Poutvaara Space Agency
Poutvaara Space Agency, PSA, makes models and derives from them visualizations of Global, Solar System and Space subjects.
We can also perform consultancy, planning and design.
For more about the ideas related, see column “Kirjoitettua” (Written).
Presented are examples of visualizations of models.
For Poutvaara Photo Stock -clients there are available 156 stock model images from PSA. For registering as a client, go to PPS.
PSL is a new modelling supplier for PSA.
PSA Project samples
Poutvaara Globe, Earth model
Description Modelling of Earth showing seas, continents, ice cover and largest water systems.
Project Type Modelling in 3D-format the Earth. Also 3D-scale models, which can be produced materially.
Client Can be used in various instances: virtual model, scale model and material scale model.
Eclipses
Description Visualizations of solar eclipses are occasionally made. We can receive orders to photograph future eclipses anywhere to World. We can deliver event visualizations and situation pictures, but there are existing small risks related to the cloud cover of the sky. The work is realized with Nikon FX -cell size system camera with one meter focal distance and in preplanning and graphic presentation we use AutoCAD. This event photography has been exercised for a decade.
Project Type Planning, visualization and photography.
Client All media and scientific requests are considered. Please note we do not operate in real time and it could take minimum several hours after the event before the final visualization is complete. When working in more remote areas the access for desktop computers is more limited.
Aviation analysis
Description Modelling of large-scale aviation incident in several continents. Case example MH370, which is a global interest.
Project Type Modelling and analysis of complicated case.
Client For media and press visual images and for official organizations consultation.
Flight analysis
Description Modelling of intercontinental flight paths by principle Great circle route providing also accurate distances meaning in popular language: “As crow flies”, from point A to B by shortest distance.
Project Type Visualization and modelling of flight paths with GPS location of airport.
Client Aviation sector and tourism.
Science illustration
Description Scientific Illustration about the structure of Earth.
Project Type Visualization and modelling.
Client Science, education and media.
Ballistic visualization
Description Illustration about the ballistic routes.
Project Type Science or conceptual visualization.
Client Science, education and media.
Illustrative modelling
Description Illustrative modelling of the Earth
Project Type Conceptual visualization or model for animation.
Client Media.
Space Orbit
Description Illustrative modelling of ISS -orbit
Project Type Conceptual visualization
Client Science, Education and Media.
Satellite Orbit
Description SSO, Sun-synchronous orbit, for example an ICEYE SAR-satellite with 1 day ground track repeat cycle.
Project Type Conceptual visualization.
Client Science, Education and Media.
Satellite Constellation Coverage
Description SSO, Sun-synchronous orbit, for example a constellation of 30 satellites with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization.
Client Science, Education and Media.
Satellite Constellation Coverage II
Description SSO, Sun-synchronous orbit, illustrated is an example of constellation of 60 satellites (six groups of 10 satellites) with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization.
Client Science, Education and Media.
Satellite Constellation Coverage III
Description SSO, Sun-synchronous orbit, illustrated is an example of constellation of 120 satellites (twelve groups of 10 satellites) with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization.
Client Science, Education and Media.
Satellite Constellation Coverage IV
Description SSO, Sun-synchronous orbit, illustrated is an example of constellation of 240 satellites (24 groups of 10 satellites) with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization.
Client Science, Education and Media.
Satellite Constellation Coverage V
Description SSO, Sun-synchronous orbit, illustrated is an example of constellation of 480 satellites (48 groups of 10 satellites) with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization. Graphic pattern formula.
Client Science, Education and Media. Fashion pattern.
Satellite Constellation Coverage VI
Description SSO, Sun-synchronous orbit, illustrated is an example of constellation of 960 satellites (96 groups of 10 satellites) with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization. Graphic pattern formula.
Client Science, Education and Media. Fashion pattern.
Satellite Constellation Coverage VII
Description SSO, Sun-synchronous orbit, illustrated is an example of constellation of 2400 satellites (240 groups of 10 satellites) with 1 day ground track repeat cycle with maximum coverage.
Project Type Conceptual visualization. Graphic pattern formula for fashion. Examination with 240 colours.
Client Science, Education and Media. Fashion pattern.
ISS 22 rotations
Description International Space Station orbit with 22 rotations = 1 day, 10 hours, 4 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 43 rotations
Description International Space Station orbit with 43 rotations = 2 days, 18 hours, 35 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 86 rotations
Description International Space Station orbit with 86 rotations = 5 days, 13 hours, 9 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 158 rotations
Description International Space Station orbit with 158 rotations = 10 days, 4 hours, 38 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 180 rotations
Description International Space Station orbit with 180 rotations = 11 days, 14 hours, 42 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 465 rotations
Description International Space Station orbit with 465 rotations = 29 days, 23 hours, 59 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 500 rotations
Description International Space Station orbit with 500 rotations = 32 days, 6 hours, 10 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 1000 rotations
Description International Space Station orbit with 1000 rotations = 64 days, 12 hours, 20 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 1500 rotations
Description International Space Station orbit with 1500 rotations = 96 days, 18 hours, 30 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 2000 rotations
Description International Space Station orbit with 2000 rotations = 129 days, 0 hours, 40 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
ISS 2100 rotations
Description International Space Station orbit with 2100 rotations = 135 days, 11 hours, 30 minutes.
Project Type Orbit concept.
Client Science, Education and Media.
Alternative Earth Coordinate System
Description 15 Great Circles with alternative Earth Coordinate System for satellite imaging.
Project Type PSL modelling and general concept applied to Poutvaara Globe
Client Possible system concept under development for satellite imaging
Alternative Earth Coordinate System
Description Disdyakis triacontahedron with alternative Earth Coordinate System for satellite imaging. 1 day repeat cycle SSO orbit.
Project Type PSL modelling and general concept applied to Poutvaara Globe.
Client Possible system concept under development for satellite imaging.
Alternative Earth Coordinate System
Description 15 Great Circles with alternative Earth Coordinate System for satellite imaging. 1 day repeat cycle SSO orbit.
Project Type PSL modelling and general concept applied to Poutvaara Globe.
Client Possible system concept under development for satellite imaging.
