Finnair has signed an agreement with ViaSat Inc to install a high-speed wireless internet network on its entire Airbus A320 series short-haul fleet flying in Europe. The installation of the Wi-Fi equipment will begin in May 2017, and will be completed by June 2018.
With a connection speed of 12 Mbps or higher per passenger, the new system will offer the fastest in-flight internet connection currently available on the market, which enables the use of video streaming services. ViaSat will ensure end-to-end in-flight connectivity service across the Finnair fleet, and partnered with Eutelsat to deliver the high-speed satellite-based internet service, which will cover the European continent.
Last July, Finnair announced that its long-haul fleet of A330 aircraft would be retrofitted with Wi-Fi connectivity by May 2017. Finnair currently operates six A350XWBs which offer passengers wireless connectivity. The airline is expected to receive an additional five A350s by the end of… Continue reading
The airline industry seems to be pushing for ever more bandwidth on their aircraft. An early pioneer in this is Lufthansa which was among the first airlines to sign up for Boeing Connexion. Even after that program was abandoned, Lufthansa stayed committed to in-flight connectivity. Recently the airline was again pioneering and pushing for more bandwidth, and is now a user of the Panasonic solution. It appears the airline is experimenting with other options collaborating with Inmarsat and Deutsche Telekom.
The move by Lufthansa is not unique. As airlines take delivery of ever more e-Enabled aircraft the pressure is on to exploit the promise of better data transmissions to drive efficiency. To extract the maximum value proposition of e-Enablement, connectivity is key and better bandwidth is the Holy Grail. Take a look at this 2012 document from Star Alliance on e-Enablement.
Today at the Farnborough show, Rolls Royce, Microsoft and Singapore Airlines announced a plan to collaborate on something called “TotalCare Digital”. The idea is to take best in class solutions and add together the data flows from advanced analytics and the “Internet of things” (henceforth called IoT) and roll this into Rolls-Royce TotalCare services offering. It is hoped the outcome will reduce costs while improving on-time performance – essentially providing the customer with better value.
Microsoft will bring its Azure cloud and its IoT suite to collect data from “disparate sources” and then allow its Cortana Intelligence Suite to uncover insights. This is basically Big Data as we have seen and heard about before.
Singapore Airlines hopes this solution will reduce its fuel burn, fly routes more efficiently and monitor its Rolls-Royce engines better. Even engine washes will be monitored. Since 4% of an… Continue reading