Remarkably intact and beautifully documented by a Russian urban explorer, this space shuttle prototype rests in a massive above-ground graveyard at the Baikonur Cosmodrome, deserted due to the collapse of the Soviet Union. Originally destined to dock with Soviet space station Mir, the model was almost finished and had even completed a test flight when the facility was shut down in the early 1990s.

Photographer Ralph Mirebs identified the massive (yet somehow still unassuming) structure as an excellent target for exploration, but did not know just how many surprises were in store for him when he took his camera into the ruins. Positioning himself on catwalks and even entering spacecraft models, he was able to take pictures of an amazing array of spaces and equipment.

As incredible as the outside of the craft may be, the insides are all the more fascinating, filled with the equipment intended to take it to space that somehow seems surprisingly fragile right here on the ground.

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Abandoned Ship Spacecraft Discovered In Huge Derelict Hangar

Swimming pools, private suites, flat-screen televisions, medical facilities and luxury lounges – all these amenities cannot be yours, but can be enjoyed by your pets (or pigs or horses) at the new AFK airport terminal just for animals.

Opening next year alongside JFK international airport, over 70,000 animals of all kinds are expected to pass through ARK annually. This 50,000,000-dollar, 178,000-square-foot space will be the “world’s only privately owned animal terminal and USDA-approved, full-service, 24-hour, airport quarantine facility for import and export of horses, pets, birds and livestock.” 

Your best (canine) friend can enjoy more comforts than you can imagine, including pawdicures, massage therapy and even a swimming pool shaped like a dog bone, while you close feline companion climbs through dedicated jungle gyms or cat TV. Horses will enjoy food, water and rest while basking in daylit stalls that can be individually climate-controlled. You can also watch (and envy) your critters, large or small, via remote webcams on demand.

All animals have access to a veterinary hospital equipped for general health, emergency care, advanced diagnostics and with surgery suites, providing healthcare but also helping to streamline checks and certifications required for overseas travel.

The ARK will replace VetPort, a small 10,000-square-foot onsite facility (effectively a glorified kennel) with meager amenities that still requires a separate offsite quarantine system located miles away.

If this sounds like a luxury affair from a front-of-house perspective, consider all of the work architecture firm Gensler has put in to make the place function, like cleaning up 5,000 pounds of waste produced by up to 180 head of cattle per day. Clever architectural solutions are needed to deal with the sheer volume of animals passing through as well as their species-specific needs.

Unmanned aerial vehicles can do more than just take pictures, pick up and drop off objects – they can also work together to create solid structures, built brick by brick or even woven in midair.

In this first example, titled Flight Assembled Architecture, roboticist Raffaello D’Andrea Swiss architecture firm Gramazio Kohler Architects to create a complex 3D wall from lightweight blocks. Far from an end product, the idea was simply to show what drones could be programmed to do. While this remains an impressive feat, the next and more recently-executed demo (below) is even more so.

With help from ETH Zurich’s Institute for Dynamic Systems and Control, these autonomous flying vehicles are coordinated by computers to wrap, weave and intertwine support cables to create various tensile structures.

A simple set of vertical supports provides the framework with which the cable-deploying drones interact, first wrapping these columns then beginning to form ever more complex structures in the air.

The possible future applications for such techniques range from rapid prototyping and structural integrity tests in physical space, replacing computer models, but drones could also become construction tools, able to safely weave in and out of buildings at higher altitudes to deliver materials or even deploy them in place.

The latest contender for ‘most scary yet exciting passenger cabin ever designed’ has trumped its predecessor – the first version boasted horizontal strips of screen on both sides of the plane’s interior while this latest one features effectively see-through ceilings as well as walls.

The S-512 being developed by Spike Aerospace boasts a four-hour flight time from New York to London, in part due to the reduced engineering requirements of a windowless cabin (and leading to at top speed of 1375 MPH).

In this audacious private jet, the windows and their supporting infrastructure are instead being replaced with view screens that stitch together live footage being shot of the plane’s surroundings while it is in flight.

Meanwhile, six months later, Technicon Design has released concept drawings of Ixion, which likewise uses cameras mounted on the fuselage and wings to capture images for interior high-resolution display, but with an added dimension of also disappearing the rooftop of the cabin.

The nearly-continuous visual experience would be segmented by strips providing lights and air conditioning, and in theory the projections could be shifted on demand, from realtime scenery to other full-surround displays. For now, though, only the first is a series proposal for a real private plane – the latter is a conceptual design pushing the idea further but with no plan for actual deployment.

Feel the wind on your face and smell the pine sap of the forest as you gaze down at the scenery far below – without ever leaving the ground. ‘Birdly’ is a new machine developed by the Zurich University of the Arts that simulates flight using an Oculus Rift virtual reality headset, a motor-powered machine that mimics flying movements, a fan to fake the feeling of wind and even olfactory feedback tailored to the landscape of your choice.

The creators studied the movement of the Red Kite bird and translated it to a sensory-motor coupling that enables you to flap your ‘wings’ as if you’re really flying. The movement of your arms directly correlates to the flying sensation you experience through the Oculus Rift headset.

Once strapped in, you’re embedded in a virtual landscape as if you were the Red Kite itself for the closest possible simulation of flight that’s possible without ever actually going into the air. The faster you go, the stronger the air pushed out by the fan positioned right in front of your head.

While it’s easy to imagine Birdly becoming a fixture at amusement parks, so far, it’s just an art installation, with no plans for commercialization. The creators say there are a few tweaks still needed to keep users from getting sick during the flight experience. This device is just the latest in an intriguing line of creations using Oculus Rift to bend reality, like a recent Gender Swap experiment that allows the user to switch to the point of view of someone of a different gender.