Carry Your Own Robotic Plane

Personal micro UAV

The craft is only 12 inches tall and weighs in at 13 pounds so I wonder what kind of loiter time could be expected from it. Still, pretty cool. One question about all this cool high tech gear the fighter of the future will will be in charge of, will they be able to use it all? With all this nifty intel gear there may be an issue of info overload or better yet what if conflict of intel. What if an attack is planned using info from a high altitude UAV and then at the last moment new photos from a backpack sized UAV shows something totally different behind the hill? If all the info doesn’t get back to the commanders in time there could be quite a mess…

The objective of the MAV ACTD is to demonstrate a backpackable, affordable, easy-to-operate, and responsive reconnaissance and surveillance system. The system will provide the small unit with militarily useful real-time combat information of difficult to observe and/or distant areas or objects.
The system will also be employable in a variety of warfighting environments (for example: in complex topologies such as mountainous terrain; heavily forested areas; confined spaces; and high concentrations of civilians).

Carry Your Own Robotic Plane

UAV, military, robots,

WASP Drone

WASP UAV

I remember some guys at ASU working on these. I doubt these will be ending up at the army surplus store any time soon, but maybe someone will take some off the shelf parts and build up a nice little toy for under the Christmas tree. It would be a nifty tool for finding a good place to set up the tent or to find someone if they have wondered off.

“The Wasp has two cameras β€” one forward and one aft β€” that collect and feed live video or other information. It’s designed to follow a programmed or relayed route using Global Positioning System waypoints or other navigational systems,” C4ISR Journal says.

Defense Tech: ITSY-BITSY DRONE

UAV, robot, airplane, drone

Project: Annihilation

Now this is a prefect way to dispose of a broken electronic device. Her iTrip was broken and was replaced by Griffin Technology but they rewuested that she provide proof that the defective unit had been destroyed. This is where the rocket motors come in. πŸ™‚
(BTW, you might want to check this out in a day or so, the site hase been Slashdot’ed)

Project: Annihilation

3D printer to churn out copies of itself

RepRap output
Still a few years away from hitting the mass market but I’ll bet that any day now there will be laws passed against such devices. Imagine the loss of revenue that such items could cause for companies? Oh no! You could pirate everything! Anarchy in the streets!!!
I’m just kidding, I don’t believe that devices like this could ever produce exact replicas of existing products. The only way that could happen is if you could build things atom by atom. However, I’m sure that some lobbyist will bend the ear of a politician and fill his head up with all sorts of crazy ideas, ideas that will eventually force said lobbyist to not provide trips and gifts because his company just can’t afford it any more… Oops! I’m being cynical again aren’t I?

The “self replicating rapid prototyper” or RepRap could vastly reduce the cost of 3D printers, paving the way for a future where broken objects and spare parts are simply “re-printed” at home. New and unique objects could also be created.

3D printer to churn out copies of itself
(Thanks Steve for sending me this link! )

Fire on Call Anywhere, Anytime

FalconSLV-1
I was reading ‘Blogs of War‘ tonight and happened across this note about ‘project Falcon’:

The Pentagon is developing a suborbital space capsule within the next five years that would be launched from the United States and could deliver conventional weapons anywhere in the world within two hours, defense officials say.
This year, the Falcon program will test a launcher for its Common Aero Vehicle (CAV), an unmanned maneuverable spacecraft that would travel at five times the speed of sound and could carry1,000 pounds of munitions, intelligence sensors or other payloads,The Washington Post reported Wednesday.

(More here on Xinhua)

I found some more info on it over at military.com:

You’ve got less than 2 hours to strike an HVT 9,000 miles away. Who are you going to call? How about the FALCON program? Initiated by the Defense Advanced Research Projects Agency (DARPA) and the U.S. Air Force, the program hopes to give the U.S. a global prompt strike capability by using hypersonic sub-orbital vehicles — autonomous, remotely operated and reusable — to deliver its payload to targets worldwide.

(full text here: CRUISING IN OVERDRIVE: The FALCON Hypersonic Cruise Vehicle)
I’m going to group this into the same category as the new land robots with firearms mounted on them. It is something that if used for good could keep balance in the world, but if used for evil or against the common good, it could really screw up the planet. War should never become an easy option for anyone, but what can you do? Technology marches on, I can only hope that we gain the wisdom of the past so we can safeguard the future.
By the way, the flight opperations sound a lot like the old Dynasoar program on the ’50s. Up to 60km, glide and drop to 35Km and then boost up to 40Km and repeat until the target is reached.
If you ask me, getting 12,000 pounds of cargo 9000 miles in two hours would be the ‘killer app’ of the package delivery business. FalconFedEx anyone? (But then it wouln’t kill anyone and could never get the deep pocket funding that the military has. Baka.)