As if you needed another reason to declare ants the most legit insects on Earth, take a look at the video above. Those are ants of the genus Leptogenys assaulting a millipede (a harmless consumer of rotten vegetation, as opposed to the venomous centipede, which is a carnivore). It starts out like you’d expect it to, with the millipede adopting a defensive posture as its enemies swarm around it. Suddenly, a sting (at about 1:00), and still more as the ants overwhelm their prey. As the millipede squirms, some ants hold on and continue stinging, what’s known as, no joke, “rodeo-style behavior.” Interesting stuff, but still normal.

Then something incredible happens. The paralyzed millipede is of course many, many times the size of the ants, so its tormentors have to figure out how drag its bulk away. So instead of them each grabbing a leg, say—a well-documented behavior among ants—they instead form conga lines (1:55). One ant bites onto the millipede, and another in turn bites that ant’s abdomen, and another behind that one, and another—up to 52 ants forming chains that even branch into sub-chains. The insects create a living rope to pull the prey to its doom.

You’ll also notice other individuals clustering around the prey’s sides. The scientists who took the video and reported the behavior earlier this month in Insectes Sociaux suggest that these ants may be pushing, pulling, or even lifting the millipede to reduce friction for their comrades pulling in the chains. If the foragers were a corporation, you’d call this synergy, then punch yourself in the face for calling it synergy. But really, the ants form a superorganism that’s more powerful than the sum of its parts.

Now, ants are no strangers to linking their bodies together to solve problems. Weaver ants, for instance, grasp each other to pull a leaf in on itself. They then grab a larva, which releases a silk that seals the leaf edges together to form a nest. And fire ants will band together to survive floods, forming rafts of bodies they use to literally ride out the storm, sometimes for weeks. But the millipede-hunting Leptogenys ants are the first known to have evolved the ability to link together to drag a kill.

It’s amazing stuff, and all the more amazing considering that science has only known about Leptogenys’ behavior for a year—almost to date. Last August a video popped up on the internet of ants in the same genus doing their tugging thing, much to the surprise of entomologists. This new study and accompanying video get such scientists one step closer to understanding how these ants are operating. So consider this a great day to be an ant or an entomologist—but certainly not a millipede.