Trajectory Design with Astrogator (day 4) – Page 2 Objectives At the conclusion of this class, you will have: • Seen demonstrations of 3 different levels of automation within STK o Autosequences o Plug-In Scripts o Single Segment Propagation • Targeted a Surveyor-type Direct Lunar Landing to …

STK Astrogator. STK Astrogator is a specialized analysis module for interactive orbit maneuver and spacecraft trajectory design. Astrogator acts as one of the propagators available for a satellite object. Astrogator calculates the satellite's ephemeris by running a Mission Control Sequence, or MCS, that you define according to the requirements of your mission.

A version of this code using C# can be found in \CodeSamples\CustomApplications\CSharp\HohmannTransferUsingTargeter. STK/Astrogator New Horizons Mission Tutorial – Page 4 Animation Element Value Start Time 1 Jan 2007 00:00:00.00 Time Step 60 sec Note You can access the Basic Properties of any object in STK by double-clicking on its object icon. Setting up the 2D and 3D Windows We are now ready to configure the 2D and 3D windows for our mission to Pluto. This script walks through the basic functions of the STK Astrogator Object Model by building the Hohmann Transfer Using a Targeter tutorial exercise, found in the STK Help. A version of this code using C# can be found in \CodeSamples\CustomApplications\CSharp\HohmannTransferUsingTargeter. STK/Astrogator is designed to model the physics of spacecraft flight and can fire engines based on various conditions or via external algorithms as in a closed-loop control law process.

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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. This was a basic introduction to STK Astrogator. In this lesson, you: Used a Launch Vehicle object to launch a vehicle that followed an ascent trajectory from a launch point to an orbit insertion point.

STK 11.5 delivers new capabilities to address more of the emerging trends in the aerospace and defence landscape. The latest features and key upgrades of AGI STK include low-thrust satellite trajectory optimisation, expanded aircraft flight envelopes, multi-function radar, real-world visualisation and enterprise collaboration. Astrogator

▫ Used for: ⇒ Trajectory design. ⇒ Maneuver planning. STK Astrogator allows users to model complex mission trajectories by assembling a series of segments within a Mission Control Sequence (MCS)[1]. The target  AGI's Software Deployment License Agreement for STK Terrain Server – Exhibit B STK Aviator Pro. STK Astrogator.

In STK/Astrogator, we model the launch as a portion of an ellipse that starts at the ground and then meets the launch insertion state. This is a decent estimate of the burnout state. After the launch, we’ll coast in orbit for a bit, and then execute an escape maneuver. The mission control sequence for that looks like this:

This script walks through the basic functions of the STK Astrogator Object Model by building the Hohmann Transfer Using a Targeter tutorial exercise, found in the STK Help. A version of this code using C# can be found in \CodeSamples\CustomApplications\CSharp\HohmannTransferUsingTargeter. STK/Astrogator New Horizons Mission Tutorial – Page 4 Animation Element Value Start Time 1 Jan 2007 00:00:00.00 Time Step 60 sec Note You can access the Basic Properties of any object in STK by double-clicking on its object icon.

Specifically, you will learn how to: Use airfield and navigation aid data for takeoff, landing, and cross country navigation Astrogator STK UHM. Video. SpaceX is doing amazing things! Their “Grasshopper” is a Vertical Takeoff Vertical Landing (VTVL) rocket vehicle to test a new concept of rocket that is capable of returning back to Earth intact. Sounds like rocket science recycling? Low energy interplanetary transfers using halo orbit hopping method with STK/Astrogator.
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AGI has recently released a free collection of 45 RPO sequences for use with STK Astrogator. These sequences empower experts and non-experts alike to create realistic RPO trajectories quickly and easily. You can obtain this collection simply by contacting AGI Support. Get started with STK today.

Astrogator calculates the satellite's ephemeris by running a Mission Control Sequence, or MCS, that you define according to the requirements of your mission.
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In STK 12, we removed many deprecated things from the STK API. This included pieces from the Astrogator API from STK 9, 10 and 11. Among these was the impulsive DeltaVVector.

This calculates the solution with an initial low fidelity model. STK/Astrogator Mars Mission Tutorial – Page 4 Note You can access the Basic Properties of any object in STK by double-clicking on its object icon. Setting up the 2D and 3D Windows We are now ready to configure the 2D and 3D windows for our mission to Mars. We will use the following settings to visualize the orbit from a Mars equatorial position. Detailed feature list for STK Astrogator. Back; Product Lines.