A second, smaller concentration lay to the north, along what may have been the defenders’ failed escape route.

“This is just what we would expect from a besieging assault,” notes Reid. They discovered a concentration of lead bullets across the entire 500-yard-long southern rampart of the Scottish hill fort, directly above one of the Roman camps. Impressed, the team began analysing the locations of the metal detector hits to better understand what had happened. The results suggested that 94 percent of the metal detector hits were in fact Roman bullets. The excavations revealed more than 400 Roman sling bullets right where the metal detectors indicated, as well as two spherical sandstone missiles known as ballista balls. Then the team ground-truthed the findings by digging five small trenches. Trained metal detectorists then combed Burnswark’s hillsides and summit, producing more than 2,700 hits that Nicholson carefully recorded and mapped. As a first step, the researchers learned to calibrate a metal detector so that it could distinguish the lead in an ancient Roman sling bullet from other metal artifacts buried at the site. So Reid and Nicholson decided to try something similar at Burnswark. American archaeologists had used metal detectors successfully at the site of the Battle of Little Bighorn to locate buried bullets and shells and map the combatants’ movements across the battlefield. To clarify the picture, Reid and Nicholson decided to scour Burnswark for traces of ancient Roman ammunition. Some thought a Roman army had used Burnswark as an ancient firing range and training camp, while other researchers regarded the hill fort as the scene of a lengthy siege. At the time, Scottish archaeologists were divided in their interpretations of the site. Reid and colleague Andrew Nicholson, an archaeologist at the Dumfries and Galloway Council, began studying Burnswark five years ago, hoping to uncover new clues to the events that unfolded at the site, which includes remains of two Roman camps. “This is beginning to look like Rome’s Afghanistan,” Reid says. Less than two decades after the Romans attacked Burnswark and occupied part of Scotland’s lowlands, they retreated south to Hadrian’s Wall.

Despite their superior weaponry, Roman soldiers seem to have gotten bogged down in Scotland as they fought a tough, resourceful enemy capable of melting away into the hills and marshes. “We’re fairly sure that the natives on top of the hill weren’t allowed to survive.”īut Burnswark was just the opening salvo in a war against the restive tribes living north of Hadrian’s Wall. The assault seems to have been deadly effective, for the local warriors were armed only with swords and other simple weapons, says John Reid, a researcher at the Trimontium Trust and one of the co-directors of the archaeological fieldwork at Burnswark, south of Edinburgh. 44 magnum handgun, according to recent experiments. In order to keep shooting, you will need to replace your bands regularly.On a fortified hill in Scotland some 1,900 years ago, a Roman army attacked local warriors by hurling lead bullets from slings that had nearly the stopping power of a modern. If you keep your bands in a cool dark place when not in use, they will serve you much longer than leaving them in your car on a hot day or next to your electronics. In order to keep your bands fresh and last as long as possible, store them away from UV light, chemicals, and ozone when not in use. Latex contains natural proteins that are degrading constantly. Long and short….your bands will wear out whether you use them or not. If you choose to shoot stones or irregular shaped projectiles, you may (it's almost certain, honestly) nick or cut your bands while shooting, thus decreasing lifespan. Pure latex breaks down faster than a latex formula like our SimpleShot Black. If you allow your bands to be exposed to UV, ozone, or petrochemicals, they will break down faster. Some real world examples: If you shoot your bands at an active band length exceeding 5x elongation, you will see a decrease in band life. We generally say that 300 shots is a good rule of thumb for flatbands.

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