Skip to main content

An army of these odd-looking robotic 'turtles' might help rid the world of landmines

robot turtles detect landmines robo turtle
Image used with permission by copyright holder
Detecting landmines is no easy task, but thankfully, a team of researchers at the Arizona State University is developing a fleet of robotic turtles to locate (and detonate) them in the desert.

Every year, an estimated 15,000 to 20,000 people are killed or maimed by landmines, according to UNICEF. Militaries around the globe currently use an array of both low- and high-tech approaches to remove them — ranging from rudimentary metal detectors and trained bomb-sniffing dogs, to sophisticated (and wildly expensive) minesweeping droids.

But these newly developed robo-reptiles have many distinct advantages over current land mine removal methods. The robotic turtles are rather small — about “half the size of a drone” according to a report by New Scientist. Each unit is laser-cut from sheets of cardboard and then folded, origami-style, into a shape designed to accommodate a computer chip, motor, and fins. From start to finish, the entire process takes about three hours.

Unlike bomb-sniffing dogs, these robotic turtles have the ability to work independently in the field. Seeing as the current prototypes are intended for use all over the globe, researchers are programming them with algorithms that allow them to react and adjust to different environment. While a specific type of motion may be preferential in one desert, another region with varying sand grains and/or wet terrain might require a different approach.

The meticulous work of pinpointing landmines in the field in painstaking work with zero margin for error and dire consequences if things go awry. That said, these robot turtles cost roughly $80 each, so losing one unit in the field isn’t going to break the bank.

Joint leader of the ASU team behind the project, Heni Ben Amor, envisions a future in which a fleet of nearly 100 robotic turtles could comb the desert for mines and then tag each device for extraction. Amor will present his research at a pair of robotic conferences in July.

Editors' Recommendations

Dallon Adams
Former Digital Trends Contributor
Dallon Adams is a graduate of the University of Louisville and currently lives in Portland, OR. In his free time, Dallon…
World’s first robotic brain surgery could be a game-changer for patients
robot brain surgery canada

Workflow with CorPath GRX

A neuroradiologist in Toronto has reportedly carried out the world’s first robotic brain surgery. The robot-assisted aneurysm coiling was conducted on a 64-year-old female patient at Canada’s Toronto Western Hospital and Krembil Brain Institute on November 1. The patient had suffered a major aneurysm, a bulge of a blood vessel in the brain that can be potentially lethal.

Read more
Drone and rover tag teams could help solve the world’s deadly land mine problem
drone and rover wpi landmine project mjb 1464 landminerobot may1

Roughly 20,000 people are maimed or killed each year due to land mines; the vast majority being civilians in parts of the world subject to ongoing conflict. Could a tag team of autonomous robots help solve the problem? That’s certainly what a team of roboticists from Worcester Polytechnic Institute in Massachusetts are hoping. They have spent the past half-decade developing an autonomous robot and sandbag-dropping drone which work together to seek and destroy potentially deadly land mines. And they're almost ready for prime time.

As I’ve written before, collaborative robots are the future. Getting two (or potentially even more) different types of robot to work together means being able to combine the unique abilities of each and transform them into a cohesive solution that’s more than the sum of its parts. Have a slow, but steady rover which could methodologically sweep an area for mines using a metal detector, but has no way of getting rid of them? Have a drone with limited battery life and flight time which could be used to destroy mines by dropping something from above, while staying out of harm’s way? Get them talking to each other and suddenly you have a compelling partnership.
Robots working together
“It was always envisioned that [this project would feature] two different elements working together to solve the problem,” Craig Putnam, Senior Instructor in Robotics Engineering at Worcester Polytechnic Institute, told Digital Trends.

Read more
Robot helps a surgeon carry out world’s first long-distance heart operations
Kidney transplant waiting list dialysis surgery

Workflow with CorPath GRX

You’re a patient about to undergo heart surgery, but the surgeon performing the procedure hasn’t turned up at the hospital and, in fact, is still 20 miles away at the time that the operation is due to be carried out. A nightmare scenario? Not at all, if it’s anything like a recently reported world's-first procedure carried out by a surgeon in India.

Read more