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1997-December

Joint Guard - Explosive ordnance disposal in Bosnia

TSgt Kenny McClure (left) and MSgt Dale Moser (right), place explosive M112 demolition bricks that will be used to dispose of six 2.75 inch rockets. The rockets are defective and need to be destroyed. MSgt Moser and TSgt McClure are from the 52nd Explosive Ordnance Disposal Flight, Spangdahlem AB, Germany, and deployed to Tuzla AB, Bosnia, to dispose of damaged U. S. ordinance and Bosnian mines and unexploded ordnance found in and around Tuzla.

Nellis EOD receives new, safer detonation system


Released: Dec 8, 1997
by Airman 1st Class Monica J. Munro
Air Warfare Center Public Affairs

NELLIS AIR FORCE BASE, Nev. (AFNS) -- The Air Force's only Laser Neutralization System was unveiled Nov. 20 here. The system allows explosive ordnance disposal teams to destroy mines and unexploded ordnance from a safe distance, as opposed to their more "hands on" method used today, by using a concentrated laser beam.

"We are going to start destroying things from afar," said Chief Master Sgt. Ernie Lorelli, chief of EOD. "We're going to do that with directed laser energy. The laser is zeroed in on a bomb, and the concentrated light heats it to detonation in about four seconds."

The new laser system will not only reduce costs by saving on explosives used to destroy unexploded ordinance, but will be safer for EOD people. Lorelli said the old method of destroying unexploded ordnance involved a person putting a demolition charge beside the item to destroy it. It involved more risk since the person had about six minutes to protect themselves before detonation.

"Instead of having one of my troops put on 50 pounds of body armor, 30 pounds of explosives (to destroy an unexploded ordinance), the laser would allow him to destroy the unexploded ordnance from about 250 yards away," Lorelli said.

Another old method of ordnance disposal was using a high-powered rifle to shoot the bomb. This method was also risky since a bullet could project off an object and be a deadly hazard for many meters, said Lorelli.

The idea for the laser originally came about during the Cold War and was revived again in December 1996, said Lorelli. The first laser system prototype was mounted on an armored personnel carrier.

"If everything goes as planned, all the EOD teams will eventually receive a humvee version," Lorelli said. "It won't be as big and clumsy, and it will be cheaper, and almost twice as powerful."

Right now the cost of the LNS, or "Thor" as Lorelli likes to call it, is about $1 million. Once the system is no longer a prototype, Lorelli explained, the cost should go down to about $500,000.

Thor will greatly reduce hazards to operators and people down range. With the laser's precision, the only potential hazard is its concentrated light beam. To offset that risk, EOD teams will wear protective goggles.

Lorelli said the prototype was tested at Nellis because it has the largest, most hazardous EOD mission in the Air Force.

"We drop more than 90 percent of the cluster-bomb training units in the Air Force here," he said.

A cluster bomb holds anywhere from 200 to 700 bomblets. The Air Force drops about 2,000 cluster bombs a year, with an average of 20 explosives per cluster bomb not exploding. This adds up to thousands per year with EOD responsible for the clean up.

To grasp this precision technology, Nellis EOD personnel went through 10 days of training for the LNS.

"We learned everything from laser theory to air conditioning theory, the system that cools down the laser and electronic equipment for the entire system," said Master Sgt. Timothy Tracy, superintendent of EOD Operations.

But even the latest technology has its limitations.

"The laser only has a certain range," Tracy said. "For example, if you are out in the woods or in the jungle, you are probably not going to be able to use this system because the laser won't have a clear enough shot. If you can get a clear shot, you're probably too close."

Everyone on the EOD team will eventually be trained to use the LNS, according to Tracy. Thor, according to Lorelli, is not designed to cut down on manpower; it is designed to make the job less dangerous for the people in EOD.

Lorelli said the laser system will eventually change who they recruit into the career field.

"The kids coming in today are a lot smarter than I was when I came in. Young troops now have different motor skills and are able to grasp computer knowledge a lot better than I can. We need troops who are comfortable with computers because that's essentially what the system is." (Courtesy of Air Combat Command News Service)

1997-08-29

Explosive Ordnance Disposal specialist SRA Kelly Roy sits in a CH-47 helicopter as he prepares to be lowered to the upper debris field of the A-10 crash site. The CH-47 is assigned to Detachment 1, Company G, 140th Aviation, Nevada Army National Guard. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 29 Aug 1997

1997-08-29

SSGT John J. Holland, Explosive Ordnance Disposal specialist, is lowered to the upper debris field of the A-10 crash site through the hatch in a CH-47 from Detachment 1, Company G, 140th Aviation, Nevada Army National Guard. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 29 Aug 1997

1997-08-29

SSGT James Rutske, Explosive Ordnance Disposal specialist, is lowered to the A-10 crash site area from a CH-47 from Detachment 1, Company G, 140th Aviation, Nevada Army National Guard. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 29 Aug 1997

1997-08-29

SSGT James Rutske (left) and SRA Kelly Roy, Explosive Ordnance Disposal specialists, evaluate an x-ray image of an ejection seat initiator. (Released to Public)
Location: EAGLE, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 29 Aug 1997

1997-08-22

MSGT Eric Wass (left), an Explosive Ordnance Disposal member, gets a location fix with his portable global positioning system as SRA Scott McCullough (background) surveys the area in an attempt to locate any remnants of the A-10 and the four 500 pound Mark 82 bombs. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 22 Aug 1997

1997-08-22

MSGT Eric Wass, Explosive Ordnance Disposal member, takes a well deserved break during the ground search of the lakes around Gold Dust Peak for remnants of the A-10 and the four 500 pound Mark 82 bombs. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 22 Aug 1997

1997-08-22

MSGT Eric Wass (left), an Explosive Ordnance Disposal member, gets a location fix with his portable global positioning system as SRA Scott McCullough (background) surveys the area in an attempt to locate any remnants of the A-10 and the four 500 pound Mark 82 bombs. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 22 Aug 1997

1997-08-22

MSGT Eric Wass (right), an Explosive Ordnance Disposal member, confirms the areas searched with pararescuemen SSGT John Horton (center) and SSGT Jimmy Petrolia (right). These and other members of the A-10 recovery team are attempting to locate any remnants of the A-10 and the four 500 pound Mark 82 bombs. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 22 Aug 1997

1997-08-22

MSGT Eric Wass (right), an Explosive Ordnance Disposal member, gets a location fix with his portable global positioning system (GPS) as another member of the A-10 recovery team takes a short break. The diverse terrain and thick tree cover has made getting a satellite fix with the GPS difficult in their efforts to locate any remnants of the A-10 and the four 500 pound Mark 82 bombs. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 22 Aug 1997
EOD work challenging on Gold Dust Peak
Released: Aug 11, 1997


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by Capt. Robyn Chumley
A-10 Recovery Operations Media Center
EAGLE, Colo. (AFNS) -- Staff Sgt. Lee Shulz has worked his fair share of crash sites, but nothing like this.

The explosive ordnance disposal technician knew the A-10 slammed into Gold Dust Peak, but like everybody else, thought he could put his experience to work and safe the site in no time. Just like the F-16 crash site he recently worked. Left wing went left. Left wing's debris went left. Follow the trail. Piece of cake.

No trail this time.

"I've never worked a crash scene that compares to this -- you can't even use your experience," Shulz said. "I've just never seen anything hit something like that."

After April's 400-mph impact, gravity took over and the A-10's million pieces slid everywhere -- via avalanches and rockslides and snowmelt. A million-piece jigsaw puzzle, said Senior Airman Dan Mendoza, also an EOD tech assigned to Moody Air Force Base, Ga.

The two spent their first few days acclimating to the altitude and training with the pararescue specialists on how to use the rope system set up on the lower debris field's 50- to 60-degree slopes.

When Day One of the operation arrived, the excited A-10 recovery crews took a 15-minute UH-1H ride into Gold Dust Peak's basin. The pilots safely dropped everyone off in a marshy, flat area, leaving the crews facing a two-hour hike pulling equipment on sleds up the mountain's rugged terrain.

After that exhausting experience, the Colorado Army National Guard pilots began ferrying people up to the lower debris field, using a jagged rock pad as a landing zone.

Look out over the basin, and it's a beautiful site. Turn and face the mountain, and the challenges begin to add up.

First of all, there's not enough air at 11,500-plus feet. For someone from Georgia, anyway. Second, there's the terrain -- snowy, icy, rocky mountain terrain.

"Every piece of the mountain is an obstacle course," California-native Mendoza said. "You're on a 60-degree angle of a slope and you're constantly looking for parts, but at the same time, you're looking out for number one.

"You can't always take the easiest route because you may not wind up where you need to be working."

Watch people methodically work debris areas on Gold Dust Peak and you know what he means: one minute they're walking along, the next they've sunk up to their thighs in an air-pocket.

Get beyond the sheer challenge of walking on a mountain, then add in the job description: find the munitions, find the chaff and flares, find the bombs.

With MK-26 and Schondsted ferrous ordnance locators in hand, Shulz and Mendoza methodically worked a grid-by-grid search of the sloping lower debris field the first couple of weeks, along with other EOD techs. A lot of ruptured 30 mm rounds, plenty of chaff and flares keep them busy. But no bombs.

Which leads to the inevitable question: Why can't you find the MK-82s?

"The two biggest reasons? The terrain and the snow depth," Shulz answered. "And our capabilities. We're looking maybe 20 feet down (with the metal detectors), and the bombs could be even deeper."

And no one's quite sure what the bombs will look like at this point. The 14-ton A-10 was reduced to rubble -- its Gatling gun twisted like a pretzel, its engines ripped apart. MK-82s have been known to bounce on bombing ranges, but no telling what happened here, say EOD officials.

"If it's ferrous ordnance, you can usually see a hole in the ground," said Tech. Sgt. Jeff Thomas, who's leading the EOD portion of the operation.

Despite the challenges, the munitions expert from Davis-Monthan AFB, Ariz., said the operation has gone "surprisingly smooth."

"We've had a couple of bumps, but then again, this is a very unique Air Force situation.

"It's been a good training experience -- a chance to practice using our subsurface equipment and work in a different environment."

For Shulz, who along with Mendoza is rotating back to his home station, it's been rewarding, but frustrating.

"It's like leaving a job unfinished," he said on the eve of his departure. "We'd like to have found at least a piece of the bombs before going -- then we can go home satisfied."

That's a feeling the new EOD troops hope to experience.

1997-08-02

Explosive Ordnance Disposal member SSGT James Rutske descends from one of the many rock faces using a rescue line for safety as pararescueman MSGT Rick Weaver assists from above. Both are members of the A-10 recovery team searching along the East Brush Creek for remnants of the four 500 pound Mark 82 bombs. (Released to Public)
Location: NEGRO BASIN, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 2 Aug 1997

1997-08-02

Explosive Ordnance Disposal members SRA Kelly Roy (left) and SRA Ferdinand Smith (right) search the ponds with their MK-26 Ferrous Ordnance Locators for any remnants of the four 500 pound Mark 82 bombs that were carried by the A-10 that crashed on Gold Dust Peak. (Released to Public)
Location: NEGRO BASIN, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 2 Aug 1997

1997-07-24

Explosive Ordnance Disposal specialist SRA Dan Mendoza (center, rear) shows some of the recovered M206 countermeasures flares to reporter Kristen Lee (right) and cameraman Andrew Melendez, both with a Tucson affiliate of ABC News. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 24 Jul 1997

1997-07-15

Explosive Ordnance Disposal Specialist SRA Kelly Roy (left) receives some last minute instructions from pararescueman MSGT Rick Weaver (right) prior to being hoisted by a CH-47 helicopter. The training will enable A-10 recovery team members to search in areas inaccessible by foot. (Released to Public)
Location: EAGLE, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 15 Jul 1997

1997-07-15

Explosive Ordnance Disposal members conduct a subsurface search with their Schontadt Magnetic influence Detectors on the upper debris field of the A-10 crash site. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 15 Jul 1997

1997-07-15

Explosive Ordnance Disposal specialist SSGT James Rutske conductsa subsurface search with their Schontadt Magnetic influence Detectors on the upper debris field of the A-10 crash site. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 15 Jul 1997

1997-07-15

Explosive Ordnance Disposal (EOD) member conducts a subsurface search with a MK-26 Ferrous Ordnance Locator on the snow covered upper debris field of the A-10 crash site. The MK-26 enables EOD members to locate metal objects up to 14 feet under the snow. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 15 Jul 1997

1997-07-09

Pararescueman SMSGT Paul Miller (left) and Explosive Ordnance Disposal member TSGT Jeff Thomas check on the progress of other pararescuemen ascending the snow covered slope towards the debris field near the A-10 crash site. (Released to Public)
Location: EAGLE, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 9 Jul 1997

1997-07-09

SRA James Ruth (right), an Explosive Ordnance Disposal specialist, uses a metal detector to search for bombs and other ammunition that the A-10 carried before crashing into the slopes near Eagle. TSGT Jeff Thomas (left) follows behind. Other recovery team members can be seen near the debris field. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 9 Jul 1997

1997-07-09

SRA James Ruth (right), an Explosive Ordnance Disposal specialist, uses a metal detector to search for bombs and other ammunition that the A-10 carried before crashing into the slopes near Eagle. TSGT Jeff Thomas (left) follows behind. Other recovery team members can be seen near the debris field. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 9 Jul 1997

1997-07-09

Members of the Explosive Ordnance Disposal team sweep the A-10 debris field with a MK-26 Ferrous Ordnance Locator which is capable of locating objects up to 14 feet under the snow. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 9 Jul 1997

1997-07-09

Members of the Explosive Ordnance Disposal team sweep the A-10 debris field with a MK-26 Ferrous Ordnance Locator which is capable of locating objects up to 14 feet under the snow. (Released to Public)
Location: GOLD DUST PEAK, COLORADO (CO) UNITED STATES OF AMERICA (USA)

DoD photo by: SSGT DAVID W. RICHARDS Date Shot: 9 Jul 1997

Ellsworth EOD heads bomb range clearance team
Released: Jun 23, 1997


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by Tech. Sgt. Armon T. Gaddy Jr.
28th Bomb Wing Public Affairs

ELLSWORTH AIR FORCE BASE, S.D. (AFNS) -- Nearly 2,000 acres of the former Badlands Bombing Range at the Pine Ridge Reservation are being cleaned up for return to American Indians.

The land has been under Air Force control for more than 50 years and was declared "too hot" for reuse because of the large number of unexploded ordnance there.

Starting June 30, the Ellsworth explosive ordnance disposal flight will lead a crew of temporary-duty Air Force and Marine explosive ordnance disposal specialists in a 120-day project to clear the site of as much of the unexploded ordnance as they can find, from the surface down to a depth of 1 foot. The task will have them combing more than 108 million cubic feet on foot with ordnance locators and shovels.

"There are a lot of unresolved issues out there; however, this is a solid first step toward turning the land back over to the Oglala Sioux tribe." said Dell Petersen, chief of environmental restoration efforts at Ellsworth and co-chair of the Badlands Bombing Range Restoration Advisory Board.

"The high explosive items and those items we can't identify will be blown up on site," said Master Sgt. Christopher Corall, Ellsworth EOD flight chief. "The residue and scrap we find will be certified (as safe), crated and turned in to the Defense Reutilization Marketing Office."

Original plans called for a controlled burn at the site prior to the clearance operation to remove heavy vegetation growing there, but the unusually wet South Dakota winter made the grass too green to burn.

Although this will present additional challenges for the EOD flight chief and his crew of 38, Corall said, "Heat will be our biggest enemy. Also, if it rains, the prairie gumbo (sticky mud) can become a problem. And rattlesnakes should keep things lively out there."

In the 1940s, the U.S. government seized approximately 342,000 acres of the Pine Ridge Reservation in South Dakota for a bombing range to train WW II pilots. The land seizure forced 125 Oglala Sioux families to sell their farms and ranches for 3 cents an acre, according to Emma Featherman-Sam, director of the Badlands Bombing Range project.

"We read all the time about the lingering dangers of live shells left behind by the Allies and Germans in the fields of France, but here we have a similar safety threat in the backyard of our own country, and few people know about it," said Featherman-Sam. "The most serious impact to our land is the potential for unexploded ordnance that hinders any kind of development among people who want to move back to the property but are afraid."

The EOD clearance to a depth of 1 foot will make the land safe for grazing, but not for farming or other development, said Petersen. "Our hope is that with improved technology and detection equipment, we can help improve that situation even more. The Navy has asked to test some new detection equipment at the site this summer." (Courtesy of Air Combat Command News Service)