High-reliability aircraft cockpit displays and flight deck instrumentation monitors custom-engineered for commercial airliners, military transports, and search-and-rescue helicopters. Fully compliant with RTCA DO-160G environmental categories (rapid decompression, altitude chamber, thermal shock) and MIL-STD-3009 NVIS night-vision requirements. Equipped with proprietary dual-mode LED backlighting systems, enabling seamless transition from high-brightness daylight readability (up to 1500 nits) to night flight modes (under 0.1 nits) with zero infrared emissions. Milled from lightweight aircraft alloy with circular MIL-DTL-38999 connectors for ARINC 818 digital video, SDI, or HDMI interfaces.
Meticulously engineered to survive extreme altitude changes up to 55,000 ft, thermal shock, and helicopter airframe vibration profiles.
Integrated night-vision goggle compatibility with green backlighting and zero infrared leakage to avoid blinding night vision goggles.
Index-matched LOCA optical bonding eliminates internal air gaps, reducing reflections under high-altitude direct sunlight.
Automatic transparent heater clears screen condensation and enables operation down to −40°C.
Compatible with ARINC 818 fiber optic, 3G-SDI, and high-definition DVI/HDMI signal inputs.
Conductive ITO glass layers block electromagnetic radiation, ensuring interference-free radio communications.
Our aircraft cockpit display monitors deliver high-contrast, zero-failure visual feedback under extreme environmental conditions. The lightweight structural aluminum enclosure is custom-engineered for flush console mounting, Dzus rail mounting, or yoke brackets. The proprietary backlight controls allow fine-grained dimming down to 0.1 nits for night-vision flight operations. Internal power cards feature lightning surge and transient filters that fully comply with MIL-STD-704F aircraft power regulations.
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.