Advanced Multi-Function Displays (MFD) and rugged flight deck monitors custom-engineered for tactical aircraft, mission helicopters, and Unmanned Aerial Vehicle (UAV) operator stations. Fully compliant with RTCA DO-160G environmental standards (rapid altitude decompression, vibration, thermal shock) and MIL-STD-3009 NVIS Type I Class B night vision requirements. Engineered with dual-mode switchable backlighting, offering high-brightness daylight readability (up to 1500 nits) and NVG-safe low-nits modes. Built with a lightweight aerospace-grade aluminum chassis, peripheral tactile bezel buttons, and circular MIL-DTL-38999 connectors for low-latency ARINC 818 fiber optic, DVI, or SDI video routing.
Qualified to survive extreme vibration profiles, thermal shock, and sudden cabin decompression up to 55,000 ft.
Integrated night-vision goggle compatibility with green backlighting and zero infrared leakage.
Customized peripheral push-buttons with green/white NVIS-safe backlighting for tactile system control.
Full LOCA lamination to maximize contrast under high-glare flight conditions and eliminate internal condensation.
Advanced ITO micro-grid shielding layers to prevent interference with avionics radio stacks.
Compliant with MIL-STD-704F power transient standards, handling voltage surges and dropouts.
Our Multi-Function Displays (MFDs) provide pilots with immediate, consolidated tactical info, sensor feeds, and flight telemetry. Milled from lightweight aircraft alloy, these panel-mounted monitors feature option for built-in bezel buttons that map dynamically to software menus. The displays scale instantly from 1500 nits sunlight readability down to under 0.1 nits NVG flight mode. Advanced thermal management maintains peak performance, while circular metal shell MIL-DTL-38999 couplings secure connections against severe airframe vibrations.
Circular connectors for 28V DC isolated aircraft power, grounding, and discrete control lines.
Watertight USB and serial communication signals for touch sensor and bezel buttons.
Optional fiber optic transceiver connection for low-latency digital video transmission.
Integrated pressure equalization membrane to handle sudden aircraft ascent and descent pressure changes.
Tailor the industrial monitor enclosure, cover glass, and video card configurations to your system.