Meet The Dragonfly — The World’s Deadliest Hunter With A 95% Kill Rate

InnovationScienceMeet The Dragonfly — The World’s Deadliest Hunter With A 95% Kill RateByScott Travers,Contributor.Forbes contributors publish independent expert analyses and insights. I write about biodiversity and the hidden quirks of the natural world.Follow AuthorJun 07, 2026, 02:30pm EDTLong before birds ruled the skies, the dragonfly evolved a hunting strategy so effective that it still outperforms most predators today.gettyIf someone asked you to picture a deadly predator, you’d likely envision an animal with an obvious weapon. A great white shark with rows of serrated teeth. A lion capable of bringing down prey multiple times its own size. Maybe even a peregrine falcon diving from the sky at breathtaking speeds. But almost no one would think of a dragonfly.The notion of the dragonfly (infraorder Anisoptera) being the world’s deadliest hunter sounds absurd. Most dragonflies weigh less than a paperclip. They spend their days skimming over ponds, darting through gardens, and occasionally landing long enough for someone to admire their jewel-toned colors. Yet by one important measure, dragonflies outperform nearly every other predator on the planet: they successfully capture prey in as many as 95% of their hunting attempts.What makes this tiny insect so remarkably efficient has fascinated biologists, neuroscientists, and engineers alike. The answer lies in a hunting system refined over hundreds of millions of years: a combination of extraordinary vision, predictive targeting and some of the most sophisticated flight control found anywhere in the animal kingdom.What Makes The Dragonfly The Deadliest Hunter On Earth?The phrase “deadliest hunter” can sound misleading. It’s worth clarifying that dragonflies don’t kill more animals than large carnivores. They don’t sit on top of the food chain, nor do they have the ecological impact of apex predators. Their claim to fame comes from a different metric entirely: hunting success.In a 2013 review published in Integrative...