Mixed use structure though the apartments a $1M and up are beyond anything but my dreams.
Category Archives: Technology
Buildatron….
PCMag…very cool article on the movement, the ‘company,’ the machine and the process.
3D printing for kids! Hey I want one First!
Just found MachineDesign again and saw this tidbit.
A 3D printer still in the prototype stage targets kids age 10 and up. Called the Origo, the device first started to take shape as inventor Artur Tchoukanov’s Masters project while he was attending the Umea Institute of Design in Sweden. Today, Origo is both the name of the device and the company. The device is intended to let kids print their own custom toys or small items. The printer is said to be as easy to use as an Xbox or Wii.
Just for Kids? What’s that all about? I want one!
ExoSkel hup!
Neat little article. Heinlein’s starship troopers had these, but before that E.E.Doc Smiths lensmen series. And who can forget the ending of Aliens?
JSF – What’s Really Happening
JSF – What's Really Happening.
This is enough to make one sigh and retreat to a cave. It seems like we have lost (in the big ticket arena) our ability to run a program.
Air Force Mini Shuttle the future Swiss army knife of space
In a testing procedure, the X-37B Orbital Test Vehicle taxis on the flightline in June 2009 at Vandenberg AFB, Calif
The Air Forces X37B autonomous mini shuttle has proven a great success. The first prototype orbiting for 9 months and then returning safely. The second unit is currently at 10+ months. Also the craft have shown that they are very maneuverable in orbit and very hard to keep track of from the ground even by pretty sophisticated observers. Now The AF is talking about an X37C that could carry six passengers. But it would still be autonomous, i.e. the passengers are passengers not pilots. To me that is probably a rather weak cover/secondary use. Most of the craft would spend most of their lives with no passengers, doing an array of important tasks. I think the AF like s the idea of a more ‘drone’ like operating profile, multi use(refuel, recovery, small launch, medium duration observation, etc) able to upgrade, lower orbit so less massive ‘optics’ for any class of objective. This would be the true space fighter, not a combat vehicle, but a platform that can do almost anything almost anywhere (in orbit) on very short notice without giving away the mission just by its shape/launch orbit.
Of course they need to lose the expensive aeroshell, it was necessary I assume to keep from having to do something even more expensive with the Boosters control laws, but it sure looks expensive, and for the six person version would get pretty bulky. Of course a 6 person crew though the same as the shuttle does not mean a shuttle scale vehicle, Shuttle was a mixed cargo freight hauler most of its size was for cargo I don’t the X37C will be much more than 2x maybe 3x the size of the diminutive 29ft X37B.
The US Air Force X-37B Orbital Test Vehicle during encapsulation within the United Launch Alliance Atlas V 5-meter fairing Feb. 8, 2011, at Astrotech in Titusville, Fla. The fairing protects and carries the OTV into space.
The wheel first and still evolving

The Bridgestone man at work looks cool and has some advantages, like no punctures.
The spokes are made of reusable thermoplastic resin. In design, interest is drawn toward the thermoplastic fins, staggered so that connections to the hub and the rim do not torque and there is no structural breakdown. The tires’ resin spokes radiate from rim to tread. They curve to the left and right to support vehicle loads.
But one wonders about delamination at speed, effects of dirt and grime etc. But eventually this looks likely to come, their looking at light weight low speed applications first. If we ever see them on r ace cars we’ll know the technology is almost ready for prime time. Michelin and Yokohama have been working on ‘airless’ tires for years as well.
Also in the world of the wheel, another Michelin tech lead:
Each Michelin in-wheel motor weighs 42 kilogram (95 pound) and includes a 30 Kilowatt water-cooled drive motor of a similar size to a conventional starter motor. The motor has a spur gear that drives a rind gear on the hub. A second electric motor operates the active suspension via a gear rack and pinion that effectively replaces the normal hydraulic shock absorber (no news on if they are used as regenerative shocks). There is also a coil spring to hold the static load of the car and a small outer rotor disc brake. The wheel motor is attached to the vehicle chassis by a single lower control arm suspension arrangement.
The advantage here is that every wheel station on the car is identical, just programmed to be right front vs. left rear, no heavy suspension elements in the body so a simpler/rugged/lighter cargo tub for the fragile humans. This was the concept that GM touted when they were head over ass in love with fuel cells and the ‘skateboard’ that eventually faded away to make way for the Volt.
The leaning tower of Dubai
Tilt to last | In-depth | The Engineer.
Article at The Engineer, a UK pub, dealing with this exotic. It really sucks that all the really cool, Sci Fi cover ready buildings are going up in th Gulf or in China, I understand the socio-economics but it still sucks.
Airships to Orbit?
Airships to Orbit?. A wonderfully alternate approacnovelist has come up a few times in scifi.
Spherical view…

Spherical view camera in a bouncing ball. View the article on SlashGear and the video and then think about the uses. Similar to what Google uses for their map view except cheap….







