Orbital Living – Spacehabs.com

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Orbital Living – Spacehabs.com

Maintenance Platform

Operating at an orbit of roughly 420km, the maintenance platform can repair, maintain, and upgrade satellites and craft in LEO.

maintenance platform cam 2

Operating at an orbit of roughly 420km, the maintenance platform can repair, maintain, and upgrade satellites and craft in LEO.

maintenance platform cam 1

Operating at an orbit of roughly 420km, the maintenance platform can repair, maintain, and upgrade satellites and craft in LEO.

maintenance platform cam 6

EVA by a maintenance worker on an orbital platform.

Preview of upcoming graphic novel

maintenance platform cam 9

Operating at an orbit of roughly 420km, the maintenance platform can repair, maintain, and upgrade satellites and craft in LEO.

maintenance platform cam 3

Operating at an orbit of roughly 420km, the maintenance platform can repair, maintain, and upgrade satellites and craft in LEO.

Kalpana One 2018 Version

An update to the 2012 design of the Kalpana One space settlement

50m radius construction Cam 28-Ab

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Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

50m radius station Cam 21-Aa

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Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

50m radius station Cam 27-Aa

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Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

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Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

cam 64-18-03-27

Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

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Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

cam 20-18-03-29

Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

cam 12-18-03-27

Kalpana One space settlement, these images represent my version of what it could look like to live within this 500m diameter cylinder.

cam 96-006mm-18-04-07-HI-opt

Kalpana One space settlement

Kalpana One

A design based on a collaboration with the authors of this paper, these images represent my version of what it could look like to live within this 500m diameter cylinder.

Kalpana One Panorama

kalpana-section

Kalpana Exterior Close

Kalpana One-Golf

Kalpana One-farm-cam-18

Kalpana One-cam41

Kalpana One-cam40

Kalpana One-cam38

kalpana-football

Kalpana One tour

With a radius of 250m and a depth of 325m, Kalpana One would spin at a rate of 2 revolutions per minute to give the feeling of one earth gravity on the level where everyone will live. This means that people could live long and healthy lives while their bones and muscles would develop as they would on earth. This example layout of the settlement shows all of the luxuries and recreation of a small town.

Kalpana One-cam12

Kalpana One-cam35

Kalpana One-cam32

Kalpana exterior-hi

Kalpana One-cam24

Kalpana One-cam22

Kalpana One interior Cam 42

With a radius of 250m and a depth of 325m, it can spin at a rate of 2 revolutions per minute to give the feeling of one earth gravity on the level where everyone will live. This means that people could live long and healthy lives while their bones and muscles would develop as they would on earth. This example layout of the settlement shows all of the luxuries and recreation of a small town.

Kalpan One section-layout

Kalpana One cam-cam-47

Kalpana One cam-16

Variable Gravity Habitat

This is a design that can be built up gradually and utilizes levels at many different radius levels effectively giving the occupants, multiple levels of gravity.

Variable gravity habitat-phases

This is a design that can be built up gradually and utilizes levels at many different radius levels effectively giving the occupants, multiple levels of gravity.

Variable Gravity Station Concept - Phases

Variable gravity concept BV-17-05-26

This is a design that can be built up gradually and utilizes levels at many different radius levels effectively giving the occupants, multiple levels of gravity.

Variable gravity cam 56-BV-17-06-15

This is a design that can be built up gradually and utilizes levels at many different radius levels effectively giving the occupants, multiple levels of gravity.

Variable gravity cam 54-BV-17-06-14b

This is a design that can be built up gradually and utilizes levels at many different radius levels effectively giving the occupants, multiple levels of gravity.

Variable gravity cam 45-BV-17-06-13

This is a design that can be built up gradually and utilizes levels at many different radius levels effectively giving the occupants, multiple levels of gravity.

Hammer Station

The Hammer Station was a design intended to serve as a rotating research station enabling an extended stay by the occupants.

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The Hammer Station was a design intended to serve as a rotating research station enabling an extended stay by the occupants.

Hammer Research Station closeup

Rotating structure to simulate gravity

Hammer Research Station flyby

The Hammer Station was a design intended to serve as a rotating research station enabling an extended stay by the occupants.

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The Hammer Station was a design intended to serve as a rotating research station enabling an extended stay by the occupants.

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The Hammer Station was a design intended to serve as a rotating research station enabling an extended stay by the occupants.

hammer-station-camera-3

The Hammer Station was a design intended to serve as a rotating research station enabling an extended stay by the occupants.

Kalpana Two

A collaboration with a redefined size. This rotating station has a length of 110m and a diameter of 125m.

Kalpana Two Cam-10

A collaboration with a redefined size. This rotating station has a length of 110m and a diameter of 125m.

Kalpana Two Cam-9

A collaboration with a redefined size. This rotating station has a length of 110m and a diameter of 125m.

Kalpana Two Cam-6

A collaboration with a redefined size. This rotating station has a length of 110m and a diameter of 125m.

Kalpana Two Cam-5

A collaboration with a redefined size. This rotating station has a length of 110m and a diameter of 125m.

Kalpana Two Cam-1

A collaboration with a redefined size. This rotating station has a length of 110m and a diameter of 125m.

Kalpana Two Cam-26

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