Part of our standard product line, the KDM340 high resolution Display Head Assembly (DHA) is available in multiple variants, including high/moderate luminance and NVIS/Non-NVIS capability. This low power, lightweight DHA takes advantage of a novel driver design that does not use any processing elements, making customer certification easier. The KDM340 high-performance display fits the 3ATI form factor and can be operated reliably in extreme conditions in both military and civil applications.
Korry KDM displays are the solution of choice for integrated cockpit instruments, multifunction display systems, air traffic control displays, and military flat-panel displays.
Korry pushbutton switches and indicators are industry benchmarks on all commercial and military aircraft, built upon decades of expertise in lighting and illuminated products. Highly engineered, human-machine interfaces designed for optimal reliability and performance.
The FliteLine™ Control Display Units are tailored for intuitive interface and efficient navigation, supporting seamless operational control in aviation communications.
Civil-certified trainer cockpits that enable military customers to conduct introductory tactical training with cost-effective basic and advanced trainer aircraft.
Accurate and reliable sensors ideal for navigation in GPS-denied environments and hover or low-speed operations over land and sea for helicopters and eVTOLs.
Since 2007, Darchem has deployed personnel worldwide to support over 900 on-site projects. Services include skilled site engineers for surveys, installations, supervision, inspection walk-downs, and after-sales support, training local labor for future maintenance, and coordinating installation activities while considering operational constraints.
Aircraft information servers providing a broad range of capabilities, from aircraft surveillance to cabin connectivity and C4ISR data processing, enabling customized systems for operators.
The world's first civil-certified multicore avionics computers built on an open system architecture, providing greater flexibility, reduced size, lower power consumption, and enhanced performance.