Tech analysis: F1’s 2021 changes by the numbers

Here, Giorgio offers more detail about the changes that will appear from 2021 as F1 bids to deliver cars that can follow each other much more closely.

1) The idea is to have a very low nose. This version is attached to the main plane as it was in the 1990s.

2) The mainplane is slightly arched upwards to improve the airflow underneath the car to help feed the ‘ground effect’ tunnels.

3) The endplates are rounded to help minimise the risk of punctures in the event of contact between cars, which is more likely due to the wide front wing.

4) The low nose without turning vanes shows the simplified aerodynamics.

5) The wheel rims could feature covers to help better manage airflow and make it less disruptive.

6) The brake ducts are simplified and have less of an aerodynamic influence.

2021 F1 concept, captioned

Photo by: Giorgio Piola

7) The front wheels are covered with two deflectors, which help direct the wash from the front wheel underneath the floor rather than being lifted upwards and outwards causing turbulence for the cars behind.

8) This is the start of a big Venturi channel, which begins where the current bargeboards are.

9) The halo has a better integration with the overall car design.

10) The stepped plane area is not totally flat because there is the chance to house Venturi channels in this area.

11) The taller diffuser is much more powerful than the current diffuser, meaning most of the downforce will be created from underneath the car.

12) The rear wing features a simple endplate to reduce the turbulence effect and helps divert airflow high up with a twin vortex.