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Aero Braking

Bryce Science Fiction posted on Mar 26, 2013
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Description


Aero Braking An Orion’s Arm future history image. Mars Settlement Lander breaching the Martian atmospheric interface. Presently I am at work on an image depicting a broad swath of the Martian settler’s landing site, with numerous landing craft, temporary habitats, surface vehicles, crews at work on settlement construction, and more [now rendering image layer number 6 (with several more in process) and miles of post-work to go]. In the interest of continuity it seemed appropriate to re-post my re-envisioned Aero Braking image. Entry, Descent, and Landing: A ten thousand ton payload, while well within the capability of Orion to loft and deliver, is well beyond the capacity of any parachute design; after aero braking the vehicle transitions to a two-stage powered descent mode: primary powered descent is accomplished via 4 Open-Cycle GCNTR (Gas Core Nuclear Thermal Rockets – disposed of along with the aero-shell and heat shield once the vehicles is sub-mach) terminal powered descent to touch-down is accomplished via 7 F-1 equivalent chemical rockets. This sequence of images depict events around the Year Zero mark on my future history timeline – see link below. Future History Timeline Context Link: Orion’s Arm Future History Timeline. Related Images: Terminus of an Arc Orion Launch Vehicle Final Assembly Right Before Mars Settlement Project Orion Launch Syria Planum Landing Image Composition Notes: Plasma fireball effects painted in post-work. Mars surface and atmospheric background uses elements cropped and blended from NASA/JPL images (including MRO, Spirit and Opportunity images) in order to create a unique Mars surface texture which reflects the general character and surface features of Mars as seen from low orbit. Texture image sources Courtesy NASA/JPL. All models are my own Bryce creations. As always thank you for your interest, thoughtful comments, and encouragement.

Comments (8)


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geirla

9:46PM | Tue, 26 March 2013

Great effects! I kind of figured open gas core nuclear engines would be single use. I can't imagine how you would get the vaporized uranium back into the engine without splattering the nasty stuff all over the engine.

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wblack

10:41PM | Tue, 26 March 2013

Thanks geirla! I agree, in regards to Gas-Core Open Cycle – a good brute force one-shot solution (so long as you don’t mind the required clean-up afterwards). Once the vaporized U -235 exits the vortex environment it would be near impossible to re-inject, likely plate itself all over the injector assembly...

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peedy

12:52AM | Wed, 27 March 2013

Fantastic image and effects! Corrie

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9002434

1:46AM | Wed, 27 March 2013

Interesting picture!! 5+

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Mondwin

5:14AM | Wed, 27 March 2013

Fantastic illustration my friend!!!Bravissimo!V:DDD.Hugsxx Whylma

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gmvgmvgmv

5:35AM | Wed, 27 March 2013

Wow, what a terrific effect for this re-entry! Very convincing. Nicely done!!

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GrandmaT

6:58PM | Wed, 27 March 2013

Excellent work!

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Pelican

4:14PM | Tue, 22 March 2016

WOW , very good and realistic picture of entry into the Martian atmosphere !


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