SpaceX Seals Roman Telescope in Falcon Heavy Fairing for Aug. 30 Launch

3 articles · Updated · Space.com · Aug 28

SpaceX has encapsulated NASA's Nancy Grace Roman Space Telescope inside Falcon Heavy's payload fairing, keeping the mission on track for a 7:26 a.m. EDT launch Sunday from Kennedy Space Center.
The bus-sized observatory is in its final preflight phase after hydrazine fueling on July 25, payload-adapter attachment in early August, a full dress rehearsal on Aug. 20 and a Flight Readiness Review on Aug. 21.
Roman will head to the Sun-Earth L2 point about 930,000 miles away, a trip expected to take roughly 30 days before a three-month checkout period.
Once operational, the telescope is designed to probe dark energy and dark matter, study distant stars and search for exoplanets as NASA's next major space observatory.

Sources

Space.com3h ago

SpaceX Seals Nancy Grace Roman Telescope for Aug. 30 Falcon Heavy Launch

Quartz1d ago

NASA Roman Space Telescope launches Aug. 30 on SpaceX Falcon Heavy

Livescience.com1d ago

NASA's Nancy Grace Roman Space Telescope is set to launch this weekend. When will we see its first photos? | Live Science

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The 2026 Launch of the Nancy Grace Roman Space Telescope: Falcon Heavy, 100x Hubble’s Field, and Open Science for the World

Overview

The Nancy Grace Roman Space Telescope is set for launch on August 30, 2026, following a successful readiness review and final preparations, including fueling and integration with the Falcon Heavy rocket. After liftoff, the telescope will be protected by a payload fairing until it reaches space, then begin its journey to a stable orbit around the Sun-Earth L2 point, where minimal fuel is needed for operations. Roman’s advanced Wide Field Instrument will capture vast, high-resolution panoramas much faster than Hubble, while its Coronagraph Instrument uses active optics to reveal faint exoplanets. All mission data will be instantly available worldwide through cloud platforms, accelerating discoveries and supporting a potential decade-long mission.

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