# How are the stages accumulated at the Tour de France?

Edit 1: Asking in one sentence only: If all cyclists start the last stage together, why is the winner of just the last stage declared the winner of the Tour?

Edit 2: Example: Joe and Mark are, hypothetically, the only two competitors in the TdF. Joe is fantastic; until the last stage he wins every single stage. Joe is a grimpeur and a puncheur; hence he wins the mountain classification. Joe is a baroudeur and a sprinteur; hence he lets Mark stay up front and still manages by sheer power to win every single stage—but the last. Mark is patient. On the eve of the last stage, Mark practices meditation. Joe and Mark start at the same time. Soon after Mark leaves Joe in the dust. Joe is exhausted, having neither the power nor the spirit to fight. Since Mark is a kilometer ahead of Joe, he sashays into le Boulevard des Champs-Elysées, even picking up a glass of champagne. Mark wins the last stage. Mark is the winner of the general classification. Mark is the winner of the TdF. But something is entirely unfair. Joe's cumulative advantage far exceeds that of Mark.

What is incorrect in this calculation for determining that Mark won the general classification and the TdF? Or is it the case that the one who finished the last stage first (Mark in this exammple) is in fact NOT the winner of the race?

End of Edit 2

More Detailed Question:

I am having trouble identifying the system used to determine the winner at the Tour de France. I never understood the accumulation, but until this year (2020) I never bothered.

All (170-200) cyclists start the first stage together, not from a static line, but rolling behind a car from which the "go" signal is issued. The second and third stages likewise this year started with all riders at the same time, also behind a car. Hence the winner of a stage would appear to be the winner of strictly that stage, not the cumulative winner, as I perceive some descriptions to suggest. Yet the winner of the entire course is the one who arrives first at the finish line in Paris (and there is by then such a gap that that finish is rarely contested; the winner just cruises through the last stretch). What am I missing?

Various Hypotheses:

1. Are the milliseconds and seconds added up, and the start of the last stage adjusted to give an advantage to each cyclist according to the sum of his performance on all preceding stages, hence making the arrival in Paris a true measure of the winner?
2. Are the various points issued used in some exotic way; if yes, how?
3. Is the order along the pack at the start of each stage adjusted to give some advantage to the winner of the preceding stage (or the cumulative sum until and including the preceding stage)? If yes, how do some teams ever manage to regroup?

How are the stages accumulated at the Tour de France, such that the one who arrives first at the last stage is indeed the winner of the full Tour?

Secondary related questions/notes:

• I understand that each team has one star, and that the purpose of all team members is to assist that star to ride sometime in their slipstream, but I'm not clear on even that detail, since most often it is the star who's taking the head wind among his team. What's the point of having a team at all then?

• I understand that historically the Tour de France has adjusted its formula—abandoning, for example, a point system because riders tended to cruise amicably and sprint only at the very end of each stage to contest that stage. I'm here asking about the calculation in modern times, or, if the formula is still changing, how the accumulation is done specifically in 2020.

The parts of this answer dealing with victory in the general classification apply to any UCI-regulated stage road race that I'm aware of. The overall winner (aka the winner of the general classification) is, in fact, determined by cumulative time on all the stages, added up. However, there are three additional prize classifications: sprints and mountains, plus the classification for best young rider. On top of that, the individual stages themselves award prize money. There is also a prize for the top team, determined by the total time that the team's best 3 riders take; this is considered less prestigious than the other prizes, and isn't usually contested intentionally.

# The Tour's Diverse Terrain

One of the key things to note is that there are a few types of stages. There are flat stages, rolling (aka hilly, but not mountainous) stages, time trials, and mountain stages (usually with one or more mountains, usually but not always finishing at the top of a climb). In the latter two stage types, the gaps between the riders competing for the general classification can be a lot bigger than you see on the flat stages.

The early part of all the three Grand Tours tends to be dominated by flat and rolling stages. Here, sprinters and breakaway riders tend to dominate. Time gaps tend to be small unless a small group breaks away and is not reeled in by the finish - this is not common (NB: but it does happen; Google Thomas Voeckler for one example of a successful breakaway specialist).

In fact, in all the Grand Tours, the last stage tends to be a flat one into the capital. It is traditionally more of a parade. It is won by a sprinter. Some exceptions have happened by design (Google the 1989 Tour de France for an example when the race was concluded with a time trial into Paris). I believe the last stage tends to be considered more prestigious. After all, it's in the capital among a large bunch of spectators. GC riders don't contest the final sprint stage (unless it's not a sprint stage), as they do not perform well in the sprints (due to specialization).

## Games Within a Game

One of the nice things about cycling is that even during the same grand tour, there are multiple games within the main race. The mountains and sprint classifications are decided by points, rather than time. The first few finishers in a stage earn points in the sprint classification. There are also intermediate sprint points offering fewer points than the final sprint.

In a separate points system, points are awarded to riders who cross a summit first (NB: it's possible for a breakaway rider to collect the climbers classification points on multiple climbs in one stage; Google Laurent Jalabert for an example.) Moreover, each stage has prize money associated with it that is separate from the GC prize money. Riders who were trying to contend for GC may attempt a stage win to salvage their race somewhat; Nairo Quintana did this in the 2019 Tour. Some riders may even deliberately drop back on prior stages, so as to increase the time gap to the current GC leader. This decreases the chance that the GC leader's team will chase them. In theory, it's possible to win multiple jerseys. In practice, the last person to do so was Eddy Merckx in 1969, before professional road cyclists became much more specialized.

This is complicated very slightly by the fact that many stages award time bonuses to the top 3 finishers. Thus, the yellow jersey (i.e. the rider currently leading the general classification) frequently passes between riders who aren't real threats for the overall classification in Paris (example riders who have earned the yellow jersey thanks to early performance include the aforementioned Voeckler and Julian Alaphilippe; neither ever won the Tour, and it is not very likely that Alaphilippe can if he remains a breakaway specialist rider).

## What Types of Riders Contest Each Classification?

What skills differentiate breakaway specialists from general classification (GC) contenders? The latter need to time trial well, and to climb well. In the Tour, I think conventional wisdom is that the better time trialists have the advantage; the climbs are not steep enough to let pure climbers (who tend to be poor time trialists) gain enough time on the time trialists. The reverse often appears to be true in the Giro d'Italia and Vuelta Espana. Riders who are better climbers than time trialists may aim for stage victories in any Grand Tour.

Breakaway specialists need to be able to execute and recover from repeated hard efforts (specifically, VO2 max-type efforts, or short bursts at 110% or more of functional threshold power; these can be sustained for one to five minutes). These riders will tend to aim for stage victories. If they capture one of the major jerseys, they often attempt to hold it for as long as possible. (Again, Alaphilippe and Voeckler have done this.)

Pure sprinters need to specialize in sprints, which are 30 second or less efforts. They will, of course, need the attendant bike handling skills at close quarters.

## Why So Complex?

Why all these games within the game? I'm not aware of the history and reasons behind the evolution of the Tour. In the current era, riders tend to specialize highly, e.g. the people contesting Grand Tours typically specialize in this, and they train for time trials and extended climbs. This typically comes at the expense of their ability to contest many single-day races. The multiple classifications and prizes do seem to reward various types of riders, and to give them reason to enter one of the three marquee events. On the fan side, this complexity does seem to reward fan engagement. It is admittedly a large number of individual items of information to take in, but each individual competition is not that complex.

## Miscellaneous

The starting order in non-time trial stages is not adjusted to my knowledge because it does not matter. At all. Because cyclists can draft each other, by the time the stage is over, anyone at the front of the start line had precisely zero advantage. Anyone who tried to ride in front the whole race would have been benefitting anyone behind them (NB: many GC contenders' teams will, however, take the front to prevent contenders from getting into a break). TT start order is the reverse of the current general classification, i.e. in 1989 on the final stage, Greg Lemond started the stage in 2nd place, and started the TT second last; the then-race leader, Laurent Fignon, started last.

In the proposed example, where Joe won 20 stages but Mark won the last by some margin, you are potentially correct to point out that Joe's perceived advantage should exceed Mark's. However, it depends on how much of a gap there was between Mark and Joe on each stage, counting any time bonuses in play. What we would want to know at the start of stage 21 is, what is Mark's accumulated deficit to Joe? At the end of stage 21, what is Joe's time gap to Mark, and is it bigger than the starting gap between the riders?

In the 1989 Tour de France, Laurent Fignon and Greg Lemond traded the yellow jersey back and forth repeatedly. Fignon led Lemond by 50 seconds on stage 20, which was generally considered to be enough for Fignon to prevail at the end of the race. In fact, it was not.

• FWIW, the UCI rules for stage races: Chapter VI STAGE RACES (N) I can't find the rule that assigns the same time to all riders in a group, however. Commented Aug 31, 2020 at 21:45
• @Sam The winner of the last stage isn't "declared" the winner. It's just that the last stage is usually not contested at all. It's usually a flat stage with no selection points, and with the race ending there's literally an army of domestiques who don't have to finish the stage ready and willing to sacrifice themselves to make sure the star on their team doesn't lose position in the final standings. So there's no practical way to break away from the pack and make up any significant time overall. 1989 was different because the final stage was an individual time trial - no drafting allowed. Commented Aug 31, 2020 at 22:05
• @WeiwenNg Ah! You are saying that the one who wins the last stage; the one who enters Paris first; the one who is first cheered on the Boulevard des Champs-Elysées; is NOT necessarily the winner of the general classification. The committee waits until a few arrive; they pull up a spreadsheet with the timings, add everything up, and THEN declare the winner of the general classification and the TdF. Is that right? Commented Aug 31, 2020 at 22:35
• @Sam You could say that, except that the spreadsheets are updated every single stage. On stage 20, the overall winner was already known, barring a freak accident where the GC leader had to abandon the TDF, or barring unusual design such as the 1989 TDF. Commented Aug 31, 2020 at 23:06
• Why is this so complicated? Simply put, the winner of the GC classification is the rider whose total elapsed time is the lowest for ALL stages is the winner. Commented Aug 31, 2020 at 23:33

The answer is very simple: The times at arrivals for each and every rider are simply added up over the race days. The rider with the lowest total time gets to wear the maillot jaune on the next day.

In grouped arrivals of the peloton without any gap, each rider is credited the same time as the winner of the stage. In the unlikely case that all stages end with grouped arrivals all riders would end up with an identical total. But then since there are time credits given to n first over the line, the rider who was first or among the first most frequently would have a lower total riding time.

• Hence: 1- the winner of a stage is NOT necessarily the one who will wear the yellow jersey during the following stage, and 2- the winner of the last stage is NOT necessarily the one who wins the TdF. The celebratory arms-raising at the end of each stage is just that: a (small) celebration. It does not indicate wearing the jersey or winning the race. Commented Sep 1, 2020 at 13:57
• Your #1 and #2 are correct, Sam. Except that winning a stage of the TdF is not a "small" thing. There is significant prize money on the line for stage placing as well as the overall. And having a Tour stage win on your palmares (list of accomplishments) is nearly as impressive as a GC win. Commented Sep 1, 2020 at 20:44

As Weiwen and Carel indicated, the winner of a stage, despite his celebrations, is not in fact the one who is guaranteed to wear the yellow jersey on the subsequent stage—nor, for the last stage, is the one who is guaranteed to have won the race (technically called the "general classification" of the race).

For example, if this fourth stage in the 2020 Tour de France were to finish at the time of this snapshot and if this fourth stage were the last stage of the race

then Politt would be the winner of this fourth stage, but would not be the winner of the race (nor would Pacher, Burgaudeau, Vuillermoz, or Neilands, who would all get Politt's time since they're in a peloton).

If this 4th stage were the last, Alaphilippe would win the race, as indicated in the "general ranking" column, showing his cumulative time of 13h59'17".

However, this (fourth) stage is a specialized stage, and a sprinter/sprinteur like Alaphilippe has not performed as well as Politt (etc). It is just that the last stage is long (257 km) and flat. These two factors (long and flat) explain why the winner of just the last stage is most likely to also be the winner of the race.

It's worthwhile noting: if the winner of the last stage is also—in the history of the race with the notable exception of Greg LeMond et al.—the winner of the race, why is this long race taking place at all? The answer is that someone like Alaphilippe does not have to be exceptionally good at climbing mountains (among this crowd of exceptional cyclists), but he cannot be too bad either.