Device that causes burning sensation comes under fire after LA authorities plan use in jail

By Thomas Watkins, AP
Thursday, August 26, 2010

LA authorities plan to use heat-beam ray in jail

LOS ANGELES — A device designed to control unruly inmates by blasting them with a beam of intense energy that causes a burning sensation is drawing heat from civil rights groups who fear it could cause serious injury and is “tantamount to torture.”

The mechanism, known as an “Assault Intervention Device,” is a stripped-down version of a military gadget that sends highly focused beams of energy at people and makes them feel as though they are burning. The Los Angeles County sheriff’s department plans to install the device by Labor Day, making it the first time in the world the technology has been deployed in such a capacity.

The American Civil Liberties Union of Southern California criticized Sheriff Lee Baca’s decision in a letter sent Thursday, saying that the technology amounts to a ray gun at a county jail. The 4-feet-tall weapon, which looks like a cross between a robot and a satellite radar, will be mounted on the ceiling and can swivel.

It is remotely controlled by an operator in a separate room who lines up targets with a joystick.

The ACLU said the weapon was “tantamount to torture,” noting that early military versions resulted in five airmen suffering lasting burns. It requested a meeting with Baca, who declined the invitation.

The sheriff unveiled the device last week and said it would be installed in the dorm of a jail in north Los Angeles County. It is far less powerful than the military version and has various safeguards in place, including a three-second limit to each beam of heat.

The natural response when blasted — to leap out the way — would be helpful in bringing difficult inmates under control and quelling riots, the sheriff said.

But the sheriff was creating a dangerous environment with “a weapon that can cause serious injury that is being put into a place where there is a long history of abuse of prisoners,” ACLU attorney Peter Eliasberg said. “That is a toxic combination.”

Cmdr. Bob Osborne, who oversees technology for the sheriff’s department, said the concerns were unfounded. He said he stood in front of the beam more than 50 times and that it never caused any sort of lasting damage.

“The neat thing with this device is you experience pain but you are not injured by it,” Osborne said. “It doesn’t injure your skin, the beam doesn’t have the power to do that.”

He said the device would be a more humane way of dealing with jail disturbances. Unlike hitting inmates with batons or deploying tear gas, a shot from the beam has no aftereffects, he said.

The device was made specifically for the sheriff’s department by Raytheon Missile Systems. Sheriff’s spokesman Steve Whitmore said its $750,000 cost was paid for by a Department of Justice technology grant.

After a six-month trial, the sheriff will determine if the device is effective and if it should be deployed in other jails.

“When this pilot program is done, the realistic hope is it will accomplish not only what the sheriff’s department wants but what the ACLU wants, which is to save lives harmlessly,” Whitmore said.

A Raytheon spokesman on Thursday referred questions to the sheriff’s department, but provided a fact sheet describing how the device only penetrates skin to a depth 1/64 of an inch. The military’s version of the device can shoot a beam more than 800 feet but the sheriff’s department model has a maximum range of 85 feet.

Angelica Arias, an attorney with the county’s Office of Independent Review, which monitors the sheriff’s department, said only deputies with special training would be able to use the device and a video would be automatically recorded each time it is operated.

“Based on the level of scrutiny the department has put on itself and its training, it doesn’t appear there would be too much wiggle room for misuse,” Arias said.

YOUR VIEW POINT
NAME : (REQUIRED)
MAIL : (REQUIRED)
will not be displayed
WEBSITE : (OPTIONAL)
YOUR
COMMENT :