What makes the Gout Gout running technique so fast? Stiffness. His knee and ankle barely give when his foot hits the ground, so almost none of his force leaks away. That lets him hold an aggressive forward lean off the curve and keep a huge stride without breaking down late in the race. He bounces off the track like a rigid pogo stick instead of pushing through every step.
Watch: the video this post comes from
Here's what I see when I slow his 200 m down, especially that second 100.
The forward lean off the curve
From the moment he starts the curve, watch his sternum, the flat bone in the middle of your chest. It's projected forward. He's leaning.
That lean is only possible because his body is so stiff. A less reactive athlete would collapse at the joints, bending more at the knee and the ankle every time the foot lands. Lean that far without the stiffness to support it and you just sink.
Gout Gout's nervous system fires so quickly that it stops that leak at the knee and ankle. So he can lean, stay tall through the hips and keep moving forward.
Gout Gout running technique: he doesn't fully extend
Here's the part people don't expect. He's not reaching full triple extension, where the hip, knee and ankle all straighten completely behind you at toe-off.
Most coaching teaches the opposite: push all the way off, finish every stride. But Gout Gout yanks and pulls over the surface instead. He keeps a more upright projection and lets his stiffness do the work.
Why does that matter? Because pushing mechanics fail under fatigue. As a race goes on and you heat up, tendons that rely on long pushes start to stretch out and lose their spring. His stiffness baseline is so much higher than others that the heat doesn't lengthen his tendons enough to cost him. So he can hold a stride of around 2.7 m without his joints buckling at impact.
That's why his second 100 looks like he's not slowing down. He's not leaking.
What would make him even better?
If I'm honest, not much. It's a masterclass in efficiency from a structural and a neurological point of view.
The one thing I'd look at: a one to two degree increase in shoulder lean late in the race, to steady the middle of his trunk as the fatigue builds. That would tidy up his path down the straight even more.
But this is where coaching gets tricky. Look at Noah Lyles. Everyone wants to fix his start. His first three steps are pure horizontal push, then on step four he goes vertical and is already planning his switch into upright sprinting. On paper, from a force point of view, some of that could change. In reality, no. His transition into top speed is the best there is, and that's where he wins races. Messing with his start would only mess with his top end.
Sometimes the best coaching decision is knowing what not to change. See?
Not every stride is a straight line
People tend to think sprinting happens in a perfectly straight line. It's not the case. You have to look at what actually makes each athlete fast.
Look at Kishane Thompson's toe-off. He comes off his big toe, and that sets his thigh and knee turned slightly outwards. A lot of people spend hours stretching their hip flexors at the front of the hip. But for an athlete running like that, the length is actually needed through the inner groin, where the deep adductor muscles attach to the pelvis.
So if you run off your big toe like that, lunge the way you run. Stay on the big toe in the lunge so you feel the stretch through that inner groin line. Train the shape you actually sprint in.
What young athletes can learn from Gout Gout
Every elite sprinter is different. Gout Gout, Lyles and Kishane all move differently, and each of them is fast for their own reasons. That's the lesson.
For a young athlete, the takeaways are simple:
- ✓Stiffness is trainable. Heavy squats build stiffness through the knee and ankle. Jumps and bounds where you spend very little time on the ground teach the tendon to act like a spring.
- ✓Top speed teaches relaxation. At full speed you can't hold extra tension without slowing down. Running flat out is how the nervous system learns to fire fast and switch off what it doesn't need.
- ✓Don't copy a stride. Find out what's costing you the most, fix that first, and don't change what's already working.
That's how we work with every athlete: time it, film it, find the bottleneck, fix it in order. If you want to go deeper on stiffness and contact, read ground contact time explained and how to increase top speed.