vania-janet/multiturn-rag-retrieval-data huggingface dataset:
NASA - NSSDCA - Spacecraft - Telemetry Details


NASA - NSSDCA - Spacecraft - Telemetry Details

Saturday, 25 May 2024

VERITASNSSDCA ID: VERITASLaunch InformationLaunch Vehicle: Launch Site: , United StatesTrajectory Description
            No description available.
          Trajectory Details
          No detailed trajectory information available.
          Additional InformationGeneral information about VERITASTelecommunications information for VERITASExperiments on VERITASData collections from VERITAS NSSDCA Master Catalog Search

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NASA - NSSDCA - Spacecraft - Details
Nature, 321, No. 6067, 313-318, doi:10.1038/321313a0, May 1986.Nye, H. R., Giotto: Post-encounter status assessment,
 ESA J., 12, No. 2, 209-228, 1988.Halley Information/Data at NSSDCA

Giotto Halley data on CD-ROM
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Juno - NASA Science
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A second touchdown and sampling run was made on 25 November, early telemetry indicated the spacecraft touched down at 10 cm/sec and that two sampling bullets were fired 0.2 seconds apart at 22:07 UT 24 November (7:07 a.m. JST 25 November) but later examination indicated the bullets did not fire. On 9 December contact was lost with the spacecraft, presumably because of torques caused by a thruster leak which altered the pointing of the antenna. Communications with the spacecraft were regained in early March 2006. It appears that the chemical fuel has been lost due to the leak, two of three reaction wheels were also inoperable and 4 of the 11 lithium-ion battery cells were not functioning. Ground controllers used the solar batteries to run the ion engine, which were used in place of the chemical thrusters to maintain attitude control. The ion engine ran until November 2007, at which time it was turned off and the spacecraft went into hibernation mode and continued on a ballistic trajectory. There is still a large margin of xenon left to run the thrusters for propulsion and attitude control.

The re-entry capsule detached from the main spacecraft at a distance of about 300,000 to 400,000 km from the Earth, and the capsule coasted on a ballistic trajectory, re-entering the Earth's atmosphere on 13 June 2010. The capsule experienced peak decellerations of about 25 G and heating rates approximately 30 times those experienced by the Apollo spacecraft. It landed via parachute near Woomera, Australia. Subsequent examination of the sample return capsule showed that there were roughly 1500 dust particles from asteroid Itokawa which were presumably kicked up into the collection area during the touchdowns due to the extremely low surface gravity.

Spacecraft and Subsystems

The Hayabusa spacecraft has a box-shaped main body 1.5 m along each side and 1.05 m high. The launch mass is 530 kg, including 50 kg of chemical propellant and 65 kg of xenon gas. Two solar panel wings with a total array area of 12 square meters protrude from the side and a 1.5 m diameter high-gain parabolic antenna is mounted on top on a two-axis gimbal. A cylindrical sampler horn, deployed shortly after launch, protrudes from the bottom of the spacecraft.
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Suborbital Research - NASA Science
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Psyche - Orbital Mission to Main Belt Asteroid 16 Psyche (2023)
Lucy - Flyby Mission to Multiple Trojan Asteroids (2021)
Double Asteroid Redirection Test (DART) - Kinetic Impact Test Mission to Asteroids Didymos and Dimorphos (2021)
LICIACube - Imaging Cubesat launched with DART (2021)
OSIRIS-REx - Sample Return Mission to Asteroid Bennu (2016)
Hayabusa2 - JAXA Sample Return Mission to Asteroid Ryugu (2014)
PROCYON - JAXA Small Satellite Asteroid Flyby Mission (2014)
Dawn - NASA Orbiter of Asteroids Ceres and Vesta (2007)
Rosetta - ESA Comet Mission, flew by asteroids Steins and Lutetia (2004)
Hayabusa (Muses-C) - ISAS (Japan) Sample Return Mission to Asteroid 25143 Itokawa (2003)
Genesis - NASA Discovery Solar Wind Sample Return Mission (2001)
Stardust - NASA Comet Coma Sample Return Mission, flew by asteroid AnneFrank (1999)
Deep Space 1 - NASA Flyby Mission to asteroid Braille (1998)
Cassini - NASA/ESA Mission to Saturn through the Asteroid Belt (1997)
NEAR - NASA Near-Earth Asteroid Rendezvous with 433 Eros
Galileo - NASA Mission to Jupiter via asteroids Gaspra and Ida

Future Missions

NEA Scout - Flyby CubeSat Mission to Near Earth Asteroid (2022)
Hera - Follow-up Mission to Asteroids Didymos and Dimorphos(2024)

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Images of Asteroids (Catalog of Spaceborne Imaging)
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Asteroid Data Tables - PDS compilations of asteroid data

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NASA's asteroid sample return mission moves into development - NASA Press Release, 16 May 2013
Asteroids, Comets & Meteors - NASA Science
Learn about past and future missions, tracking and predicting orbits, and close approaches to Earth.NASA/JPL-CaltechAsteroids, Comets and Meteors StoriesExplore All Asteroid, Comets and Meteors StoriesArticle4 min readNASA’s Psyche Fires Up Its Sci-Fi-Worthy ThrustersArticle5 min readHubble Goes Hunting for Small Main Belt Asteroids6 min readNASA’s NEOWISE Extends Legacy With Decade of Near-Earth Object DataArticle2 months ago3 min readNASA’s OSIRIS-REx Mission Awarded Collier TrophyArticle2 months ago5 min readNASA Study: Asteroid’s Orbit, Shape Changed After DART ImpactArticle2 months agoAsteroid, Comets and Meteors14 ImagesGo To GalleryGo To GalleryTo date, NASA-sponsored surveys have provided over 95% of all Near-Earth Object discoveries.NASA Planetary Defense Coordination Office (PDCO)ResourcesLucy Mission Resource PackageActivities that can be done at home as well as videos, animations, stories, and articles.For Kids: Asteroids, Comets & MeteorsFacts and activities for K-4 explorers.NASA Photojournal: Small BodiesShooting stars are actually bits of debris that fall through our atmosphere. Keep ExploringDiscover More Topics From NASAPlutoKuiper BeltOort CloudSkywatchingReturn to topThe National Aeronautics and Space AdministrationNASA explores the unknown in air and space, innovates for the benefit of humanity, and inspires the world through discovery.About NASA's MissionJoin UsHomeNews & EventsMultimediaNASA+MissionsHumans in SpaceEarth & ClimateThe Solar SystemThe UniverseScienceAeronauticsTechnologyLearning ResourcesAbout NASANASA en EspañolFollow NASAMore NASA Social AccountsNASA NewslettersSitemapFor MediaPrivacy PolicyFOIANo FEAR ActOffice of the IGBudget & Annual ReportsAgency Financial ReportsContact NASAAccessibilityPage Last Updated:7 months agoPage Editor:SMD Content EditorsResponsible NASA Official for Science:Dana Bolles
Suborbital Research - NASA Science
All of these vehicles are routinely used for conducting scientific investigations and technology testing. For further details regarding these vehicles and their individual capabilities, researchers are encouraged to review the NASA Sounding Rocket Program User Handbook.Figure 6. – Current rocket launch vehicles from the NASA Sounding Rocket Program Office and their corresponding characteristics (Source: NASA SRPO).How can researchers get involved in suborbital flight testing?Researchers can get involved in suborbital research through a variety of paths. One of the first steps involved in suborbital testing requires prospective applicants to carefully evaluate the requirements of their payloads and testing environment and then compare these requirements with the capabilities offered by the NASA and commercial suborbital platforms previously described. Prospective proposers are encouraged to contact the various NASA programs and/or commercial flight providers in order to request a copy of their most recent Payload User Guide (PUG). PUGs contain detailed information regarding a specific vehicle, its capabilities, and flight environments, in addition to compatible payload parameters such as mass, volume, power availability, etc. This information will enable investigators to determine if their payload will be compatible with a particular suborbital platform.If the capabilities offered by the NASA-provided traditional platforms and the NASA-contracted commercial suborbital platforms prove suitable to the needs of the researcher, there are a variety of funding opportunities for supporting suborbital investigations. These include:Science Mission DirectorateROSES SolicitationB.9 Heliophysics Low-Cost Access to Space (H-LCAS)D.3 Astrophysics Research and Analysis (APRA)Additional information can be found in the ROSES 2023 APRA & H-LCAS Informational Webinar (September 2023) (YouTube).Space Technology Mission DirectorateNASA TechFlightsNASA TechLeapEPSCoR Suborbital Flights OpportunitySmall Business Innovation Research (SBIR) – Post Phase IIAdditional Tools & Resources for Suborbital ResearchersResearchers are encouraged to leverage tools and resources that currently exist for supporting suborbital flight testing.
NASA - NSSDCA - Spacecraft - Telecommunications Details


NASA - NSSDCA - Spacecraft - Telecommunications Details

Saturday, 25 May 2024

DAVINCINSSDCA ID: DAVINCI-PTelecommunications DescriptionTelemetry PathEffective Telemetry0 kbpsAdditional InformationGeneral information for DAVINCILaunch/Orbital information for DAVINCIExperiments on DAVINCIData collections from DAVINCI
          Questions and comments about this spacecraft can be directed to:
          Dr. David R. WilliamsNSSDCA Master Catalog Search

Spacecraft
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+ Privacy Policy and Important Notices

NASA Official: Dr. David R. Williams
Curator: E. Bell, II
Version 5.1.15, 28 October 2022