Skip to main content

Recommended for you

Naomi Schiff spots major Charles Leclerc change after Monaco GP frustration

Formula 1
Monaco GP
Naomi Schiff spots major Charles Leclerc change after Monaco GP frustration

George Russell must beat Kimi Antonelli in Barcelona to save F1 title hopes, says David Coulthard

Formula 1
Monaco GP
George Russell must beat Kimi Antonelli in Barcelona to save F1 title hopes, says David Coulthard

Denny Hamlin wanted to honor Kyle Busch's full history with Michigan flag

NASCAR Cup
Michigan
Denny Hamlin wanted to honor Kyle Busch's full history with Michigan flag

Road to Victory: Inside the fight to win at the highest level of endurance racing

IMSA
Road to Victory: Inside the fight to win at the highest level of endurance racing

Christian Rasmussen pushing to resurrect “tough year” with third-place finish in St. Louis

IndyCar
Madison
Christian Rasmussen pushing to resurrect “tough year” with third-place finish in St. Louis

Josef Newgarden continues to ascend in IndyCar’s record books after “crazy” race at WWTR

IndyCar
Madison
Josef Newgarden continues to ascend in IndyCar’s record books after “crazy” race at WWTR

Denny Hamlin reveals likely Joe Gibbs Racing successor

NASCAR Cup
Michigan
Denny Hamlin reveals likely Joe Gibbs Racing successor

Winners and losers from a destructive NASCAR Cup race at Michigan

NASCAR Cup
Michigan
Winners and losers from a destructive NASCAR Cup race at Michigan

Portuguese GP: Latest F1 technical developments

Join us as we delve into the latest technical developments on display at the Portuguese Grand Prix at Portimao, courtesy of Giorgio Piola and Motorsport Images.

Ferrari SF1000 rear detail

Giorgio Piola's F1 technical analysis

Giorgio Piola is the preeminent Formula 1 technical journalist. View our full selection of Giorgio's technical illustrative content

Click on the arrows on the images to scroll through them…

Ferrari SF1000 technical detail
Ferrari has a new front brake assembly on the SF1000, although it remains to be seen if it’s part of the package being assessed for next year's car. The drum tapers in toward the outboard end and has a series of airflow control fins mounted on the edge, in a similar fashion to their treatment of the rear brake drum. Teardrop-shaped outlets allow heat to escape through from the inner assembly to help warm the wheel rim and tyres.
Ferrari SF1000 floor detail
Here we can see the experimental floor tested by Ferrari in Portugal as the team looks to get an early indication of how it will be affected by the 2021 regulation changes. The floor has a portion cut away as required by next year's regulations but interestingly it has rolled up the latter part of the floor.
Ferrari SF1000 rear detail
Ferrari also modified the brake duct winglets and diffuser strakes to represent the ones that will be used next season. The new regulations will require that the brake duct fins be no more than 40mm wide and the diffuser strakes be more than 50mm above the reference plane.
Ferrari SF1000 floor detail
Following on from testing its 2021 specification parts, Ferrari began running with a new floor with a returning feature – three outwardly-angled fins mounted ahead of the rear tyre. It’s a solution used in 2019 but had been abandoned this season, just as many of rivals had started to use them.
Mercedes W11 front detail
Mercedes tested without DAS during Free Practice in Portugal to evaluate the car without the system as they will be unable to use it next season.
Mercedes F1 W11 technical detail
A look at the W11’s front brake assembly without the brake drum attached reveals some of the inner channels used to cool the brakes and provide aerodynamic assistance.
Mercedes F1 W11 technical detail
A shot of the W11’s front brake assembly with the brake drum fairing attached gives an indication of how those channels are used to place and shape the airflow passing through.
Mercedes technical detail
A look at Mercedes front wing, which has an upturned footplate nozzle that the team introduced a few races ago, improving the consistency of the airflow captured as the car pitches forward under braking.
Mercedes technical detail
An overview of the front wing specification introduced by Mercedes in Mugello that features a different treatment of the flap tips.
Haas VF-20 brake detail
The rear brake ducts on the VF20 which, although similar to Ferrari, differ in construction. Also note the upwash strikes on the lower element of the rear wing endplate in the background.
McLaren MCL35 front wing detail
McLaren continues to assess the new nose design introduced several races ago and that follows a similar design concept that Mercedes has run since 2017.
Ferrari technical detail
A good shot of the SF1000’s newer rear wing specification, which Ferrari introduced at the Nurburgring and features an adventurous endplate design with varying thicknesses to allow the designers to combine the upwash strikes and hanging vane holes. Note how the endplate also has a U-shaped rail on the inside edge too, in order to help guide the airflow coming through the holes made in the hanging section.
Ferrari technical detail
The side view affords another opportunity to see how the endplate has been contoured to allow for the upwash strikes.
Renault technical detail
The bargeboard cluster and sidepod deflectors on the Renault RS20 were updated a few races ago, with the deflector given the venetian blind-like update that many of the teams now run.
Red Bull technical detail
As the mechanics work on the RB16 we are treated to an exposed view of the inboard suspension elements and a great view of the contoured leading edge of the floor, complete with the six strakes that align the airflow either side of the car.
Mercedes technical detail
The flapped section on the edge of the W11’s floor is taped over so it doesn’t get damaged during transportation.
Mercedes technical detail
A close up of the upper half of the Mercedes W11’s rear wing endplate shows how the surfaces are contoured to allow for the double upwash strike arrangement on the rear half.
Mercedes technical detail
This shot of the Mercedes W11 gives a good appreciation of the path the airflow has to take to navigate its way down the car, with the various surfaces that surround the sidepod helping to manage their direction and setting up flow structures that interact with one another.
Mercedes technical detail
An extreme close up of the vertical fins used by Mercedes to direct airflow atop the footplate of the bargeboard cluster.
Lando Norris, McLaren MCL35
McLaren with flo-viz paint sprayed on the front suspension and bargeboard cluster as the team continues to assess the merits of its latest new parts.
20

Read Also:

Previous article Renault given FIA warning after Ricciardo tyre blunder
Next article Portuguese Grand Prix qualifying – Start time, how to watch, channel & more

Top Comments

Latest news