PRODUCT PROFILE
Astrova

IN-FLIGHT ENTERTAINMENT AND CONNECTIVITY (IFEC)
Astrova
United States · verified
- COUNTRY
- United States
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides high-definition media playback, spatial audio, and high-speed device charging for commercial airline passengers.
- Platform fit
- Engineered for integration into various aircraft seat types across both narrowbody and widebody airframes.
- Commercial model
- Sold as a hardware suite with integrated software services, often bundled with long-term maintenance and content delivery agreements.
- Deployment status
- The system has moved from the development phase into active line-fit and retrofit installations for launch customers.
- Technical feature
- Utilises HDR-capable OLED displays and offers up to 100W of power delivery via USB-C ports.
- Evidence to demand
- Publicly announced multi-year contracts with global carriers indicate significant market adoption in the premium and long-haul segments.
Description
Astrova is a modular in-flight entertainment (IFE) and connectivity platform designed by Panasonic Avionics Corporation. It represents a shift from traditional monolithic seatback hardware toward a hardware-as-a-service model, utilising 4K OLED screen technology and spatial audio. The system is designed with a removable peripheral bar, allowing airlines to upgrade components such as USB-C charging ports or Bluetooth transmitters without replacing the entire screen assembly or modifying the seat structure. Several major international carriers have selected the system for their long-haul fleets. Icelandair [Flugleiðir] and Saudi Arabian Airlines [الخطوط الجوية العربية السعودية] were among the early adopters, while United Airlines has committed to installing the hardware across its narrowbody and widebody aircraft. The product is marketed as a way to reduce weight and lower the total cost of ownership by extending the lifecycle of the primary display unit through targeted modular updates. Aerospace Garage would focus future verification on the long-term reliability of the swappable peripheral bar and the thermal management of the high-output USB-C power delivery systems. We seek to confirm the specific maintenance intervals required for the OLED panels to prevent image burn-in over multi-year cycles. There is also a need to monitor the supply chain for the specific semiconductor components used in the modular interface to ensure future-proofing claims are met.
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record