Winter Landing by wblack
Open full image in new tab Members remain the original copyright holder in all their materials here at Renderosity. Use of any of their material inconsistent with the terms and conditions set forth is prohibited and is considered an infringement of the copyrights of the respective holders unless specially stated otherwise.
Description
Winter Landing
An Orion’s Arm future history image
Associated posts linked here:
After The Leaving … Approaching Contact, Orion Rising, and Orbit Into Night.
From the Martian Earth Return Era of my future history. See: Orion’s Arm Future History Timeline.
Inspiration for the Martian Traders spacecraft is a hand-rendering by Poul Anderson of the Orion spacecraft from his novel "Orion Shall Rise," sketch and letters of authenticity secured by Scott Lowther are available on his Unwanted Blog. Link: Orion Shall Rise
The notion of an Orion capable of vertical or horizontal launch and landing intrigued me. Paul Anderson’s concept (which differs in some details from mine) sports tri-cycle arranged landing-gear; turbofan jets for controlled horizontal flight-assist, along with chemical rocket assist for take-off.
My Martian Trader does not descend to a roll-out landing, instead the vehicle slows to a powered hover (at point of stall) and makes touchdown (in horizontal orientation on a six-point gear system) riding thrust from metallic-state hydrogen rockets re-directed to three vectored belly thrusters take-off from this orientation would be the reverse: climb-to-hover, horizontal climb-out powered by ten high-thrust metallic-state hydrogen rockets to a burn-out altitude of 60,000 feet where the Orion would take over.
Paul Anderson’s design (while admittedly somewhat fantastical – but not improbably so) bares features in common with the large manned fly-back boosters designed for the SPS program – these were fully the length of a Saturn V with body diameter and wingspans which would have dwarfed a C4 Galaxy – the canard mounted turbofan engines positioned forward for extended cross-range flight and power-assist directional control are in line with NASA thinking in regards to those behemoth boosters.
Such vehicles fit the category best expressed by the Naval slang term “Kludge” meaning an inelegant combination of technology (usually hurriedly assembled in time of war or national emergency) intended to address via brute-force a specific and urgent need – the Martian Trader is intentionally such a “kludge.” The vehicle is several orders of magnitude larger than the aforementioned fly-back boosters. It is an interplanetary, heavy payload capable Orion, horizontal landing to accommodate loading/unloading freight operations.
Winchell Chung’s Atomic Rocket Posterous recently posted an article describing high ISP metallic-state hydrogen fueled rockets. Article Here. I’ve adapted the concept to power the terminal descent and take off rocket system of my Martian Trader. The fuel efficiency and high-order thrust these might lend struck me as a good intermediate step between the powerful (but dirty) open-cycle gas core nuclear rockets used on the Martian Settler descent craft and the advanced gas core nuclear light bulb engines used on the Martian Terraforming vehicles.
Vehicle Dimensions.
Length (Nose Cone to Pusher Plate): 400 FT.
Lifting Body Hull Lateral Span: 200 FT.
Lifting Body Hull Ventral/Dorsal Elevation: 150 FT
All models are my own Bryce creations, constructed in Bryce 6.3 and rendered in Bryce 7 Pro.
As always thank you for your interest, thoughtful comments, and encouragement.
Comments (11)
JeffersonAF
Excellent.
coyoteviper
this is way cool. love the dusting effects
flavia49
fantastic work
timuerto
Love it. Really nice work.
grafikeer
Very nice....like the thruster effects and terrain mats...great model too!
geirla
Very nicely done. I guess it has to be pretty big to accommodate landing the pusher plate horizontally. Or have long landing gear legs...
wblack
Hey geirla, You are spot on in regards to both points. The lifting body hull has rather large dorsal and ventral housings which accommodate (among other things) four of the ten take-off rockets - the six point landing gear is arranged in twin tripod configuration arranged one inside the other -- the inner set deploys from the flanks and leading edge of the ventral housing -- and an outer (much taller) set of gears (with a greater span and hence a larger foot-print for weight distribution) set closer to the outer and leading edge of the lower-hull, granting the vehicle an extremely solid base. I've rendered two images for this landing sequence, the hover phase immediately prior to touch-down -- shown here -- and a second image with the gears fully deployed to be posted at a latter date.
peedy
Fantastic image! Corrie
texboy
great engineering, as usual, and a cool story from the blog about corresponding with Maestro Anderson!
saphira1998
cool
fallen21
Fantastic render.