When the U.S. Air Force flies its new advanced pilot trainer from Boeing and Saab, it will be equipped with an ACES 5® ejection seat from Collins Aerospace, a unit of United Technologies Corp. (NYSE: UTX), along with a fully integrated landing gear system.
Jane's Defence Weekly: United Technologies Corp to Start B-2A SSIP Ejection Seat Deliveries This Year
By Pat Host, January 11, 2019
United Technologies Corp (UTC) will start deliveries this year of its upgraded ejection seat for the
Northrop Grumman B-2A Spirit bomber, according to a company spokesman.
UTC spokesman Alexander Killeffer said on 8 January that the company’s Advanced Conception
Ejection Seat II (ACES II) Safety and Sustainment Improvement Program (SSIP) seat will also start
production in 2019. Qualification testing of the seat, which was comprised of eight sled tests along
with more than 700 subsystem tests, wrapped up in January 2018.
The UTC Aerospace Systems ACES 5 team recently completed the latest in a series of tests. To simulate realistic conditions, the rocket-powered test rig accelerated to 600 KEAS (Knots Equivalent Airspeed) before successfully ejecting two advanced flight test manikins on ACES 5 seats. Several media outlets joined, resulting in the coverage below.
Flight Global: UTAS puts ACES 5 high with Hurricane Mesa ejection seat test
By Garrett Reim, November 1, 2018
Sitting atop a 1,200ft red rock plateau, UTAS's Hurricane Mesa facility has hosted ejection seat tests since the dawn of the Cold War in 1954. The hardscrabble land is home to a forest of pinyon pines, a scattering of Native American artefacts, such as abandoned fire pits and broken clay pottery, and a 3,660m (12,000ft)-long ejection test track.
Topics: In The News
After a spirited competition, the U.S. Air Force (USAF) has selected the Boeing/Saab team to provide 350 state-of-the-art T-X trainer aircraft and associated ground-based training systems. The T-X trainer will replace the aging fleet of USAF Northrop T-38 Talon aircraft, and will provide USAF aircrew unprecedented basic and advanced training capabilities: integrated ground-airborne training missions; modern high-G, high-angle-of-attack fighter tactics; nighttime tactics; and beyond-visual-range maneuvers.
There’s only one thing on the horizon when you’re driving toward Zion National Park from St. George, in southwestern Utah, a formidable mass rising from the flat landscape known as Hurricane Mesa. It is capped by the only private supersonic-capable aircraft ejection test track in the United States, owned and operated by UTC Aerospace Systems. It’s here where LOIS has worked the test track for decades, along with LARD and their grandfather “Hurricane Sam,” who set a world land-speed record of 1,800 miles per hour at the site. Of course LOIS, LARD, and Sam are anthropomorphic test dummies whose main objective is to simulate human ejections from an aircraft at various speeds and record test data through a series of high-precision sensors.
The ACES 5, which could also see use in the forthcoming T-X trainer jet, uses everything from nets to gyroscopic rockets to carry pilots from a plane that flies 50,000 feet off the ground at near supersonic speeds to the ground with minimal risk.
Topics: In The News
The latest addition to the UTC Aerospace Systems family of Advanced Concept Ejection Seats, the ACES 5® incorporates significant safety and cost saving upgrades. Engineers have combined the unparalleled spinal safety performance of the ACES II® ejection seat with next-generation head, neck, and limb protection for all aviators. They have expanded the height and weight capacities for the seat so that the U.S. military can safely eject the broadest range of male and female aviators ever.
Imagine you are piloting a B-2 Spirit a few years from now. Your bomber has experienced some type of catastrophic damage or system failure. You assess the situation—it’s clear that the aircraft is no longer flyable, and you and your co-pilot need to eject. You feel confident because of the trust you have in the ACES 5® ejection seat you are sitting in.
We’re in the business of saving lives. Designing and building safer ejection seats is our calling. Air Forces around the world depend on us, and so do the families of these intrepid airmen. When an aircrew is forced to eject, they, their families, and their countrymen and women trust we did our job perfectly and they are sitting in an ejection seat with the latest advancements and technology available.
As you read this sentence, you are experiencing life at 1 G—gravity is pulling down on you at 32 feet per second squared. If you happen to be flying some aerobatics and executing a 3 G barrel roll right now, things are different. At 3 G’s, you’re feeling triple the pull on every pound of your body and whatever is attached to it. That means a 150-pound airman with 50 pounds of flight gear would experience 600 pounds of force. During an ejection, you would experience at least 8 G’s of force on your body. An additional ejection hazard is wind blast -- the magnitude of which approaches that of a Category 5 hurricane.