Military

PETMAN, An Early Version of The T100

Tuesday, November 8th, 2011

PETMAN has to be the most physically capable humanoid robot in terms of flexibility, range of motion and robustness. It has been developed by Boston Dynamics, the same people who created BigDog, and is intended to tryout military equipment. Check out this video in order to see the robot, walk, move and get kicked.

Kicking a full humanoid robot that has similar capabilities to a human soldier does not seem to be the wisest thing to do. Let’s just hope PETMAN won’t take it personally and that he is simply Stayin’ Alive.

Via IEEE Spectrum

iRobot 110, A Robot You Can Throw

Monday, August 22nd, 2011

iRobot has been working for some time now on an inexpensive (relatively speaking) military robot that would allow soldiers to explore hard-to-reach areas without risking their lives. You can see the results of their efforts in the video below, the iRobot 110 throwable robot.

As shown in the video above, not only does the robot need to be rugged, it also needs to be light so it can be carried and thrown without requiring too much extra effort from the soldiers.

Via Adafruit.

Top Ten Coolest Robots of 2010

Wednesday, November 24th, 2010

Some time ago, we announced the nomination for the Top Ten Coolest Robots of 2010. You voted and now the results are in. Let’s have a closer look at the ten lucky robots and find out which one is the big winner.

#10 Google Car and Bae Systems Taranis Tied

These two robots are tied in the number ten ranking with the same number of votes.

Google Autonomous Car

Google Autonomous Car

The Google car is definitely cool and very promising in the future. It is now possible to envision a near future where all cars will be autonomous and will provide humans with an optimized transportation service that will fit our needs while remaining efficient, fast and not prone to accidents, traffic jams, and law infringements. Imagine if a car could come pick you up in the morning whenever you are ready to leave, bring you to work while you catch-up on the latest news, read emails or simply take a nap, and then be available to transport any other human in the nearby area.

BAE Taranis UCAV

BAE Taranis UCAV

The Taranis Drone by BAE Systems leads to a less Utopian future. Being an autonomous combat aircraft, it (along with a few robofriends) would be able to potentially destroy entire cities in a perfectly autonomous and efficient way.

#9 The DFRobotShop Rover

DFRobotShop Rover

DFRobotShop Rover

The DFRobotShop Rover is not autonomous and has no destructive capabilities, but it certainly is cool. At 89.99$, it is currently the most affordable programmable mobile robot, and it is Arduino-based too! It can use Arduino Shields in order to gain new capabilities such as wireless communication, GPS, solar power, etc. This robot allows children and adults to learn about robotics and to ultimately create their own customized robot.

#8  Raytheon XOS 2

Raytheon XOS 2 helping soldier do push-ups

Raytheon XOS 2 helping soldier do push-ups

The XOS 2 from Raytheon is the real life response to the Iron Man suit from the comics and movies. By using this exoskeleton, human soldiers can gain super-human strength and endurance. This suit might be our only hope to defeat the robots when the Robopocalypse arrives.

#7 Boston Dynamics Little Dog

Boston Dynamics Little Dog

Boston Dynamics Little Dog

The Little Dog is one of the best creations by Boston Dynamics. As its larger predecessor, it is able to navigate rough terrain by quickly adapting its legs motion and learning how to overcome new obstacles. This shows the dog’s artificial intelligence is remarkably adaptive and fast. This type of locomotion will be excellent in extreme conditions (such as exploring Mars).

#6 Kawada HRP-4

HRP-4 Serving Refreshments

HRP-4 Serving Refreshments

The latest addition to the Kawada HRP family is certainly one of the coolest robots. The HRP-4 is slim, fast, strong, and looks definitely slick. Its smaller proportions allow it to perform more delicate task and  to move more elegantly without hitting objects. It is likely that this kind of robots will be helping humans in the future with their everyday tasks.

#5 University of Pennsylvania Aggressive Quadrotors

University of Pennsylvania Agressive Quadrotors UAVs

University of Pennsylvania Agressive Quadrotors UAVs

These  robots are definitely mean. The (quad/hexa/octo)copters are the most aggressive UAVs out there, especially since researchers from the university of Pennsylvania programmed them to perform crazy aggressive manoeuvres. These robots clearly show how much more accurate and fast machines can be when compared to humans. Besides being super impressive and scary, they could have more useful applications such as aerial photography, surveying, and taking pictures of bikini models.

#4 Willow Garage PR2

Willow Garage PR2

Willow Garage PR2

The people at Willow Garage put together one of the most advanced, useful, and developer-friendly robots. The PR 2 is runs the popular and open source ROS (Robot Operating System) and has been seen perform many everyday tasks successfully. Even the proverbial fetching a beer from the fridge is not out of reach for this robot. Although this robot would be immediately useful in a normal household, we may have to wait until the price comes down from the current 400 000$ level before we can see it in mainstream use.

All robots so far are extremely cool, useful and quite simply awesome. But which robots can beat them all? Find out more after the break.

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A Full-Sized Unmanned Helicopter Flies for the first time

Wednesday, July 14th, 2010
Little Bird Unmanned Full-sized Chopper

Little Bird Unmanned Full-sized Chopper

The Little Bird, a full-sized autonomous helicopter made its first flight last June. For the first time, a full sized autonomous robot performed an entire flight (including take-off, obstacle avoidance,  and landing) by itself. The helicopter is a modified MD 530F and features all the high-tech sensors you would expect in a UAV, but in harder, better, faster and stronger.

The robot was made by an Army-funded research team from Carnegie Mellon and the Piasecki Aircraft Corporation. The video below illustrates the type of maneuvers the unmanned helicopter  can do but features one of its smaller cousins.

We cannot wait to see the full-sized chopper robot try some aggressive manoeuvres like other UAVs do.

Via Wired.

South Korea Deploys Sentry Guns to the DMZ

Wednesday, July 14th, 2010

A month ago, South Korea deployed its first armed robots to its demilitarized zone. The robots can detect moving targets but do not open fire automatically. Which is rather relieving since they are equipped with 40mm grenade launchers and high-speed machine guns.

Korean Sentry Guns

Korean Sentry Guns

The robots are intended for surveillance and protection of the DMZ and they will be remotely operated by human soldiers who will use the robots’ sophisticated cameras and sensors in order to asses the threats the robots are facing. This could protect the soldiers and enable them to guard vast s amounts of terrain without being exposed to the dangers or war.

Below, a video from an earlier version of the sentry robot (in Korean).

It is good to see that technology that we take for granted in video games is finally coming into real life. Although it is coming in a deadly not very funny way.

Autonomous Turret from Portal

Autonomous Turret from Portal

Via BotJunkie.

Taranis UCAS Unveiled

Tuesday, July 13th, 2010
BAE Taranis UCAV

BAE Taranis UCAV

The Taranis is an Unmanned Combat Aircraft System (UCAS) developed by BAE Systems for the UK military. This stealth “swept delta” aircraft is intended to be fully autonomous and look utterly awesome. Although test flights are programmed to start in 2011, it is important to note that this is only a tech demo and will most likely not enter in official service.

BAE Taranis

BAE Taranis

Via BBC News.

BEAR Gives Injured Soldiers a Smile

Tuesday, July 13th, 2010
BEAR by Vecna

BEAR by Vecna Robotics

The Battlefield Extraction-Assist Robot (BEAR) is a new robot for the US military intended to rescue wounded soldiers in an active battlefields. It has been developed by Vecna Robotics form in Cambridge, MA.

This robot is much stronger than the average humanoid robot. It can lift up to 500 lbs (~ 227 kg) with its two arms and travel on its quadruple track system in a variety of configurations.  As shown in the video below, it can travel very close to the ground (in order to avoid shots and pass through small apertures) or even balance itself on its two tracks in order to do natural eye-level human interaction.

Although its main mission is to rescue soldiers, it ca accomplish many other tasks, such as helping move ammunition around and other military menial tasks.

BEAR has been designed to be an enduring, strong, and … friendly platform. The friendliness is the rational behind the two little bear ears on the sides of the robot’s head. They are intended to calm and comfort the injured soldiers being rescued.

As of now, strength-wise, the BEAR can  kick any other humanoid robots shiny metal (or plastic) butt. The only major lacking feature is autonomy; It would be nice to see Vecna integrate PR2‘s open source code into the BEAR soon.

Via BotJunkie.

EATR – The Vegetable Munching Robot

Friday, July 9th, 2010

As reported by The Economist some time ago, the US military has partnered with Robotic Technology of Washington, DC in order to produce the Energetically Autonomous Tactical Robot (a.k.a. EATR). The robot is expected to achieve energetic autonomy by eating plants.  Although this might seem as a far fetched idea, the main objective is to produce an enduring autonomous robot that will be able to operate for extended periods of time without needing the traditional refueling process.

The robot will gorge itself on vegetable materials such as leaves and wood in order to fuel its internal steam power generator. The robot is still a concept and production has not begun yet but you can imagine its future appearance from the advanced CG shown below.

EATR - Advanced Conceptual Render

EATR - Advanced Conceptual Render

From the presentation featured on the Robotic Technology website we can also extract further details about the upcoming vegetarian robot.  It is important to note that, despite the rumors about the robot being able to feed itself from soldier’s dead bodies, the robot will consume vegetable substances strictly (making it actually vegan) as announced on a press release.

EATR - Advanced Diagram

EATR - Advanced Diagram

As a final remark, besides having to work hard on the internal combustion steam engine, the autonomous navigation systems, the telemetry instrumentation, and all the other aspects of the robot, they would really need to polish their graphics design.

CTC wins 46 million dollar contract

Tuesday, June 8th, 2010

Edward Sheehan

CTC (Concurrent Technologies Corporation) has won a contract worth 46 million dollars from the Naval Surface Warfare Center Crane (NSWC Crane) (United States).

The project aims to develop land robotics systems which will eventually be able to save the lives of American soldiers in combat.

The main focus of development will be the unmanned land robots.

The CTC team will work jointly with 14 other entities that have solid experience in robotics, such as irobot, Toycen Corporation and the Indiana University.

More information on the CTC site.

iRobot 710 Warrior with APOBS against anti-personnel mines

Monday, May 31st, 2010

irobot warrior apobs

Here’s a video demonstration of the Warrior 710 by iRobot, with an APOBS (Anti-Personnel Obstacle Breaching System).

It’s a robot for destroying anti-personnel mines used in the military which is capable of destroying bombs stuck in the sand at a distance without damaging the robot.

The idea is simple: the Warrior 710 launches a rocket which pulls a rope packed with explosives onto a risk zone and then detonates the mines to clear the terrain.

A parachute at the end of the robot is used to limit the distance it is thrust out and is sufficiently safe to not damage the robot.

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