SJ30 Passes Icing Test With Flying Colors | Aero-News Network
Aero-News Network
RSS icon RSS feed
podcast icon MP3 podcast
Subscribe Aero-News e-mail Newsletter Subscribe

Airborne Unlimited -- Most Recent Daily Episodes

Episode Date

Airborne-Monday

Airborne-Tuesday

Airborne-Wednesday Airborne-Thursday

Airborne-Friday

Airborne On YouTube

Airborne-Unlimited-05.13.24

Airborne-NextGen-05.07.24

Airborne-Unlimited-05.08.24 Airborne-FlightTraining-05.09.24

Airborne-Unlimited-05.10.24

Tue, Mar 07, 2006

SJ30 Passes Icing Test With Flying Colors

One Test Remains Before Start Of Customer Deliveries

Sino Swearingen Aircraft Corporation (SSAC) announced Monday the company's SJ30-2 business jet successfully completed its final flight test into actual icing conditions last week. The test, conducted March 1 in Provo, UT, consisted of the FAA requirement to complete a 45-minute hold in actual maximum continuous icing conditions. The test flight was flown by pilots Mark Fairchild and John Siemens, and Flight Test Engineer Schuyler Horn.

The SJ30 -- which received its FAA type-certification last October -- is equipped with electrically heated windshields and uses engine bleed air heat to anti-ice the wings and engines. Pneumatic boots are used to de-ice the horizontal tail. The approval flight involved 50 minutes of maximum continuous icing conditions and more than another hour of intermittent icing conditions, which resulted in a build up of over 4 inches of ice on unprotected areas of the aircraft.

"The airplane performed remarkably well in the extreme icing conditions we encountered," Siemens said. "It is also my opinion that the SJ30 performed better in the ice than any other airplane I have previously certified for flight in known icing conditions... the flight characteristics and handling qualities were very good with this residual ice accumulation."

"In the post flight debriefing, the flight test crew all agreed that the SJ30 is one of the safest airplanes on the market today when it comes to flying in icing conditions," Siemens added.

Last month, Siemens and other members of the flight test crew completed artificial ice shapes testing at Roswell, NM. This testing is required to demonstrate aircraft handling characteristics -- including stability, control, and stall characteristics -- with simulated ice attached to the airframe, replicating what would accumulate on unprotected surfaces during flight in a 45-minute maximum continuous ice encounter.

With the successful completion of the icing tests, the only hurdle remaining for Sino Swearingen before the company can begin customer deliveries is the FAA's sign-off on the bizjet's interior, which is expected shortly.

FMI: www.SJ30Jet.com

Advertisement

More News

Bolen Gives Congress a Rare Thumbs-Up

Aviation Governance Secured...At Least For a While The National Business Aviation Association similarly applauded the passage of the FAA's recent reauthorization, contentedly recou>[...]

The SportPlane Resource Guide RETURNS!!!!

Emphasis On Growing The Future of Aviation Through Concentration on 'AFFORDABLE FLYERS' It's been a number of years since the Latest Edition of Jim Campbell's HUGE SportPlane Resou>[...]

Buying Sprees Continue: Textron eAviation Takes On Amazilia Aerospace

Amazilia Aerospace GmbH, Develops Digital Flight Control, Flight Guidance And Vehicle Management Systems Textron eAviation has acquired substantially all the assets of Amazilia Aer>[...]

Hawker 4000 Bizjets Gain Nav System, Data Link STC

Honeywell's Primus Brings New Tools and Niceties for Hawker Operators Hawker 4000 business jet operators have a new installation on the table, now that the FAA has granted an STC f>[...]

Echodyne Gets BVLOS Waiver for AiRanger Aircraft

Company Celebrates Niche-but-Important Advancement in Industry Standards Echodyne has announced full integration of its proprietary 'EchoFlight' radar into the e American Aerospace>[...]

blog comments powered by Disqus



Advertisement

Advertisement

Podcasts

Advertisement

© 2007 - 2024 Web Development & Design by Pauli Systems, LC