I/ITSEC 2024: Kopin showcases optronics for live and virtual training purposes
The company’s displays were engineered to provide more realistic simulated environments.
Raytheon has announced that it has recently received a new contract to deliver its uncooled thermal systems to an unnamed customer. The award brings the total value of similar contracts received by the company over the past twelve months to more than $75 million.
The contracts include orders for Raytheon’s rugged PhantomIRxr binoculars and thermal weapon sights, both designed with the company’s uncooled advanced thermal detector technology. This technology enables forces to detect, recognise and positively identify threats for engagement of targets equally in day or night, in smoke or fog.
The awards also cover the driver's vision enhancer (DVE) systems. Tracked and wheeled vehicles equipped with the DVE provide 24-hour manoeuvring capability, including full vehicle mobility in battlefield fog and haze.
Jeff Miller, vice president of Combat and Sensing Systems for Raytheon Missile Systems, said: ‘Raytheon's uncooled thermal systems give forces a clear advantage: Operating in complete darkness enables the warfighter to use the system in any battlefield condition, increasing survivability and lethality across multiple missions. Our customers expect us to be a long-term partner. We are committed to providing maintenance and spare parts for the next decade and beyond.’
The company’s displays were engineered to provide more realistic simulated environments.
Orbit Communication Systems has been awarded a contract from the Israeli MoD which follows on from two other recent deals.
Rheinmetall’s new factory in Lithuania will produce hundreds of thousands of artillery shells and operations will begin in 2026.
The UK Ministry of Defence (MoD) gave several companies a contract to establish the usefulness of additive manufacturing for defence equipment.
The deal was signed after Otokar became the last bidder standing. The first 278 vehicles will be manufactured in Turkey and the rest built in Romania.
Otokar plans to make Alpar fully autonomous with a minimum of external assistance, as well as interfacing with other crewed and uncrewed systems on the battlefield.