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Leaderboard

LMP3 Daytona International Speedway Leaderboard

The ten fastest LMP3 drivers at Daytona International Speedway, from laps set in official Le Mans Ultimate races under the BoP the game is running now.

Data on this page is cached and may be up to 24h old. For live figures, use the Discord bot.

LMP3 at Daytona International Speedway, qualifying, ten fastest drivers
# Driver Car Setup Qualifying lap Gap Valid since
1 Driver 8ccb Duqueine D09 Open setup 1:40.185 V1.4
2 Driver 39f4 Duqueine D09 Fixed setup 1:40.360 +0.175 V1.4
3 Driver f3ea Duqueine D09 Fixed setup 1:40.404 +0.219 V1.4
4 Driver 7fad Duqueine D09 Fixed setup 1:40.429 +0.244 V1.4
5 Driver ba78 Duqueine D09 Fixed setup 1:40.494 +0.309 V1.4
6 Driver d049 Duqueine D09 Fixed setup 1:40.568 +0.383 V1.4
7 Driver 1439 Duqueine D09 Open setup 1:40.576 +0.391 V1.4
8 Driver 93c1 Duqueine D09 Open setup 1:40.579 +0.394 V1.4
9 Driver 2bc6 Duqueine D09 Fixed setup 1:40.617 +0.432 V1.4
10 Driver d9c5 Duqueine D09 Open setup 1:40.629 +0.444 V1.4

Best qualifying lap per driver, counting every LMP3 car and every race length, out of 1,943 drivers with a qualifying lap here under the current BoP. Valid since is the patch that set the BoP this lap was driven under, and it can differ per car: a BoP change applies to the cars it names, so one car's record can reach back further than another's on the same board.

How these boards are built

Every lap comes from an official multiplayer race. A driver appears once, at their best lap in any car of the class, and the board names the car that set it. Only laps set under the current BoP count: a lap from before a BoP change was set under different rules, so it is not a record under these ones, and a change empties a board until the next race runs. Fastest race laps are split by race length, because fuel load makes a sprint lap and an enduro lap different things.

Drivers with an account here are shown by their Discord username, and can switch that off on their profile. Everyone else gets a stable label like "Driver 4f2a", which is the same driver every time and leads nowhere. The privacy policy covers both.