Two Silvers in Le Mans and the Problem of the Scratch Pairing

Le Mans, one afternoon this week. Table four. Rob Cook stands behind the baseline, left hand holding the ball, eyes fixed on the far edge of the table. The electronic scoreboard reads 3-10 in the fifth game. There is no stand large enough to generate an echo, no television camera, no cheering banners. It is at that exact moment that I open my notebook.

Cook loses that game 8-10. But he had clawed back from 3-10 to 8-10 before the match closed. For someone living with Parkinson's, holding foot rhythm, wrist rhythm and breathing rhythm across seven consecutive points under accumulated fatigue is not a technical story. It is a story about a nervous system still receiving commands.

Based on my experience tracking community matches, this is the kind of detail no automated statistics table records. No software flags a column called "retained motor structure after losing two games". But it exists, and it says more than any final scoreline.

The event I am describing is the second PingPongParkinson French Open, held in Le Mans, France. It is a playing field for people living with Parkinson's disease, sitting entirely outside the ITTF and WTT systems. There are no ranking points, no prize money, no Olympic quota. More than 80 players from 10 countries compete across classification groups C1, C2 and C3, plus separate doubles brackets. Table Tennis England publishes official coverage of the event, with a link to the table tennis support network of Parkinson's England.

I have to state this plainly from the outset: almost the entire analytical framework I normally apply to an elite event does not apply here. World rankings are meaningless. Points-defence pressure is meaningless. The transfer cycle is meaningless. If I projected professional logic onto a therapeutic event, I would have destroyed the very subject I am analysing.

But there is one variable at Le Mans I have never seen in any of my datasets: the scratch pairing. Organisers pair players on site. No shared practice, no constructed patterns, no time to read each other.

Both English players won men's doubles silver in their respective classes. Nigel Tarling, of Brighton TTC, partnered with Duerr of Germany and lost the final to the French pair Gallon and Lacassagne. Rob Cook, of Leeds ParkyPING!/Community TTC, partnered with Tigellaar of the Netherlands and lost 3-1 to the Spanish pair Alonso and Lobarinas. In singles, Cook lost 3-2 to Wilco Jupil of France.

In elite doubles analysis, everyone knows which variables decide outcomes: chemistry, left-right complementarity, style compatibility, the ability to cover the gap between two players. At Le Mans, organisers deliberately neutralise that entire group of variables. That leads to a conclusion I must set in bold: the doubles silver here does not measure the quality of a partnership, it measures individual adaptability and the speed of on-the-spot tactical negotiation.

Consider a concrete situation. You have two days, a partner you have never played with, a bat that is not yours, and a body that sends tremor signals on its own schedule. You must decide: who receives serve, who drops back to block, who takes responsibility on the third ball. In elite table tennis those decisions are honed across hundreds of training sessions. Here they are honed across a few group-stage sets.

Emotion writes the script, data draws the map. I only draw the map.

There is another organisational layer I want to give more space than usual. The event runs on classification groups C1, C2 and C3 — an impairment-grading system similar to para table tennis conventions. This is the central fairness mechanism of the event.

In this ecosystem, classification plays exactly the role that technical style plays in elite table tennis: it is the single most important organising variable determining competitive fairness. You cannot compare someone at stage three of the disease with someone at stage one. Classification is the mechanism that makes results meaningful.

So what does the map at Le Mans show?

It shows an event now in its second edition, with more than 80 players and 10 countries. For a therapeutic discipline still in its infancy, that number is not small. A repeatable event means stable organisation, volunteers patient enough to persist, and a group of players committed enough to travel between countries for a tournament with no prize money.

France appears densely in the finals: Gallon and Lacassagne in doubles, Wilco Jupil in singles. That reflects a home-event effect and the strength of the host nation's patient-community organisation, not any sporting hierarchy of power. I do not have enough data to say France is stronger than England. I only have enough data to say France was more numerous in the final rounds.

This is where I must separate myself from professional reflex. For an ITTF event, I would build a head-to-head table, calculate win rates, compare age curves and issue a forecast for the next round. At Le Mans, I have no ranking, no longitudinal match sequence, no age data. Every conclusion about "strength" would be fabrication. An honest analyst must be able to say they do not have enough sample — and that is discipline, not weakness.

When the stadium is empty, data is the only spectator that never leaves its seat.

Now to the part I consider most important, and also the most easily overlooked in coverage of this kind. The story at Le Mans is not in the two silver medals. It is in the fact that this event exists.

The current tiering of the international sports system looks like this: an elite tier with WTT events, a youth tier, a disability tier, a mass-participation tier. PingPongParkinson does not fit neatly into any box. It is a separate event tier: sport for health. And the existing tiering systems, including the most detailed classification tables in world table tennis, have no box for it.

This is the counter-intuitive point. People usually assume the value of a sport lies at the apex of the pyramid. But a new event tier sitting entirely outside that pyramid can expand the total number of participants more than any championship. Therapeutic table tennis does not compete with elite table tennis. It opens a door elite table tennis has never opened.

But that door has two hinges worth inspecting.

One hinge is safety. A group of players with Parkinson's has issues with balance, motor control and fatigue. Physical risk here is real risk, not theoretical risk. The other hinge is organisational sustainability. With no prize money and no ranking points, everything rests on volunteers and intrinsic motivation. Such a model can run, but it struggles to scale without backing from national federations and health organisations.

And there is one point I must raise without softening it: the claim that table tennis slows Parkinson's symptoms is the medically weightiest claim in this entire story, and simultaneously the least sourced. If I were the fact-checker in the newsroom, I would return the manuscript and demand a specific study, with sample size, follow-up period and journal of publication. Not because I doubt it. But because a strong claim needs strong support, otherwise it damages itself.

The season is a sequence; crowds watch the match, I watch the pulse of the market.

So what is the pulse here? Therapeutic table tennis creates a reverse flow in the sport's economy. It does not drive demand in the premium segment. Someone playing for health does not buy three blades a year, does not rotate rubbers by tournament cycle, does not care about specialised product lines. But it creates steady, stable, multi-year demand, and more importantly, it reinforces table tennis's positioning as a sport for every age group — a positioning with policy value.

And that is where the real money flow sits. National federations are increasingly judged on mass-participation and public-health metrics, not medals alone. Table Tennis England covers a community event in France not out of curiosity. It covers it because it is their own capability record.

So I offer three scenarios, with differing probabilities, as I always do.

Base scenario, highest probability: PingPongParkinson events continue to expand their country count, and European national federations continue to cover them and fold them into inclusive-sport programmes. This is the best-evidenced scenario, because two editions in Le Mans have already demonstrated repeatability.

Optimistic scenario: a controlled study on table tennis's effect on Parkinson's symptoms is published, providing support for currently open claims. The model could then move beyond table tennis to become a rehabilitation template applicable to other neurological patient groups.

A scenario to guard against: a model overly dependent on volunteers stalls, or a safety incident among a high-risk player group gives health organisations pause.

Trusting data is like an early cold morning: few people wake up in time to see it.

There is one thing at Le Mans my spreadsheet cannot measure, and I will not pretend it can. It is the moment two people who had never played together stand side by side after a lost final, and still stay to shake their opponents' hands. I have no data column for that. But I have one professional observation: every long-term forecast model I have ever built rests on the assumption that players will keep playing. Here, people do not play to earn points. They play so they can still play tomorrow.

If you want a marker to pin in your head, use this one: 80 players, 10 countries, a second edition, and two silver medals, one of them assembled from two people speaking two different languages. That is the current scale of an event tier for which world table tennis's classification table has no row to write into.

And until it has a row to write into, I will still be sitting at table four, recording every single point.