GE Global Research presented new findings on nanotextured anti-icing surfaces and coatings last week at the American Physical Society Conference in Boston. While there are many applications for this technology, aircraft are at the top of the list.
On an unused corner of James A. Richardson International Airport in Winnipeg, Manitoba, a massive structure has emerged, the newest test cell in GE Aviation’s stable.
As the investigation continues into Tuesday’s fatal crash of a Daher-Socata TBM700 in New Jersey, more details of the flight’s final moments are emerging. According to the NTSB, the pilot reported that he was “picking up ice” just before the single-engine turboprop crashed into the treed median of I-287 near Morristown, killing all five on board.
Taking a proactive approach toward the anti-icing regulations proposed by the FAA in June 2010–and still unscheduled for adoption into the FARs–Spirit AeroSystems (Booth No. C11720) has been working with Wichita State University and an undisclosed supplier to develop two new anti-icing systems for nacelles surrounding large aircraft engines.
The FAA has finally put a regulatory nail in the coffin of ice bridging with a new rule requiring Part 121 airline pilots to activate deicing systems at the first indication of ice accumulation.
On Friday, the FAA issued a new rule that requires Part 121 operators to install ice-detection equipment in their existing fleets or to update their flight manuals to make sure crews know when they should activate their ice-protection systems.
Why some engines fail in flight is the subject of a new NASA research program. “There is a question regarding the effect that moisture has on newer-technology engines.
The FAA has issued an update to its 2010-2011 Ground Deicing Holdover Time Tables and Guidance on its website. The document contains a revised listing of the lowest operational use temperatures (Lout) for anti-icing fluids, which were supplied to the agency and Transport Canada by the fluid manufacturers.
Gulfstream announced today that the second G250 flight-test aircraft, S/N 2002, successfully completed natural icing tests, bringing the super-midsize jet closer to its planned FAA and Israeli CAA certification later this year. The twinjet was flown from its home base in Tel Aviv, Israel, to Smyrna, Tenn., where it spent several weeks flying to the Great Lakes region to hunt for natural icing conditions aloft.
Gulfstream has completed several icing certification test points on the G250. S/N 2001 has flown with simulated ice shapes applied to the non-heated areas of the aircraft, including the nose, tail, winglets and engine pylons. Meanwhile, S/N 2002 completed anti-ice system dry-air testing, paving the way for certification flight testing into known icing conditions, which at press time were expected to start in the U.S.