Uploads by THESABERLION

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This special page shows all uploaded files.

File list
Date Name Thumbnail Size Description Versions
14:51, 1 April 2023 Sail diagram1.png (file) 56 KB Basic diagram of a solar sail 1
14:57, 1 April 2023 Lattice sailer.png (file) 266 KB Diagram showing the design of the Lattice Sailer solar sail. 1
18:10, 12 April 2023 Cosmos1 in orbit.jpg (file) 540 KB An artist's concept of the Cosmos 1 solar sail orbiting around Earth. Source Wikipedia. 1
18:14, 12 April 2023 LightSail 2.png (file) 842 KB Image from 23 July 2019 at 11:48 PDT (18:48 UTC) showing LightSail 2 deploying it's sail. 1
18:15, 12 April 2023 LightSail1.jpg (file) 225 KB LightSail 1 photo showing its deployed solar sails in Earth orbit on 8 June 2015. 1
18:28, 12 April 2023 IKAROS.jpg (file) 6.38 MB Artist's depiction of the IKAROS spacecraft in flight. 1
18:30, 12 April 2023 IKAROS2.jpg (file) 77 KB Photo showing IKAROS solar sails deployed on 14 June, 2010. 1
18:32, 12 April 2023 NanoSail-D.jpg (file) 1.47 MB Artist's despiction of NanoSail-D in orbit with its sails deployed. 1
19:06, 23 April 2023 Heliogyro mars.png (file) 124 KB Solar sail design of the Canadian Space Society for the Columbus 500 Space Sail Cup. Created by Paul Fjeld. 1
19:13, 23 April 2023 Heliogyro halley.jpg (file) 2.09 MB The heliogyro solar sail concept with 12 spinning blades that were each four miles long. Here, the spacecraft approaches Halley’s Comet. 1
19:21, 23 April 2023 Helios.jpg (file) 127 KB HELIOS deployment sequence. After detumble, acquisition and orientation to the sun, blade reels are released via a burn wire. Deployment is actuated by springs. Tensioned cables connect the deployed truss to the central spacecraft bus. Once the blade truss is deployed magnetic coils are used to spin up the core spacecraft to the nominal pre-blade deployment spin rate. After a systems checkout, a synchronized, controlled blade deployment is intiated. The blade camera mast is deployed at an int... 1
19:28, 23 April 2023 Heliogyro control.jpg (file) 60 KB Diagram showing how a Heliogyro can maneuver by controling the collective and cyclic pitch of its blades. 1
13:25, 28 June 2023 Displaced orbit.png (file) 102 KB Diagram showing a displaced, non-Keplerian orbit, possible by not only using gravity of the Sun, but also the application of thrust from a thruster or a solar sail. 1
19:06, 28 June 2023 Spiral trajectory.png (file) 86 KB Diagram showing the trajectory of a sail accelerating in a spiral trajectory outward around the Sun 1
19:13, 28 June 2023 Spiral trajectory in.png (file) 87 KB Diagram showing a solar sail in a spiral trajectory, moving to a lower orbit around the Sun. 1