ASL simulators support the system features and functionality described below. These capabilities are available in both Mobile and In-Facility units. More information on ASL simulator form factors can be found by clicking the buttons above.
Advanced Spaceflight Laboratory systems incorporate a variety of functions and display features to support General Public and Corps of Discovery programs. System software calculates current planetary positions and then renders the planets, along with the stars and Milkway, in a three-dimensional model of the Solar System. System Autopilot and Helm controls enable users (including young students) to perform a variety of flight maneuvers within the 3D model.
Informational displays built into ASL systems include:
- Solar System maps with 3D Cartesian coordinates for system objects
- A 3D Cartesian Coordinate display system showing the orientation of the Solar System within the Milkyway Galaxy
- Overlays showing planet latitude, longitude, dusk/dawn terminators and surface features for select planets
- Sensor scans showing planetary Astrometric, Geophysical and Geochemical data
- Constellations
- Lesson-specific subject matter slides
- Basic library notes for each planet
- Mission-specific operator instructions
- Displays of Quiz and Trivia questions for evaluations and game-play
- Displays of simple reading exercises for young students (K-2 grades)
ASL system software also includes a scripting language that enables students or operators to write programs that control the operation of the simulator. Any of the system’s functions can be scripted including the destination and timing of flights and the activation of system displays and overlays.
ASL simulators include an internal network as well. The network supports the distribution of data between the system’s Command station and its Engineering, Cartography and Science stations. The Command station controls flight operations and informational displays.
The Cartography and Science stations house the instruments and manage the experiments built into ASL simulators. Instruments and experiments include:
- Step-by step instructions with help displays
- Telescopes with a movable reticle for determining planetary size (radius and volume)
- Precision Radars for calculating planetary mass
- Absorption Spectrometers for determining the molecular composition of planetary atmospheres
- Radio Frequency Detectors for triangulating position and calculating planetary orbits
- Wide Area Radars for detecting planetary satellites
The Engineering station manages power distribution (reactors and system circuit breakers) and has status indicators and repair controls for instrument systems power and control modules.
ASL Mobile and Theater systems have separate Command, Engineering, Cartography and Science stations, the number of which are system size dependent. ASL Cabinet systems typically have Command, Engineering, Cartography and Science functions integrated into a single station. Additional information on Mobile and In-Facility ASL simulators can be found by clicking the buttons at the top of this page.
To further explore the educational capabilities of Advanced Spaceflight Laboratory systems, please contact us.
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