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Herakles Architecture

Herakles Architecture.

pamela-campbell
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Herakles Architecture

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  1. Herakles Architecture Kinetic Energy is viewed as an in-situ resource. An Impulse Engine (formerly named a Recycler, or a CataMitt Recycler) is a large device that extracts kinetic energy from an arriving spacecraft, converts it into electricity via regenerative braking, and immediately applies that electricity to launch a partner spacecraft. This enables space hardware to shift from being primarily expendable to being primarily reusable in nature. While it has constraints, it also has a significant potential to reduce the cost of round trip space travel between select destinations, such as a Molniya orbit, geosynchronous orbit, and the Moon.

  2. Impulse Engine By Philip A. Turek Science Department, Cerritos High School Cerritos, CA 90703 paturek@earthlink.net

  3. ASAT Mission

  4. IE Image

  5. The big picture

  6. Interface Plate With Interchangeable Berthing Cradles

  7. Orbital Waltz

  8. Progress_a farview

  9. Progress Exchange

  10. Low Operating Cost

  11. Crew Rotation to a Lunar South Pole Base

  12. Impulse Engines at Mars

  13. Extending Impulse Engines to Mars Deimos Impulse Engine: Access 297 km low Mars orbit inclined 80 deg. DV 3.7 km/s from LEO to LMO Phobos Impulse Engine: Access 323 km low Mars orbit inclined 43 deg. DV 3.5 km/s from LEO to LMO.

  14. Extending IEs to Asteroids

  15. Electrostatic Radiation Shielding

  16. A Manned Base

  17. Why Are There Grooves on Phobos?

  18. Andromeda

  19. Outreach

  20. IE Research Community We’re Building Our Future in Space

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