High-fidelity, mission-critical display systems engineered for commercial aviation, military platforms, and autonomous UAVs. Built for clarity, resilience, and seamless integration.
Our AV-HMI platform delivers unparalleled situational awareness through advanced display architecture, rigorous certification, and open-systems flexibility.
Crystal-clear PFD and MFD panels with 10-bit color depth, anti-reflective oleophobic coating, and wide-viewing-angle IPS technology.
Ruggedized chassis rated for extreme temperature, vibration, shock, and EMI/EMC environments across all flight regimes.
Sub-10ms latency rendering pipeline processing ADS-B, radar, flight management, and sensor telemetry simultaneously.
ARINC 661 compliant architecture enabling rapid software updates, third-party application integration, and future-proof scalability.
Context-aware UI that dynamically reconfigures based on flight phase, mission profile, and crew workload thresholds.
Full certification package for DAL-A flight critical software and hardware, streamlining your airworthiness approval process.
| Parameter | AV-HMI 4.0 Standard | AV-HMI 4.0 Tactical |
|---|---|---|
| Display Resolution | 3840 × 2160 (4K UHD) | 3840 × 2160 (4K UHD) + IR Overlay |
| Panel Technology | IPS-LCD, 1200cd/m² | OLED Hybrid, 1500cd/m² |
| Touch Interface | Capacitive Multi-Touch (10-point) | Glove-Optimized Resistive/Capacitive Dual-Layer |
| Data Bus / Connectivity | ARINC 429, AFDX Ethernet, RS-422 | MIL-STD-1553, ARINC 664, Fibre Channel |
| Operating System | Linux RTOS (PREEMPT_RT) | VxWorks 653 + Linux RTOS Partitioning |
| Environmental Rating | MIL-STD-810H, DO-160G Sec 21 | MIL-STD-810H, DO-160G Sec 22/23/24 |
| Certification Level | DAL-A Ready DO-178C, DO-254, DO-160 | |
Designed for next-gen regional jets and narrow-body aircraft, our HMI suite reduces pilot workload through intuitive glass cockpit layouts and predictive maintenance overlays.
Tactical-grade displays engineered for high-G environments, EW jamming resilience, and rapid target acquisition across fighter, rotary-wing, and transport aircraft.
Ground control station (GCS) and airborne autonomy interfaces that bridge human operators with AI-driven flight systems for ISR, cargo, and swarming missions.
Develop on your stack. Deploy anywhere. Our SDK and middleware support rapid third-party app development and legacy system bridging.
Speak with our avionics engineering team to discuss custom panel layouts, certification pathways, and volume pricing for your airframe program.