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Wind-Powered Mine Kafon Ball Detonates Landmines With Bamboo Legs

The minesweeping device was built using cheap materials that are easily replaceable.

The Mine Kafon Ball, designed by Afghan designer Massoud Hassani, is a great example of an expertly-designed device utilizing cheap materials to achieve incredible results.

The wind-powered device, which looks somewhat like a Hoberman sphere, is "approximately the height and weight of the average man, allowing it to trigger landmines as it rolls across them," a description on the Mine Kafon website explains.

Massoud Hassani's original goal, when he first unveiled the device in 2013, was to eradicate landmines from Afghanistan, using materials that cost as little as $40.

Wind-Powered Mine Kafon Ball Detonates Landmines With Bamboo Legs
The Mine Kafon Ball's legs are built using low-cost bamboo. Source: Mine Kafon

Instead, he went on to develop a high-tech mine-detonating UAV project in collaboration with the European Commission and has raised global awareness through his designs.

At the Mine Kafon Ball's core is a 37 lb (17 kg) iron casing. Dozens of low-cost bamboo legs capped with specially designed compliant plastic "feet" give the Mine Kafon a larger surface area for rolling.

Though the device does sustain damage when it triggers a landmine, it has enough legs to allow it to roll over approximately four landmines before parts need to be replaced.

Wind-Powered Mine Kafon Ball Detonates Landmines With Bamboo Legs
The Mine Kafon Ball's GPS unit is high enough to avoid damage from most landmines. Source: Mine Kafon

Overall, the device weighs 70 kg (154 lb), meaning it is light enough to be propelled by a normal breeze, while being heavy enough to trigger landmines it rolls over.

The ball is also equipped with a GPS unit — placed high enough to avoid damage from most mines — that maps the route the Mine Kafon has taken, allowing users to map areas that have been swept by the device.

Toy-inspired design allows affordable landmine removal

Landmine removal by trained landmine-clearing experts can be prohibitively expensive, with costs ranging between $300 and $1000 for the removal of one landmine. It is also, of course, incredibly risky for the professionals involved.

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However, as a Landmine Monitor report shows, in 2019, at least 5,554 casualties of mines were recorded and there are thought to be 110 million active landmines worldwide, highlighting the need for efficient removal programs.

The Mine Kafon Ball isn't Hassani's only initiative: a 2020 project funded by the European Commission developed technology for drones (UAVs) to take down mines from the air.

Wind-Powered Mine Kafon Ball Detonates Landmines With Bamboo Legs
Massoud Hassani has also worked with the European Commission on developing drone mine removal solutions, Source: Mine Kafon

The Mine Kafon Ball was first revealed to the world in 2013. "Since then and based on such principles, the company has now expanded into a progressive R&D Lab, seeking to unify disruptive innovation with unmet market needs," the Mine Kafon website reads.

The Mine Kafon Ball has not been deployed at a global scale, and Hassani seems to be focusing now on the more promising UAV route — early plans to add a remote control. and a metal detector to the ball never materialized.

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Perhaps the Mine Kafon Ball's main function now is to raise awareness as an art installation with appearances at museums and design festivals worldwide, including the Madrid Design Festival, and SingularityU in the Netherlands.

Wind-Powered Mine Kafon Ball Detonates Landmines With Bamboo Legs
Massoud Hassani sitting next to a museum display of the Mine Kafon Ball, Source: Mine Kafon

"Mine Kafon progressed through the ages, from a simple design for an awareness-raising piece of art to a high-tech solution made in order to rid the world of landmines," the Mine Kafon website says.

In an interview with CNN, Hassani claimed that the idea for the Mine Kafon Ball was inspired by toys he used to play with as a child. "One of them was a little rolling object that was carried by the wind. We would race them against each other in the local fields," he explained.

"Sometimes, due to the presence of landmines, they would roll off into places that we weren't permitted to go."

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Using Hassani's technology, members of similar communities in the future may escape the need to avoid entire fields and landscapes to avoid risking their lives.

 

Article updated 02/25/20: Information was added about the Mine Kafon's original unveiling date and its use as an awareness-raising museum installation.

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