02 / Race context
Formula 1
The finishing order is only the beginning of race analysis.
Pace becomes meaningful through strategy, engineering, consequence, and championship context.
This room is for reading a race in layers: establishing what is confirmed, observing what changed, testing judgment against available evidence, and marking interpretation honestly.
Editorial lenses
Read the race in sequence
- 01
Confirmed
Begin with facts that can be established without stretching the evidence.
- 02
Observed
Describe the on-track pattern before assigning a cause or verdict.
- 03
Interpreted
Connect pace, choices, and consequence while keeping judgment visibly separate from fact.
Race study / interactive strategy
The cost of a stop.
Read the Hungary 2019 strategic turning point, then change the assumptions at an interactive pit wall: pace, pit loss, traffic, and time remaining.
Read and take the pit wallNEW / LJL PIT WALL
Change the conditions. Revisit the call.
Three plans, three conditions. Follow the time differences, then compare which plan relies least on an ideal future.
Open the multi-scenario pit wall ↗Race signals / Weekend desk
Put the next lights out on your clock.
Schedule and post-race results from OpenF1 community data. Read the snapshot, request an update, then return to the choices behind a race.
Snapshot retrieved · UTC · OpenF1 ↗
RACE-DAY COMPANION / SCHEDULE CLOCK
Make room for the next session.
The countdown appears when your device clock is available.
The clock follows retrieved start times. Check official services for delays, red flags and the actual session status.
Austin
United States
- Practice 1
- Practice 2
- Practice 3
- Qualifying
- Race
Reveal the latest race podium in this snapshot＋
Singapore ·
- 01Max VERSTAPPENRed Bull RacingVER
- 02Charles LECLERCFerrariLEC
- 03Kimi ANTONELLIMercedesANT
Race data studio / Singapore 2026
Look inside the lap.
A race leaves me with questions: how did the standings change, and where did a lap gain its time? Explore the post-race data from Singapore on 11 October.
Reveal standings & lap telemetry · race spoilers＋
2026 / SINGAPORE
After the chequered flag.
| Pos | Driver | Points | Change |
|---|---|---|---|
| 1 | Kimi ANTONELLIMercedes | 340 | — |
| 2 | George RUSSELLMercedes | 238 | — |
| 3 | Lewis HAMILTONFerrari | 229 | — |
| 4 | Max VERSTAPPENRed Bull Racing | 221 | ↑1 |
| 5 | Charles LECLERCFerrari | 215 | ↓1 |
| 6 | Lando NORRISMcLaren | 201 | — |
| 7 | Oscar PIASTRIMcLaren | 138 | — |
| 8 | Isack HADJARRed Bull Racing | 97 | — |
| 9 | Liam LAWSONRacing Bulls | 75 | — |
| 10 | Pierre GASLYAlpine | 41 | — |
| 11 | Arvid LINDBLADRacing Bulls | 38 | — |
| 12 | Franco COLAPINTOAlpine | 27 | — |
| 13 | Oliver BEARMANHaas F1 Team | 23 | — |
| 14 | Nico HULKENBERGAudi | 13 | ↑1 |
| 15 | Gabriel BORTOLETOAudi | 10 | ↓1 |
| 16 | Esteban OCONHaas F1 Team | 7 | — |
| 17 | Fernando ALONSOAston Martin | 7 | — |
| 18 | Carlos SAINZWilliams | 7 | — |
| 19 | Alexander ALBONWilliams | 5 | — |
| 20 | Yuki TSUNODARacing Bulls | 1 | — |
| 21 | Lance STROLLAston Martin | 0 | — |
| 22 | Valtteri BOTTASCadillac | 0 | — |
| 23 | Sergio PEREZCadillac | 0 | — |
VER / LEC · LAP COMPARISON
One circuit. Two rhythms.
Each driver’s fastest complete timed lap. The horizontal axis shows seconds since the start of each lap. Use the time control below, or the arrow keys, to inspect the samples. Open interval analysis to examine a particular sector in more detail.
| Sector | A | B | A−B |
|---|---|---|---|
| S1 | 28.441 | 28.307 | +0.134 |
| S2 | 40.692 | 40.048 | +0.644 |
| S3 | 27.068 | 26.847 | +0.221 |
| Lap | 96.201 | 95.202 | +0.999 |
HISTORICAL LAPS / REPLAY
Let the lap unfold.
Both laps start together on this clock. Follow elapsed-time progress and the closest recorded samples below.
Reduced motion is on. Use the timeline, sector buttons or five-second steps to inspect the lap.
- Speed
- 150 km/h
- Gear
- 4
- Throttle
- 0%
- Brake
- On
Sample at 30.022 s
- Speed
- 147 km/h
- Gear
- 5
- Throttle
- 0%
- Brake
- On
Sample at 30.037 s
Interval analysis: compare speed and pedal signals in one part of the lap
FROM TRACES TO NUMBERS / AUDITABLE INTERVAL ESTIMATES
Choose an interval. Then inspect how it is measured.
Select the same fraction of each lap or sector’s elapsed time. The first half of S2 means the first 50% of each driver’s own S2 duration, not matching positions around the circuit.
Use whole percentages from 0 to 100, with start before end; apply after editing.
Applied: whole lap · 0—100%
Lap 44
0.000—96.201 s · duration 96.201 s
Covered 95.961 s · uncovered 0.240 s
- Time-weighted speed (estimate)
- 182.57 km/h
- Time-weighted throttle (estimate)
- 54.18%
- Throttle ≥99%
- 40.92 s · 42.65%
- Brake signal on
- 20.92 s · 21.80%
- Throttle ≤1%, brake off
- 7.04 s · 7.33%
Lap 41
0.000—95.202 s · duration 95.202 s
Covered 94.920 s · uncovered 0.282 s
- Time-weighted speed (estimate)
- 185.11 km/h
- Time-weighted throttle (estimate)
- 61.58%
- Throttle ≥99%
- 45.24 s · 47.66%
- Brake signal on
- 25.00 s · 26.34%
- Throttle ≤1%, brake off
- 0.48 s · 0.51%
Means and state percentages use covered time only. Brake is an on/off signal, not pedal pressure; these estimates alone cannot explain why one lap was quicker.
Inspect brake-signal runs and seek their source samples
These contiguous runs come from the left-hold estimate, not exact brake onset or release times. Times are seconds from that lap’s start; each button seeks the source sample in the replay above.
A / VER · lap 44
- 3.821—5.381 s · ≈1.56 s
- 8.141—9.462 s · ≈1.32 s
- 16.382—17.821 s · ≈1.44 s
- 28.781—31.261 s · ≈2.48 s
- 34.261—36.582 s · ≈2.32 s
- 40.461—41.701 s · ≈1.24 s
- 48.381—49.902 s · ≈1.52 s
- 52.381—53.421 s · ≈1.04 s
- 57.821—60.661 s · ≈2.84 s
- 69.182—71.461 s · ≈2.28 s
- 82.542—84.581 s · ≈2.04 s
- 91.062—91.901 s · ≈0.84 s
B / LEC · lap 41
- 3.997—6.077 s · ≈2.08 s
- 7.957—9.957 s · ≈2.00 s
- 16.157—18.038 s · ≈1.88 s
- 28.717—31.118 s · ≈2.40 s
- 34.077—36.517 s · ≈2.44 s
- 40.077—41.597 s · ≈1.52 s
- 47.997—49.757 s · ≈1.76 s
- 51.998—53.437 s · ≈1.44 s
- 57.358—60.357 s · ≈3.00 s
- 68.717—71.438 s · ≈2.72 s
- 81.637—84.118 s · ≈2.48 s
- 90.118—91.398 s · ≈1.28 s
Calculation method and uncovered intervals
Hold each value until the next sample, clipped to the selected bounds. Exclude an entire interval when consecutive samples are more than two seconds apart. Do not extrapolate before the first or after the last sample. Weight speed, throttle and state durations by the same covered intervals.
Throttle and brake signals can overlap, so the listed state durations need not sum to covered time. Sector ranges use that lap’s timing boundaries; the final sector ends at the lap duration.
A / VER
- 0.000—0.221 s
- 96.182—96.201 s
B / LEC
- 0.000—0.157 s
- 95.077—95.202 s
LJL / ORIGINAL PLAY NO. 03
Your turn at the lights.
Five lights, an unpredictable wait and two modes. Try a start, then review five rounds of timing and decisions.
Play Start Sequence ↗NUS / PRODUCT × FORMULA 1
From grid to bricks.
A personal F1 × LEGO brand study, with three ways to inspect a newcomer’s first encounter.
LJL / READING COMPANION
A term, an example, a way back.
Read a short explanation, connect it to a site example, then return to the question you were exploring.
Browse terms and examples3 terms in this pillar
3 matches
Stop first, then try to gain the time back.Undercut
An undercut uses an earlier stop and the pace of replacement tyres to gain relative to a rival who stays out. Tyre warm-up, traffic and the rival’s response affect whether it works.
In a site example
On the pit wall, compare Stop now with Hold one lap. Changing the assumed tyre advantage or exit traffic can reverse the ordering even though the pit stop itself has not become quicker.
Where does the gain come from, and can it survive the out-lap?
The stop costs more than the stationary seconds.Pit-loss time
Pit loss compares a passage through the pit lane with staying on the racing route. Entry, reduced pit-lane speed, the stationary stop and exit all contribute; race conditions change the comparison.
In a site example
The strategy article separates the pit-loss input from the tyre benefit that follows. In a safety-car scenario, compare the whole relative loss again rather than reusing only the mechanics’ service time.
Are you entering time stationary, or total time lost relative to staying out?
Check what the horizontal axis lines up.Telemetry alignment
Comparing traces requires a shared reference. Equal elapsed time and equal distance around a lap answer different questions; discrete samples also leave gaps between observations.
In a site example
This site’s historical comparison aligns seconds since each lap began. Two samples at the same second may represent different track positions, so the graph alone cannot establish a corner-by-corner driving advantage.
Which reference would you need to compare the same part of the circuit?
LJL / WATCH · READ · EXPLORE
Behind the picture, a decision.
Read strategy work, data definitions and experiments at different scales.
Sources reviewed · Companion sources and viewing questionsFormula 1 / EN / 2020
The strategy starts before the radio call.
F1’s historical feature follows strategists at the circuit and factory. Its team roles and tyre-selection procedures describe 2020, while its account of preparation, checking assumptions and reacting to rivals helps frame the pit-wall experiment.
Which input would you recheck first after a rival stops?
F1 / Matt Youson / 11 Jan 2020OpenF1 / EN / API docs
A timestamp is part of the result.
Use the provider documentation to interpret the telemetry comparison: channel names, sampling and session coverage matter before two traces can be compared. Check the selected session and the tool’s source/status labels before treating a graph as current.
Are you comparing the same session, units and part of the lap?
OpenF1 documentationJolpica F1 / EN / API docs
Read the race at two different scales.
Results describe the classification; lap-by-lap records show part of the route there. The provider’s documentation is a useful companion to the race-data studio when moving between the final table and an individual stint.
What can the finishing order tell you, and what requires the lap sequence?
Jolpica official repositoryExternal video players connect only when requested, with autoplay off. Closing or switching removes the current player.