floppy and CDROM drives and a high-performance radar processor in a box.
NMEA Award for Simrad HALO Pulse Compression Radar
Simrad HALO Pulse Compression Radar has been awarded the Technology Award at the 2015 National Marine Electronics Association (NMEA) Conference and Expo in Baltimore, Md. The NMEA 2015 Technology Award is judged by an independent panel of experts recognizing exceptionally innovative consumer marine products. Simrad HALO Pulse Compression Radar is the world’s first high-performance, solid-state, open-array radar system with pulse-compression technology, suitable for recreational and light marine markets.
Simrad HALO Radar Wins 2015 Design Award
Simrad HALO Pulse Compression Radar, the world’s first high-performance recreational solid-state, open-array radar system with pulse compression technology, has won the prestigious 2015 Design Award METS (DAME) in the Marine Electronics category at the Marine Equipment Trade Show in Amsterdam, Netherlands. Simrad’s HALO Radar combines the advantages of Broadband Radar and traditional pulse radar systems–providing navigational visibility and awareness as close as 20 feet (6 meters) within the pulse radar’s short-range “blind spot…
Book Release: Sea Clutter, Second Edition
The Institution of Engineering and technology published the second edition of “Sea Clutter: Scattering, the K Distribution and Radar Performance,” written by Keith Ward, Robert Tough and Simon Watts. The book gives an authoritative account of current understanding of radar sea clutter. Topics covered include the characteristics of radar sea clutter, modeling radar scattering by the ocean surface, statistical models of sea clutter, the simulation of clutter and other random processes…
Raytheon Anschütz to Debut New Radar at SMM
The German navigation system manufacturer Raytheon Anschütz announced the launch of a new generation navigation radar for this year’s SMM. The new radar is distinguished mainly by two innovations on the transceiver: Network technology replaces analog data transmission, and a pedestal which is newly constructed electrically and mechanically reduces cost of ownership and simplifies service. The new NautoScan NX radar transceivers are based on modern hardware and software infrastructure to achieve highest reliability on a high performance level.
Consiliums Oil Spill Detection Radar
The recently launched Oil Spill Radar by Consilium Marine & Safety was tested together with the Norwegian Coastal Administration and the Norwegian Clean Seas Association For Operative Companies (NOFO). Within months since the successful tests last July, the Consilium Oil Spill Detection Radar is celebrating a breakthrough by responding to an increasing demand. The Oil Spill Detection Radar is being used on the Finnish Icebreaker Kontio, commissioned as stand-by Vessel for EMSA (European Maritime Safety Agency)…
Port of Vitória Orders Hi-res Radars
Navigation and security surveillance systems company Kelvin Hughes announced it has been contracted to supply two of its SBS-900-2 SharpEye radar systems for the Porto de Vitória in Brazil. The equipment will be provided through Spain’s Indra. The SBS-900-2 is from the ‘advanced’ radar family of the Kelvin Hughes Shore Based Sensor radar range. The radar system consists of a single X-Band SharpEye radar transceiver mounted in an environmentally sealed enclosure on a mast close to the antenna.
Lockheed Martin Demonstrates New Radar Capabilities
Lockheed Martin showcased its newest radar capabilities to U.S. Navy officials, legislators and international customers. Lockheed Martin's Moorestown facility is world-renowned for its advanced naval radars, especially its SPY-1 phased array radar. SPY-1 is the main sensor in the Lockheed Martin-developed Aegis Weapon System, which is installed on 65 percent of the U.S. Navy's surface combatants, warships in Japan and Spain, and recently was selected for warships in Norway and Korea. During today's event, Lockheed Martin publicly unveiled its newest radar, the S-Band Advanced Radar, or SBAR. SBAR provides greatly improved detection at much greater ranges than the current SPY-1 radar, a key requirement to counter ballistic missile defense threats. Additionally, SBAR will improve the U.S.
Powerful Radar Visits Pearl Harbor
The military at Pearl Harbor is taking strict security measures to protect a $900 million floating missile defense radar rig, according to an Associated Press report. The Coast Guard is prohibiting anyone without prior permission from entering a 500-yard security zone around the ship. The 280-foot tall Sea-Based X-band Radar is so powerful it can identify baseball-sized objects from thousands of miles away. The radar is designed to tell the difference between decoys and real missile warheads, making it a critical component of the U.S. military’s effort to track and intercept missiles that may target the United States or its allies. The radar platform sailed from Texas aboard the MV Blue Marlin.
Expanded Kelvin Hughes Product Range on Display
Kelvin Hughes is launching and demonstrating a host of new products and services at SMM 2014, including a port security radar system, specialist mission radome radar and displays, Voyage Data Recorders and the latest version of ChartCo PassageManager software. Co-exhibiting with Lammers Schiffselektronik GmbH who represent Kelvin Hughes in Germany for radar and navigation equipment sales and service. This is the biggest and broadest set of new products and offerings that Kelvin Hughes has ever brought to SMM, the company said.
Lockheed Martin Demonstrates Volume Search Radar Antenna
Volume Search Radar (VSR) antenna for the U.S. next-generation destroyer program. developing for DDG-1000. ranges. reflected radar signal and amplify it for processing. solid state phase shifters that steer the transmitted beams. State Near Field Test Facility in Moorestown. the company in 2005 partly to support the DDG-1000 program. future technologies and advanced mission requirements into radar systems. Radar -- for testing.
Norcontrol IT Invests in Radar and Tracking Technology Research
Norcontrol IT became the majority shareholder of Norwegian radar technology company, Applied Radar Physics (ARP) in January 2004. The investment demonstrates to the market that Norcontrol IT is prepared to take the lead in the development of radar processing and tracking for VTS applications. ARP has been involved in radar technology for over 15 years, and is located in the Norwegian research center at Kjeller, where several high profile Norwegian research organizations are located. ARP’s standing in international radar research was further acknowledged at the ‘Radar 2003’ conference in Australia, where the company presented a paper on radar signal processing to the world’s foremost radar researchers.