Mission success for the launch of our new suborbital launch vehicle! HASTE took to the skies from Rocket Lab LC-2 in Virginia for a suborbital mission at 21:24pm Eastern. Rocket Lab later confirmed the mission was successful. The suborbital launch had an inclination of roughly 38 degrees with the payload splashing down around 61 degrees West, 35 degrees North. As the rocket is not attempting to reach orbit, Electron’s payload capacity increases to 700 kilograms however, due to the classified nature of this mission, the payload and its mass are not known. Rocket Lab’s HASTE missions use its well-proven Electron launch vehicle with a modified kick stage and fairings. As the name implies, this program aims to increase hypersonic launch cadence and decrease cost. In April of this year, the defense innovation unit selected the HASTE program to prototype a hypersonic launch under the hypersonic and high-cadence testing capabilities program. Rocket Lab’s first hypersonic accelerator suborbital test Electron (HASTE) mission lifted off on Saturday, June 17 at 9:24 PM EDT (01:24 UTC on June 18) from Rocket Lab’s Launch Complex 2 at the Wallops Flight Facility in Virginia. These missions marked 2023’s 91st through 95th launch attempts, with an orbital launch attempt occurring every 1.85 days. "Despite the challenges that dealing with COVID 19 presented, everyone came together to make this launch happen this year after having to postpone the project in 2020.In what will be a quiet week for orbital launches, Rocket Lab launched its first suborbital Electron mission SpaceX launched the Satria satellite to geostationary transfer orbit China launched the Shiyan 25 payload to a Sun-synchronous low-Earth orbit United Launch Alliance (ULA) will launch the penultimate Delta IV Heavy on the NROL-68 mission and SpaceX launched two Starlink missions. Giovanni Rosanova, chief of the NASA Sounding Rockets Program Office at Wallops, said in a statement: "One of the great attributes of the NASA suborbital flight vehicles is the ability to support educational flight activities. The single-stage Super Arcas rocket is around 7 feet (ft) tall, while the four-stage Black Brant XII is 65 ft tall. Because they aren't necessarily built to achieve orbit, sounding rockets are significantly smaller than the mammoth machines used to launch astronauts into space. Sounding rockets, like the Terrier-Improved Orion, are built specifically for scientific experiments. RockOn! had 102 participants this year, who were sent materials to participate in the workshop and build their experiments. However, everyone involved stepped up to the plate to make this a successful program." Koehler said: "Conducting the workshop virtually presented many challenges. Once the program is complete, they may choose to participate in the more complicated RockSat-C initiative.Ĭhris Koehler, director of the Colorado Space Grant Consortium, said in a statement that students normally descend upon NASA's Wallops flight facility to learn about rocketry and space experiments, but that this year the program was conducted virtually due to COVID-19. Students who participate in RockOn! get instructions on how to put together a scientific payload for a rocket.
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