Runway Girl Takes Flight While Playing Ring Girl to AirCell and Row 44

Hello Runway Girl readers,

The time has finally come for me to transition from Blogger to my journalistic home, Flight Global. What better way to celebrate than with a blog post that shows just how competitive the in-flight connectivity sector has become? Many thanks to the CEOs of AirCell and Row 44, Jack Blumenstein and John Guidon, respectively, for their candid thoughts.

Here's the blog - http://www.flightglobal.com/blogs/runway-girl/ - but here's a little taste:

Blumenstein says: "The only thing I know of with Row 44 is temporary authority on a month-to-month basis to do ground trials. They don’t have the authority to fly anything at least from [what we see] on the public record.”

Guidon says: "Rather than engaging in a war of words, we’re circumspect about what we say in our releases to the public and we prefer to let our actions speak for us. We cordially suggest that Jack [Blumenstein] might follow the same policy.”

Who wins round one? You know I'll let you decide. And give me your thoughts about this post, my Flight blog in general, and anything else on your mind, won't you please?

http://www.flightglobal.com/blogs/runway-girl/

Fond Falcon Memories: A Look Back at AirCell's First Press Demo and Latest Achievement

(Amended to include comment from American)
Excitement is building in the world of onboard connectivity after American Airlines today announced it has completed installation of AirCell’s air-to-ground (ATG)-based broadband solution on the first of 15 transcontinental Boeing 767-200s set to trial the system.

The installation is a real achievement for Colorado-based AirCell, which first proved its technology to a group of journalists (including myself) on September 13, 2005. It was a day I’ll never forget. The flight demonstration was conducted on board a specially-equipped Falcon 2000 business jet at an altitude of about 11,000ft (3,400m) near Kansas City, Missouri. That's all of us standing in front of the jet BEFORE the flight. Things got rather bumpy on the ride and I felt certain I would toss my biscuits, as they say. AirCell execs were kind enough to give me a bag (clear and plastic) should I come face-to-face with my lunch. They also brought that plane down – THANK YOU AGAIN!

More to the point, however, AirCell in 2005 demonstrated how its system supports WiFi over a common air-to-ground pipe, providing access to voice, email, Internet and corporate virtual private networks, or VPNs (as well as mobile phones and Voice over Internet Protocol (VoIP) communications).

Today, American has equipped its first 767 with the solution, and is eyeing a fleet-wide equipage. The carrier previously said it expects the trial to get underway this quarter. It is now looking at offering the service on those 15 767s by the end of the second quarter, an American spokesman says.

The intention at American is to offer Internet to passengers with a couple of caveats. "AirCell is going to block VOIP and also very high bandwidth utilisation applications so that there is a DSL-like experience across the customer base," American manager of in-flight communications and technology Doug Backelin recently told me.

Despite that, this offering looks pretty damn cool (and you could hear me blabbing about it last Friday on New York Public Radio's "Sound Check" show here http://www.wnyc.org/shows/soundcheck/episodes/2008/01/18/segments/92108 )

Customers in all classes of service will be able to access the broadband signal using their own WiFi enabled devices for a fee. American says passengers will get the following:

1) Complimentary access to AA.com including services such as gates and times, fares and AAdvantage information;
2) Access to the Wall Street Journal Digest Edition,
3) Compatibility with VPNs that provide access to corporate intranets and email accounts;
4) And seamless coverage over the continental US above 10,000 feet.

"Access to broadband Internet access on our flights will be a fee-based service throughout the entire aircraft. AirCell will set the price, though specific pricing plans are still in development," says an American spokeswoman.

"Pricing will be similar to what consumers pay on the ground at a WiFi hot spot. At launch, the service will be offered only on longer routes (above 3 hours in duration) and will be priced at $12.95. In the future, the service on more typical length flights can be expected to be around the $10 mark."

Sifting Through the Hype: Just What Can JetBlue's Connectivity Solution Offer?

JetBlue Airways today confirmed it will start testing wireless connectivity services onboard an Airbus A320 beginning Dec 11.

Kudos to JetBlue for this well-timed marketing move – the carrier will technically be the first in the US to offer connectivity over WiFi-enabled devices. But let’s put their announcement in perspective, shall we?

First of all, JetBlue’s offering will be limited at best. The carrier says passengers who have WiFi-enabled laptops – AND Yahoo Mail or Messenger accounts – will be able to send and receive messages during flight. Passengers who have RIM’s new WiFi-enabled Blackberries – the 8320 and 8820 models – will have access to emails and messaging.

JetBlue’s LiveTV subsidiary last year won a 1MHz narrowband license during the FCC’s auction of 4MHz of spectrum in the 800MHz band allocated to air-to-ground services.

AirCell, you’ll recall, won the exclusive 3MHz broadband license at the FCC auction, and is preparing to offer service onboard American Airlines' transcontinental Boeing 767s (the test begins as early as March). Passengers will have access to e-mail, Internet and VPN accounts via virtually all WiFi-enabled devices.

I’d love to know more details about JetBlue’s offering (just how many passengers will be able to send/receive Yahoo email at one time, at what speed, etc, etc), but JetBlue has told me they don’t intend to discuss the issue until next week. Spoil Sports.

AirCell to Launch on American Airlines Boeing 767 as Early as March

American Airlines could launch AirCell’s wireless broadband connectivity service on its transcontinental Boeing 767-200ERs by the end of March, says AirCell senior vice-president airline solutions Fran Phillips.

This is a few months earlier than the mid-2008 launch previously predicted, and could indicate just how eager is American to offer connectivity to passengers.

Installation on the first 767 is slated to begin on or around December 18 in Kansas, says Phillips. Once completed, supplemental type certification (STC) on the type will be sought. If the trial is successful, equipage of the domestic fleet is anticipated.

So, just what types of WiFi-enabled handheld devices will the AirCell service support?

Here is the list: Alltel PPC 6800, Apple iPod Touch, AT&T 8525, AT&T Tilt, Blackberry 8320, Blackberry 8820, Cingular 8125, HTC PPC6700, Mogul by HTC, Nokia N95, Qwest 6700Q, Samsung SCH–i760, Sprint PPC-6700, T-Mobile Dash, T-Mobile MDA, T-Mobile Wing, Verizon Wireless XV6700 and Verizon Wireless XV6800.

American Airlines Mulls Satellite-Based Airborne Connectivity Options

By now it’s well known that American Airlines will test AirCell’s air-to-ground (ATG) broadband solution next year on board its transcontinental Boeing 767-200 aircraft.

But the Oneworld alliance member is also “actively engaged" with connectivity suppliers in the satellite area, says American manager of in-flight communications and technology Doug Backelin.

You may recall that American was one of three US majors, including Delta Air Lines and United Airlines, to sign on as equity partners in Boeing’s now-defunct Connexion (CBB) in-flight broadband service. All three carriers pulled out of the project following 9/11.

AirCell can offer ATG service across the USA, and expects to expand to Canada and Mexico. But overseas flights require a satellite link.

“We’re concentrating most of our efforts right now to make the AirCell test a success, but at the same time keeping an eye on satellite solutions, talking to satellite providers,” says Backelin.