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NASA's Artemis II astronauts are protected by a rocket-powered abort system designed to activate in an emergency.
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The abort motor of the Launch Abort System is designed to accelerate the crew capsule to 500 mph in two seconds.
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After the abort motor fires, the capsule flips midair and deploys its parachutes.
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NASA tapped the Armstrong Flight Research Center to test the Launch Abort System for the Artemis program.
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The Armstrong Flight Research Center has conducted human flight research in the Mojave Desert for decades.
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The Artemis program aims to return humans to the moon for the first time in approximately 50 years and prepare for crewed missions to Mars.
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In the 2010s, NASA conducted two critical tests of the Launch Abort System at the Armstrong Flight Research Center.
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In the first test of the Launch Abort System, engineers attached it to a sensor-equipped dummy test capsule, placed it next to white sand dunes in New Mexico, and fired it to simulate a pad abort.
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In the second test, the Launch Abort System and a test capsule were mounted on a modified missile, launched beyond the sound barrier, and the abort system was then triggered.
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Brad Flick retired as director of the Armstrong Flight Research Center on March 20, 2026.
Brad Flick, former director of the Armstrong Flight Research Center
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Brad Flick said, "The poster says, 'Before we did it there, we practiced it here.' And that's what we do."
Brad Flick, former director of the Armstrong Flight Research Center
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Brad Flick said, "The safest thing to ever do with an airplane is to never fly it."
Brad Flick, former director of the Armstrong Flight Research Center
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Brad Flick said, "That's not the business we're in."
Brad Flick, former director of the Armstrong Flight Research Center
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Brad Flick said, "The people in that airplane — be they pilots, or in the cabin — they rely on us to do our jobs well, to keep them safe and alive."
Brad Flick, former director of the Armstrong Flight Research Center
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Brad Flick said, "That's a responsibility we take very seriously."
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Before it was named NASA, the agency's engineers, scientists, and test pilots conducted flight research in the Mojave Desert.
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A team at Edwards Air Force Base initiated the X-plane program, comprising experimental aircraft designed to fly at high speeds, high altitudes, and intentionally unstable configurations.
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In 1947, the X-1 became the first aircraft in history to exceed the speed of sound.
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Neil Armstrong piloted the rocket-powered X-15 on test flights in the early 1960s.
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During one X-15 flight above Earth's atmosphere, Neil Armstrong overshot the runway by about 45 miles and landed near Pasadena after failing to trigger a safety system designed to limit intense forces.
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A hangar at the Armstrong Flight Research Center houses a Gulfstream III airplane that will track the Artemis II crew capsule during reentry.
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The center designed and tested lunar lander mock-ups, which Neil Armstrong later used to practice lunar landings on Earth.
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The center developed an experimental wingless aircraft nicknamed the "flying bathtub" to test generating lift from the aircraft body.
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To launch the "flying bathtub", it was attached to a Pontiac convertible and driven at 120 mph across a lake bed.
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Data from the "flying bathtub" experiment informed the design of the Space Shuttle.
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The Space Shuttle design generated lift with its body to allow shorter and lighter wings.
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The Space Shuttle was nicknamed the "flying brick".
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The Armstrong Flight Research Center converted experimental aircraft into flying labs equipped with sensors.
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For the Pad Abort-1 test, the Armstrong team painted the test capsule, installed sensors, flight computers, wires, and parachutes, and conducted tests and measurements to prepare for launch.
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The Armstrong team tested the capsule's weight distribution and stability by using scales and tipping the capsule gently.
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NASA plans to launch four astronauts on a 10-day trip around the moon as early as Wednesday.
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NASA is poised to launch four astronauts on April 1, 2026, on a nine-day mission around the moon and back.
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The Artemis II crew consists of three American astronauts and one Canadian astronaut.
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At 6:24 p.m. ET on Wednesday, four Artemis II astronauts will launch from Cape Canaveral on a mission to the moon, becoming the first humans to journey to the moon since 1972.
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