Deep Sleep Cocoon
Built for the first missions to Mars. And winner of WIRED Gear of the Year 2019.
- Segmented, magnetic hood with visor
- Hood has space for noise cancelling headphones
- Material is highly abrasion resistant
Built to help you sleep anywhere on Earth or in outer-space, the Deep Sleep Cocoon is a self-contained microhabitat that’s a cross between a cocoon and a spacesuit.
However advanced we become, the human body needs rest and sleep in order to function at a high level, and this will become even more critical as we travel off our planet. But when you’re trapped in an environment you can’t control, and it’s cabin crew, scientific protocol or deep space deciding what light, sound and ambient temperature you’re exposed to, sleeping can be hard. Long-haul flights, the International Space Station and the first flights bound for Mars are not designed for sleep.
So we turned to nature to design a microhabitat for a human being – mimicking adaptable and protective structures like the exoskeleton of a woodlouse and the cocoons spun by moths and caterpillars. Designed for physical and psychological comfort in inhospitable places, the cocoon strips out light like an isolation tank, has space for noise cancelling headphones, reduces your exposure to unnecessary stimulus, and while you can see out, no-one can see in.
Technical Details
The Deep Sleep Cocoon acts like an isolation tank
If you’re experiencing 16 sunrises a day and the cabin lights are controlled by a computer, you’ll want to be able to control when your body and mind think it’s night-time. The Deep Sleep Cocoon is built to reduce your exposure to unnecessary stimulus. The hood leaves plenty of space for noise cancelling headphones. With the visor entirely closed the Deep Sleep Cocoon strips out light like an isolation tank, turning day into night. And creating your own space shields you from the psychological pressure of being in a metal cabin for several years.
Why we’ll need cocoons in space
Travelling to Mars and beyond might not look as Star Trek as we imagine. Confinement and cramped conditions on the journeys are likely. And we may well end up living in lava tunnels like space rabbits when we get there, simply to escape the radiation. It’s certainly not conducive to sleep. So to build a microhabitat for humans, we took inspiration from creatures who already have to change from one state to another in tight spaces and high risk environments. Like moths and caterpillars which spin silk cocoons to give them the protection they need to go through metamorphosis in the crack of a tree or under a leaf.
The human body is the most fragile system in space
Of all the systems that will be launched into the solar system over the next century, the human body is one of the weakest and most fragile. While every other system – from a spaceship and Mars Rover to an asteroid mining craft and lunar lander – is specifically designed to exist in space, the human body is not. It may be extraordinarily adaptable back on Earth, but in space it’s a liability. It needs food, water, oxygen, companionship, purpose, sleep, light, dark, mental stimulation and physical activity. It can’t lie dormant and gathering space dust, and then be expected to work on cue.
Based on the protective exoskeleton of the woodlouse
The shape and functionality of the Deep Sleep Cocoon are based on the woodlouse. Thanks to their segmented and shell-like exoskeleton, woodlice can use their own body as a protective shield to create a barrier between themselves and the world. With a hood that can fold over on itself and transform into a ball, and three articulated layers of material on the back of the jacket, the Deep Sleep Cocoon mimics the woodlouse’s exoskeleton. From an engineering perspective it makes the jacket a cross between a woodlouse and a space helmet.
The Deep Sleep Cocoon is just the start of human hibernation
We’re not the only ones looking at forms of human hibernation for the mission to Mars. Another idea being explored is something called ‘torpor-induced hibernation’, a medically-induced hypothermia which slows biological functions. It’s already used in trauma surgery to cool and metabolically supress patients, giving surgeons extra time. The idea behind torpor – or keeping astronauts in a freezer – is that it would save on space and supplies, and they’d arrive well rested having escaped the monotony of the journey. Of course it relies on someone waking you up at the other end.
Size + fit
The Deep Sleep Cocoon is designed with a regular fit.
Size | XS | S | M | L | XL | XXL |
Fits chest | 83 - 90 | 91 - 98 | 99 - 106 | 107 - 114 | 115 - 122 | 123 - 130 |
Fits waist | 71 - 76 | 76 - 81 | 81 - 86 | 86 - 91 | 91 - 96 | 96 - 101 |
Size | XS | S | M | L | XL | XXL |
Fits chest | 33 - 36 | 36 - 39 | 39 - 42 | 42 - 45 | 45 - 48 | 48 - 51 |
Fits waist | 28 - 30 | 30 - 32 | 32 - 34 | 34 - 36 | 36 - 38 | 38 - 40 |