How Mental Imagery Can Make You Run Faster Instantly

mental imagenary boost speed

A Study from the University of Essex finds sprint performance can significantly improve simply by changing how you think. Itโ€™s a surprising twist that challenges everything we assume about speedโ€”and proves that sometimes, the brain might just be your most powerful muscle.

Scientists teamed up with Tottenham Hotspurโ€™s elite youth academy and discovered a trick that instantly made teenage players run faster. But they didnโ€™t need new shoes, protein shakes, or weeks of strength training. Nope. They just needed a few powerful words.

Phrases like โ€œpush the ground awayโ€ or โ€œlaunch like a jetโ€ lit up the playersโ€™ brains, helping them visualize motion more effectively. That mental spark alone led to around a 3% improvement in their 20-meter sprint times. Itโ€™s the kind of boost coaches usually chase for weeks.

Dr. Jason Moran, the lead researcher, explains that focusing on external cuesโ€”like whatโ€™s around you, rather than your own bodyโ€”unlocks more natural, fluid movement. The body just โ€œgets itโ€ better when you think about flying like a jet or speeding like a Ferrari and By this way one can run faster without training.

a blurry photo of a man walking across a street

And itโ€™s not just elite footballers who benefit. This technique can be used anywhere from PE classes to weekend matches. Even parents could get their kids moving sharper just by shifting how they talk.

Itโ€™s a bit wild, right? That just tweaking the way we describe motion could beat drills. But it seems our minds are wired to respond to storytelling more than we ever realized.

So next time you’re about to sprint, donโ€™t just run. Take off. Fly. Push the world behind you. Your brain might just kick your legs into high gear.

Reference

“How effective are external cues and analogies in enhancing sprint and jump performance in academy soccer players?” by Jason Moran, Matt Allen, Joshua Butson, Urs Granacher, Raouf Hammami, Filipe Manuel Clemente, Megan Klabunde, and Gavin Sandercock. Published in the Journal of Sports Sciences on February 1, 2024.

DOI: 10.1080/02640414.2024.2309814