New Exoskeleton Gives Soldiers Super Strength

Eric Bland, Discovery News
Print
 

Photos

Illustration of HULC
The Incredible HULC | Discovery News Video
 

April 6, 2009 -- Stronger, faster and harder is the promise of a new exoskeleton developed by Lockheed Martin for U.S. soldiers. Dubbed the Human Universal Load Carrier, or HULC, the device helps a soldier carry up to 200 pounds at a top speed of 10 mph.

"The soldier has the feeling of maybe an extra five to 10 pounds," said Doug Medcalf, Business Development Manager at Lockheed Martin. Today some soldiers are carrying loads of up to 130 pounds into combat.

Unlike most exoskeletons built to boost human ability, the HULC, which Medcalf says does not owe its name to the popular green comic book character, isn't limited to the length of its power cable.

The titanium HULC instead runs on a four lithium ion batteries nestled into the small of a soldier's back. Eight batteries can power the HULC on missions up to 96 hours.

Related Content:






The HULC is easy to put on, its makers report. It arrives folded into a small package. The soldier stretches a leg out and steps into foot beds underneath the boot. Straps wrap around the thighs, waist and shoulders.

The foot pads ensure that the weight from the soldier's load rests directly on the ground, not on the soldier's body. Inside the foot pads are pressure sensors that relay information about the speed and walking style of the soldier to an onboard computer. The computer's artificial intelligence moves the hydraulic system to amplify and enhance that movement.

The HULC allows a soldier to walk, run, kneel and crawl, among other things. It can impede other movements however, but if a soldier comes under fire and needs more flexibility, the HULC can be removed in about 30 seconds.

Wounded soldiers could be evacuated faster and easier by other HULC-equipped soldiers, Lockheed says. Retreating soldiers could deny the enemy equipment that today would have to be left behind because of its heft.


Get More News

Mouse Cloned From Long-Frozen Cell

Researchers create a mouse from a long-frozen cell. Will the mammoth be next?

'Bubble' Could Protect Astronauts

Scientists say a "bubble" around a Mars-bound spaceship could protect astronauts.

Big Reduction of Snowmobiles in Yellowstone Proposed

A new plan would cut snowmobile use by 40 percent in Yellowstone.

Microbes: Fuel of the Future?

A reddish South American microbe is literally breathing fuel, say scientists.

DNA Links Remains to Steve Fosset

DNA tests on two bones found in California confirm they are those of Steve Fossett.

Women Carry More Bacteria Than Men

Some bacteria prefer women, suggests a new study. But why?

Ancient 'Water Monster' Facing Extinction

A foot-long salamander that was a key part of Aztec legend is threatened by extinction.

Grand Canyon's Youth Confirmed

The Grand Canyon is millions of years younger than previously thought, argue geologists.

My Take: E-Voting Not User Friendly

Opinion: Electronic voting machines don't always capture the intent of voters.

SLIDE SHOW: Landscapes of Terror

What makes a place feel scary? There are scientific explanations.

At 40, Brain and Body Slow

The part of the brain in charge of motion starts a gradual slide in middle age.

Spiders, Scorpions Among World's Oldest Creatures

Many creepy crawlies have been on Earth much longer than previously believed.

Blood-Sucking Vampire Bats Sing Duets

White-winged vampire bats "harmonize" with separated roost mates.

 
 
advertisement

Get the Wide Angle on Wearable Computers


Top 10: Ways Bio-Sensor Networks Can Improve Life
Several pilot studies and projects across the globe incorporate body sensors and computer networks in ways that should improve our lives.


Video: Football Helmets Detect Concussions
A new padding design in football helmets doesn't just protect players' heads better, it can prevent serious injury.


Feature: Jacket Lets You Feel the Movies
Researchers release a plan for a jacket they have lined with vibration motors to study the effects of touch on a movie viewer's emotional response.


Puzzle: Stretchable Electronics
Circuits bonded to rubber and silicon that can stretch will help usher in wearable electronics that bend and flex with a body's movement.

 
newsletter
 

our sites

video

 

mobile

shop

stay connected

corporate