Between Two Cycles: The World Swimming Order Is Being Redrawn from Lanes Nobody Watches

I still remember that afternoon at a youth swimming meet in Asia. The stands were nearly empty, with only a scattering of coaches and parents. In lane four, a small girl stepped onto the starting block and nobody paid her any attention. But when the whistle sounded, her dive cut into the water with startling cleanliness — almost no splash, no loud noise. Three laps later, she touched the wall nearly two seconds ahead of the next swimmer. In the stands, nobody clapped, because throughout the race their eyes had stayed fixed on the lanes of the expected names.

That moment taught me something I have kept testing throughout my career: in swimming, the winner is not always the person who is watched the most. The order of the lane, like every other order in sport, is decided by details the eye tends to skip. I do not read the record table. I read the track running through their eyes.

Context: A cycle closes, an order opens

Every time an Olympic cycle ends, the swimming world enters a phase of restructuring. Big names retire one by one, making room for a new generation, and the powerhouses begin recalculating their investment strategies. For decades, elite swimming was almost split between two poles: the United States in the longer pool events and Australia in the sprint freestyle events. In between sat Japan in the medley and breaststroke, China in men's butterfly and freestyle, and Europe with a handful of idiosyncratic individuals.

But that picture is fading. New sporting development bases — South Korea, Singapore, Thailand, and countries once seen as peripheral like Tunisia and South Africa — are quietly putting people on the podium. What is interesting is that they are not doing it by copying the old model. They are finding a different path, narrower but deeper.

I remember watching a continental meet and counting more than ten delegations with finalists, yet only three with more than one entry in their pet event. Diversity of nationality does not mean diversity of depth. This is the crux that many swimming readers miss: the peak performance of one individual does not tell you the strength of an entire system. A country can produce a world champion, but to hold that status across four years it needs a whole talent supply chain behind the name.

Technical analysis: Where the race is truly decided

If I had to choose one phase that decides the fate of a lane, I would not choose the closing sprint, nor the stroke rate in the middle. I would choose the start and the underwater phase.

In short events like the 50m or 100m, the start and the underwater glide account for nearly a third of the distance. In freestyle events, the underwater dolphin kick of many elite swimmers can drive speed well beyond their surface swimming speed. That means whoever can stay underwater longer holds the advantage. But the rules impose strict limits on underwater distance — commonly 15m after the start in backstroke, butterfly, and freestyle, while breaststroke and the individual medley have their own provisions. That 15m limit turns the underwater phase into an exquisitely precise optimisation problem.

When I review footage from a major meet, I notice one thing elite swimmers share: they are not the fastest kickers, they are the most efficient kickers. Frequency matters less than the amplitude and stability of the kick. I have measured, by eye and with a manual stopwatch, the time a swimmer takes to pass the 15m mark after the start, and compared it with that swimmer's average speed in the middle section. Among the winners, the gap between those two speeds is unusually small — as if they moved from underwater to the surface almost without losing momentum.

Turns and finishes are the same. A clean turn can save a swimmer a few tenths of a second per lap. Across four laps, that adds up to more than a second — enough to change placing in a final. I always advise newcomers to swimming to focus on the moment a swimmer touches the wall and rotates. There, experience, discipline, and focus show themselves more clearly than in any record number.

Borrowing the rhythm of track and field to read swimming

I come from a track and field background, and I often borrow the language of the running track to decode the pool lane. A 400m runner and a 400m swimmer share the same problem: allocating energy so the final stretch does not collapse. A good 400m runner never sprints from the start; he holds rhythm, waits for rivals to tire, then accelerates on the run-in. A swimmer is no different. In middle and long events, the winner is usually the one with the fastest closing 100m, not the one leading at every split.

This explains why I rarely trust the leaderboard at the first 50m. It only says someone started well; it says nothing about the outcome. I trust intuition, but I have learned to let intuition wait for data.

Once, at an indoor meet, I watched a swimmer in the 200m butterfly. Over the first 100m, he was about half a body length behind. Several people in the stands began turning to chat. But I noticed at the third split that his arm span was unchanged and his breathing was steady, while in the next lane the leader was beginning to lose rhythm. In the final 50m, he surged past. That was not luck. That was a race calculated in advance through an energy equation, exactly the way a hurdler counts strides between hurdles.

Swimming, like football, is a relay

I once wrote that the World Cup turned out to be a 90-minute relay. In swimming, the same holds true, except the race is compressed into a few minutes and unfolds entirely beneath the surface.

In a swimming relay, the starting swimmer and the closing swimmer do not do the same job. The opener needs stability and must not fall too far behind; the closer needs mental strength and the ability to unleash effort when already tired. A strong team is one that assigns the right person to the right leg. I have seen many delegations put their fastest swimmer on the opening leg to lead, then place a newcomer on the anchor leg — and lose in the metres not far from the wall. That arrangement is exactly like a football team stacking all its strikers into the first half and leaving nobody to finish the match.

The World Cup turned out to be a 90-minute relay. And a swimming relay, in the end, is a problem of allocating people, not merely a problem of speed.

A contrarian angle: Specialisation or diversification?

In recent years I have seen an increasingly clear trend: swimming powerhouses encourage their athletes to enter more events. A good freestyle swimmer is now expected to swim the 50m, 100m, and 200m, and occasionally both relays and the medley. In theory, this maximises the value of one entry slot and increases medal chances.

But I am not sure this is progress. When a swimmer has to spread effort across too many events, the technical depth in each event risks being diluted. In short events, the difference is made by hundreds of hours of specific work on the start and turn; in middle events, it is hundreds of hours building an aerobic base. It is hard for anyone to reach the top in both.

I believe many delegations choose the diversification strategy not because it is better, but because it is safer on the record table. It is like the trend among football coaches toward a back three — many call it tactical progress, when in reality it is a way to lower risk when a back four gets pierced. In swimming, spreading the force can likewise be a way for nobody to be held responsible if one event fails.

A truly outstanding athlete is one who dares to choose the narrow path, to go deep in one event, and to accept absence from the others. That focus, in my view, is what produces real records, not medals spread evenly.

The talent supply chain: Where the race begins before the water

Behind every lane lies an entire system. A strong swimming nation does not merely have good athletes; it has training centres with standard pools, sports-science staff, video analysts, and a youth competition system that gathers talent from many regions. By contrast, a weak nation often relies on a few exceptional individuals discovered by chance.

I once visited a training centre in Asia and saw a paradox: the facilities were second to none, but the coaching staff could be counted on one hand. They produced a few talents but could not reproduce a generation. This is the problem developing swimming nations must solve before dreaming of sustainable medals.

For Vietnam and Southeast Asia, I believe the viable path is not to spread across every event. It is to choose a few priority events, build a sustainable scouting system, and invest in sports science instead of merely celebrating isolated medals. That small girl in lane four — if she were properly trained — could be the starting point for an entire cycle.

Not every flame needs a grandstand

I once wrote about a Kenyan 800m runner training alone on a dirt road, with no coach, only a stopwatch. That story reminded me that swimming, whether it takes place in a luxurious pool or a small one in a distant town, shares the same essence: a person fighting their own limits.

A flame does not need a grandstand. But a grandstand needs a flame. As major swim meets increasingly depend on stars to sell tickets, we risk forgetting the lanes quietly forming new stories. And as someone who has followed swimming for years, I believe the future of this sport lies in the places nobody watches — the underwater phases, the perfect turns, and the nights of training alone when the stands are empty.

A crisis takes away the arena, not the trajectory. A lane does not disappear because a meet is postponed or a centre closes. It simply waits for someone else to step onto the block, cut into the water as if nothing happened, and swim to the wall as if the whole world were standing behind them.

A hurdler does not ask how high the hurdle is. They only ask where the road to the finish lies. Swimmers are the same. They do not ask whether the lane is crowded with spectators. They only ask how much water they have left to race. And with each new cycle, that question is answered again by numbers no record table captures in full.