Low energy interplanetary transfers using halo orbit hopping method with STK/Astrogator. 2005. Daniele Mortari. Tapan Kulkarni. Daniele Mortari. Tapan Kulkarni. Download PDF. Download Full PDF Package. This paper. A short summary of this paper. 37 Full PDFs related to this paper.
28 Mar 2019 Astrogator is used for interactive spacecraft maneuvers and trajectory design. Mission Control Sequence. The Mission Control Sequence (MCS).
Set up 2-D map to orthographic, ECI, display height = 100,000 km. Make a new propagator using the Astrogator Browser (highlight the scenario and choose Astrogator Browser from the tools menu). Click on Propagators. STK/Astrogator has successfully supported operations since launch on 30 June 200121,22,23,24,25.
Space. Astronautics. Space Exploration. Software STK Astrogator models spacecraft trajectories and reveals mission-critical insights into them. Develop, refine, and validate solutions, then return to update subsequent stages of the mission in response to flight performance. Astrogator’s versatile and modular architecture provides a framework for addressing most spaceflight trajectory problems.
STK TROGATOR High-fidelity orbit propagation Astrogator’s flight-proven algorithms include: • Force models for third-body effect • Solar radiation pressure • Atmospheric drag • Geopotential models • Thermal pressure and albedo • Solid and ocean tides • A broad set …
Daniele Mortari. Tapan Kulkarni. Daniele Mortari.
3 Mar 2021 and operations, trajectory solving solutions and design using STK/Astrogator, launch targeting, trajectory files, tutorials, and STK scenarios.
Astrogator allows space mission planning by piecing together various segments such as Below is an image of the STK Astrogator mission control sequence. 28 Mar 2019 Astrogator is used for interactive spacecraft maneuvers and trajectory design. Mission Control Sequence. The Mission Control Sequence (MCS). What's Astrogator? ▫ Astrogator is STK's mission planning module. ▫ Used for: ⇒ Trajectory design.
Specify the timeframe of the mission. This tutorial will show some basic steps in modeling missions of one satellite approaching another already in orbit using STK Astrogator. In this example, you will model two satellites already in the same plane, with an “Inspector” trailing a “Target Satellite” in True Anomaly, and will target two in-plane burns to approach and subsequently circumnavigate the target. Astrogator: Inclination Change Using Targeter.
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37 Full PDFs related to this paper. We recommend using STK 12.0.1 for this class. We will have STK Cloud - a web-based version of STK - available to use if you do not have access to STK, can not upgrade to STK 12.0.1, or do not have Windows on your computer.
Allows you to build missions and compute line of sight or access computations. · STK Pro · STK Analysis Workbench · STK Analyzer** · STK Astrogator.
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STK/Astrogator Mars Mission Tutorial – Page 3 Setting Up the Scenario Setting up to Scenario and Animation Times 1. Open a new scenario in STK. By default, you should get a 3D Window and a 2D Map. We will configure these windows later for our Mars mission. 2. Name the scenario ‘Mars_Mission’. 3. Specify the timeframe of the mission.
Specify the timeframe of the mission. STK’s Astrogator provides the solution to trajectory design in these complex situations. In Astrogator, you have the ability to model a variety of low (and high) thrust engine models.