Ferrari Qualifying & Race Performance Statistics
Ferrari qualifying and race performance in the 2026 F1 season
The Ferrari Qualifying & Race Performance Statistics dashboard above tracks how Ferrari converts its Saturday performance into Grand Prix results throughout the 2026 Formula 1 season. It follows Charles Leclerc and Lewis Hamilton from qualifying through the official starting grid and into the final race classification, making it possible to separate qualifying performance from grid changes and Sunday execution.
The distinction between qualifying position and starting position is important. A driver can qualify in one position but start somewhere else because of a grid penalty, a penalty applied to another competitor or another official grid adjustment. The tool therefore keeps qualifying position, official starting position and race finish as separate data points.
For more interactive Formula 1 analysis, visit the main ScuderiaFans Formula 1 Statistics section.
Ferrari qualifying statistics explained
The season overview summarises Ferrari’s qualifying performance using both cars across the completed Grands Prix. It includes average qualifying position, pole positions, front-row starts, Q3 appearances, double-Q3 weekends and Ferrari’s best qualifying result.
These statistics provide different views of Saturday performance. A best qualifying result shows Ferrari’s peak potential, while the average qualifying position provides a broader indication of where the two cars have typically qualified across the season.
Double-Q3 weekends are particularly useful for assessing the strength of Ferrari’s two-car qualifying performance because they count races where both Charles Leclerc and Lewis Hamilton reached the final qualifying segment.
Qualifying position versus official starting grid
Qualifying position and starting-grid position are not always the same thing in Formula 1.
A driver may qualify third but start further back because of a grid penalty. Conversely, a driver can move forward on the official grid if another competitor ahead receives a penalty or is required to start from the pit lane.
The Ferrari dashboard therefore tracks the full sequence:
Qualifying → Official starting grid → Race finish
This prevents grid penalties and other official adjustments from distorting the analysis of positions gained or lost during the Grand Prix itself.
Why starting position matters when measuring race performance
When measuring positions gained or lost during a Grand Prix, the relevant baseline is the driver’s official starting position rather than the position originally achieved in qualifying.
For example, if a Ferrari driver qualifies P3, receives a penalty and starts P8 before finishing P5, the driver has gained three positions during the race even though the final result is two places lower than the original qualifying position.
The dashboard therefore calculates grid-to-finish performance separately from qualifying-to-finish performance.
This allows both statements to remain visible without combining two different concepts into one statistic.
Charles Leclerc vs Lewis Hamilton qualifying statistics
The Charles Leclerc vs Lewis Hamilton section focuses specifically on how Ferrari’s two drivers qualify and convert their starting positions into Grand Prix results.
The comparison includes average and median qualifying position, qualifying consistency, average official starting position, average classified finish and average grid positions gained or lost.
It also compares pole positions, front-row starts, Q3 appearances, races gaining positions, races losing positions and several conversion statistics based on where each driver started.
For a broader season-long comparison covering championship points, Race Pace, fastest laps and official results, visit the dedicated Charles Leclerc vs Lewis Hamilton F1 head-to-head statistics.
Average qualifying position
Average qualifying position is calculated across the available Grand Prix qualifying classifications.
A lower number is better. An average close to P3, for example, indicates that the driver has typically qualified much nearer the front than a driver averaging P7.
Because averages can be influenced by unusually strong or weak weekends, the dashboard also displays the median qualifying position.
Median qualifying position
The median represents the middle qualifying result once a driver’s qualifying positions are ordered from best to worst.
It can provide a useful complement to the average because it is less affected by one unusually poor qualifying session or one exceptional result.
Using the average and median together provides a clearer picture of a driver’s typical Saturday performance.
What does qualifying consistency mean?
Qualifying consistency measures the variation in each driver’s qualifying positions across the available Grands Prix.
The dashboard uses the standard deviation of qualifying position. A lower figure means the driver’s qualifying results have been concentrated more closely around the average, while a higher figure indicates greater variation from race to race.
Consistency should not be confused with outright speed. A driver who consistently qualifies P6 may have a lower variation than a driver alternating between P2 and P8, even though the second driver sometimes achieves much stronger results.
Average classified finish
The average classified finish is calculated only from normal classified finishing samples used by the conversion model.
DNF, DNS and DSQ outcomes are excluded rather than being treated as ordinary finishing-position losses. This is important because a retirement from a front-running position should not automatically be interpreted as poor grid-to-finish conversion.
The same exclusion rule is used when calculating average positions gained or lost.
Average grid positions gained or lost
The average grid positions gained or lost statistic measures how Ferrari’s classified race finishes compare with the official starting grid.
A positive figure means that, on average, the car has finished further forward than it started. A negative figure means it has typically lost positions.
The calculation is:
Official grid position − classified finishing position
If a driver starts P8 and finishes P4, the result is +4. If the driver starts P2 and finishes P6, the result is −4.
Why DNFs are excluded from positions gained or lost
Retirements require special treatment when analysing race-position conversion.
A driver who starts P3 but retires with a mechanical problem has not necessarily performed like a driver who starts P3 and finishes P18 on the road.
The dashboard therefore displays DNF, DNS and DSQ outcomes as status results rather than converting them into artificial numerical position losses.
This keeps the positions-gained statistics focused on races where a normal classified finishing comparison can be made.
Positions gained or lost by Grand Prix
The positions gained or lost chart shows the grid-to-finish change for Charles Leclerc and Lewis Hamilton at each Grand Prix.
Positive values indicate positions gained from the official starting grid, while negative values indicate positions lost.
DNFs and other excluded outcomes are displayed as status markers rather than numerical bars.
The chart makes it easy to identify races where Ferrari recovered strongly on Sunday as well as weekends where the drivers finished behind their starting positions.
Qualifying-to-starting-grid changes
The qualifying-to-grid chart tracks the difference between where a Ferrari driver qualified and where the car officially started the Grand Prix.
A positive value means the official grid position moved forward relative to qualifying. A negative value means the car moved backwards on the grid.
This may happen because of penalties affecting Ferrari or penalties applied to other drivers.
Keeping these changes visible is essential when analysing Sunday performance because the official grid, not the qualifying classification, determines the driver’s actual starting position.
Ferrari top-five start conversion
The top-five start conversion statistic measures how often a Ferrari beginning the Grand Prix inside the top five also finishes inside the top five.
This helps show how effectively Ferrari converts strong starting positions into similarly strong race results.
The percentage should still be interpreted alongside reliability and race circumstances. A retirement from a competitive position can prevent a top-five conversion even when the underlying performance was strong.
Front-row start to podium conversion
The front-row conversion statistic measures the number of official P1 or P2 starts that result in a podium finish.
Starting from the front row creates a strong opportunity to score heavily, but the final result can still be affected by race pace, strategy, tyre degradation, reliability, penalties and Safety Car timing.
This statistic therefore measures the outcome of those starts rather than attempting to judge why a conversion did or did not occur.
Q3 to points conversion
The Q3-to-points statistic measures how often a Ferrari qualifying inside the top ten goes on to score Grand Prix points.
It provides a broader conversion measure than the top-five statistic because it covers every Ferrari Q3 appearance rather than only the strongest starting positions.
Retirements after a Q3 qualifying result are tracked separately so readers can distinguish a lack of points caused by a DNF from a normal classified finish outside the points.
Recoveries from outside the top ten
The dashboard also tracks Ferrari cars starting outside the top ten and recovering into the points.
This statistic can become particularly useful on weekends where a Ferrari suffers a difficult qualifying session, receives a grid penalty or encounters another issue before the Grand Prix.
A recovery from P11 or lower into the points shows a different type of race performance from converting a front-row start into a podium, so the tool keeps these situations separate.
Ferrari performance by starting-position band
Ferrari’s official Grand Prix starts are grouped into four bands:
- P1–P2: front-row starts
- P3–P5: upper top-five starts
- P6–P10: remaining top-ten starts
- P11+: starts outside the top ten
For each starting-position band, the dashboard calculates the number of starts, average Grand Prix points, podiums, wins, points rate and average classified finish where sufficient data is available.
This makes it possible to see how Ferrari’s race results differ depending on where the cars begin the Grand Prix.
Average Grand Prix points by starting position
The average-points statistic within each starting band shows how many Grand Prix points Ferrari typically scores from that part of the grid.
It should not be interpreted as a prediction of future results. The sample may be relatively small, particularly for unusual starting positions, and Formula 1 results remain highly dependent on circuit characteristics and race circumstances.
Instead, the statistic summarises Ferrari’s actual 2026 outcomes from comparable starting positions.
Biggest Ferrari recovery drives
The Biggest Ferrari Recoveries section automatically ranks the strongest classified grid-to-finish improvements of the season.
For each entry it displays the driver, Grand Prix, official starting position, classified finishing position and number of places gained.
Because DNFs are excluded from the numerical conversion model, this ranking reflects completed classified recovery drives rather than mixing recoveries with retirement classifications.
Largest classified position losses
The companion ranking shows Ferrari’s largest grid-to-finish position losses from classified Grand Prix results.
Again, retirements are excluded. A mechanical failure or accident is therefore not automatically presented as the season’s largest loss of positions.
This keeps the ranking focused on races where the start and classified finish can be compared directly.
Ferrari versus the F1 field: positions gained or lost
The Ferrari vs F1 field table places Ferrari’s grid-to-finish performance in the context of the other constructors.
Every team’s drivers are evaluated using the same rule: only numeric official grid positions and suitable classified finishes are used. DNFs, DNSs and DSQs are excluded from the conversion average.
The table displays each constructor’s average position change, median change, number of classified samples and the percentage of samples where the car maintained or improved its starting position.
Ferrari is highlighted so its position relative to the rest of the grid can be identified quickly.
Why midfield teams can gain more positions on average
Average positions gained should not automatically be interpreted as a ranking of overall team performance.
A frontrunning team starting regularly near P1 or P2 has very few positions available to gain, while a midfield or back-of-grid team can move forward several places without finishing near the podium.
For example, a driver starting P15 and finishing P10 gains five positions, while a driver starting P2 and winning gains only one.
The field comparison therefore measures grid-to-finish movement, not outright competitiveness.
Qualifying versus Team Race Pace
The Qualifying vs Team Race Pace section compares Ferrari’s relative Saturday ranking with its representative Sunday Race Pace ranking.
Ferrari’s qualifying rank is based on the two-car qualifying performance for each Grand Prix. The Team Race Pace rank reuses the locally calculated constructor Race Pace data already available in the Ferrari vs F1 Rivals statistics tool.
If Ferrari’s Race Pace rank is stronger than its qualifying rank, the underlying Sunday pace was relatively more competitive than the Saturday ranking suggested. If the qualifying rank is stronger, Ferrari performed relatively better over one-lap qualifying than in representative Grand Prix Race Pace.
How Ferrari’s Team Race Pace ranking is calculated
The Team Race Pace metric does not simply pool every lap from both Ferrari cars.
Each driver’s representative Race Pace is calculated separately from eligible clean racing laps. The available driver-level medians are then combined into one constructor-level value so that one car does not dominate the sample simply because it completed more laps.
Ferrari is then ranked against the other constructors with comparable Race Pace data from the same Grand Prix.
For individual driver Race Pace and lap-time analysis, use the F1 Race Pace & Lap Time Comparison.
Why some Qualifying vs Race Pace comparisons are not calculated
A direct qualifying-rank-to-Race-Pace-rank comparison requires the same constructor field to be represented in both rankings.
If one or more teams do not have sufficient comparable Race Pace data from a Grand Prix, the dashboard can still display Ferrari’s available Race Pace rank but does not calculate a direct rank change against the full qualifying field.
In those cases, the tool identifies the Race Pace field as incomplete rather than presenting a potentially misleading comparison.
What does a stronger Race Pace rank mean?
A stronger Race Pace rank means Ferrari’s relative constructor position during representative Grand Prix laps was better than its two-car qualifying rank.
This does not necessarily mean Ferrari should have finished higher. Grid position, traffic, tyre strategy, overtaking difficulty, pit stops, Safety Cars, reliability and penalties can all affect the final result.
The statistic simply shows the relationship between relative Saturday performance and underlying Sunday pace.
What does a stronger qualifying rank mean?
If Ferrari’s qualifying rank is better than its Team Race Pace rank, the team achieved a relatively stronger position over one lap than in the representative race-pace comparison.
This can happen for many reasons, including circuit characteristics, tyre behaviour, race management or differences between qualifying and race set-up requirements.
The dashboard does not automatically assign a cause; it reports the statistical relationship.
Race-by-race Ferrari qualifying, grid and finish comparison
The race-by-race table brings the complete Saturday-to-Sunday sequence together.
For each Ferrari driver and Grand Prix it displays:
- qualifying position
- official starting-grid position
- classified finish or race status
- qualifying-to-grid change
- grid-to-finish change
- qualifying-to-finish change
This makes it possible to identify whether a result changed because of a grid adjustment before the race, positions gained or lost during the Grand Prix, or a retirement that prevents a normal conversion comparison.
Qualifying to finish versus grid to finish
The two position-change columns answer different questions.
Grid → Finish measures what happened after the lights went out.
Qualifying → Finish measures the complete change from Ferrari’s original Saturday qualifying result to the final classified result.
When qualifying position and official starting position are identical, the two figures will naturally be the same.
When a grid change occurs, they can differ substantially.
Why qualifying alone does not determine the race result
Starting near the front is a major advantage in Formula 1, but qualifying position is only one part of a race weekend.
Grand Prix results can be affected by:
- race pace
- tyre degradation
- pit-stop strategy
- traffic and overtaking difficulty
- Safety Car and Virtual Safety Car periods
- weather
- reliability
- penalties
- accidents
- car damage
The purpose of the dashboard is therefore not to treat every difference between qualifying and race finish as a success or failure. Instead, it provides the statistical framework needed to see how Ferrari’s weekend evolved.
How Ferrari qualifying and race statistics are calculated
The tool uses locally stored Formula 1 data and does not trigger live results or timing requests when a visitor loads the page.
Qualifying: Grand Prix qualifying classifications are supplied by F1DB.
Starting grid: the official grid position stored in the F1DB race-result data is kept separately from qualifying position so that penalties and other grid changes remain visible.
Race results: classified finishing positions and race-status information are taken from the locally stored final-result data.
Positions gained or lost: the official grid position is compared with the suitable classified finishing position. DNF, DNS and DSQ outcomes are excluded from the numerical conversion average.
Team Race Pace: where available, the tool reuses the existing locally generated Ferrari vs Rivals Team Race Pace analysis rather than making another timing-data request.
Why current totals are shown dynamically
The interactive dashboard displays the latest available 2026 totals automatically as new Grand Prix data is imported.
This includes qualifying averages, conversion percentages, recovery rankings and Ferrari’s position relative to other constructors.
Keeping the live figures inside the statistics tool means the explanatory content can remain useful throughout the season without requiring every numerical reference in the article to be rewritten after each race.
Explore more Ferrari Formula 1 statistics
The Ferrari Qualifying & Race Performance dashboard is part of the ScuderiaFans Formula 1 Statistics section.
For season-long teammate analysis, visit the Charles Leclerc vs Lewis Hamilton head-to-head.
To compare Ferrari directly with Mercedes, McLaren, Red Bull Racing and the other constructors, use the Ferrari vs F1 Rivals team statistics.
For race strategy, tyre stints and pit-stop data, explore the Ferrari Pit Stop & Strategy Statistics.
Technical analysis of Ferrari’s Formula 1 car and development programme is also available in the Ferrari Technical Analysis section.
Frequently asked questions
What is the difference between qualifying position and starting-grid position?
Qualifying position is the result achieved during Grand Prix qualifying. Starting-grid position is the official position from which the driver begins the race after any applicable penalties or grid adjustments have been applied.
Why does the tool track qualifying and grid position separately?
Keeping them separate prevents grid penalties and other changes from being incorrectly counted as positions gained or lost during the race.
How are positions gained or lost calculated?
The tool subtracts the classified finishing position from the official starting-grid position. Starting P8 and finishing P4 therefore produces a gain of four positions.
Are DNFs counted as positions lost?
No. DNFs, DNSs and DSQs are excluded from the normal numerical conversion calculation and shown as status results instead.
Why are DNFs excluded?
A retirement does not necessarily represent normal on-track position loss. Treating a mechanical failure or accident as an ordinary finish at the back of the field could significantly distort the statistics.
What does average grid positions gained or lost mean?
It is the average difference between the official starting position and suitable classified finishing position across the available Grand Prix samples. Positive values indicate average gains, while negative values indicate average losses.
What does qualifying consistency measure?
Qualifying consistency is based on the standard deviation of qualifying positions. A lower figure indicates that the driver’s qualifying results have varied less from race to race.
Is a lower qualifying consistency number better?
It means the results are more consistent, but not necessarily faster. A driver consistently qualifying P6 can have a lower standard deviation than a driver alternating between P2 and P8.
What is top-five start conversion?
It measures the percentage of official top-five starts that result in a top-five classified finish.
What is front-row to podium conversion?
It measures how often a Ferrari starting from P1 or P2 goes on to finish on the podium.
What does Q3 to points conversion mean?
It measures how often a Ferrari that qualified inside the top ten scored Grand Prix points.
What is a P11+ recovery?
It is a Grand Prix where a Ferrari starts outside the top ten and recovers into a points-scoring position.
What are starting-position bands?
The dashboard groups official starts into P1–P2, P3–P5, P6–P10 and P11+ so Ferrari’s results can be analysed according to where the cars began the race.
Why can a midfield team gain more positions than Ferrari?
Drivers starting further back have more positions available to gain. A car starting P15 and finishing P10 gains five places, while a Ferrari starting P2 and winning gains only one.
Does average positions gained measure which team is fastest?
No. It measures grid-to-finish movement, not outright car performance or championship strength.
What is Team Race Pace?
Team Race Pace is a constructor-level measure based on representative clean Grand Prix laps. Driver-level Race Pace medians are calculated separately and then combined so that each available car has equal influence.
What does it mean when Ferrari’s Race Pace rank is stronger than its qualifying rank?
It means Ferrari ranked better relative to the comparable constructors in representative Grand Prix Race Pace than in the two-car qualifying comparison.
Why is a Race Pace rank change sometimes not calculated?
A direct rank-change comparison requires equivalent constructor fields. If one or more teams do not have sufficient comparable Race Pace data, the tool avoids calculating a potentially misleading rank change.
What is the difference between grid-to-finish and qualifying-to-finish?
Grid-to-finish measures what happened from the official start of the Grand Prix. Qualifying-to-finish measures the full change from Saturday qualifying to the final race result, including any grid adjustment before the race.
How often are the Ferrari qualifying statistics updated?
The statistics are updated as new qualifying classifications, starting grids, race results and locally processed performance data are imported into the ScuderiaFans database during the 2026 Formula 1 season.
Where can I compare Ferrari drivers by Race Pace?
Use the F1 Race Pace & Lap Time Comparison for individual Grand Prix Race Pace, lap-by-lap and fastest-lap analysis.
