Gelen güncellemeler:
yalnız dikkatimi çekti, ferrari sadece arka kanat ile 1 sn kazandıysa demek ki ilk arka kanat sıkıntılı bir kanat olduğu için otomobilin verimini ve hızını etkilemiş. o kanattan kurtulunca hızlanmış. Bu iyi bir şey, çünkü sadece 1 kanat ile RBlere bu denli yaklaşıldıysa yapılacak çok büyük güncellemelerle rb'den 1 saniye daha bile öne geçilebilir.
Ferrari
Rear Wing - Lower Downforce Top Rear Wing design
Mercedes
Rear Wing Endplate - Subtle changes to wing tip and endplate surfaces with infill options to shed drag.
Front Corner - Increase duct exit area.
Rear Corner - Lower deflector endplate trim.
Rear Suspension - Lower wishbone outboard fairing reprofiled.
Alpine
Floor Body - Completely new floor with multiple detail changes since previous specification.
Front Suspension - Revised angle of incidence of the front top wishbone fairing.
Rear Suspension - Revised suspension leg fairings and rear brake drum flick.
Rear Wing - Revised top rear wing mainplane.
Front Wing - Trim to the front wing flap.
McLaren
Floor Body - New Floor geometry
Rear Wing - Lower Drag Rear Wing Assembly
Rear Wing - Rear Wing Flap Trims
Beam Wing - New upper Beamwing Element
Beam Wing - New upper and lower Beamwing Element
Beam Wing - New upper and lower Beamwing Element
Alfa Romeo
Rear Wing - A new configuration of the rear wing with a shorter chord
Beam Wing - A new configuration of the beam wing, moving from a stacked configuration to a biplane one.
Front Wing - New front wing flap profiles
Aston Martin
Rear Wing - The new rear wing has smaller upper elements compared to those used so far this season. There are two versions of flap to suit this wing.
Haas
Rear Wing - The rear wing prepared for the Baku circuit characteristics will generate less aerodynamic drag respect the wings used so far in 2023.
AlphaTauri
Front Wing - The new front wing flap reduces element chords and incidence to reduce overall front wing assembly downforce generated.
Coke/Engine Cover - The central bodywork exit has been altered to improve cooling performance.
Rear Wing - The new upper rear wing assembly reduces downforce generated by reducing the camber and incidence of the wing elements.
Beam Wing - The new biplane beam wing assembly reduces downforce and drag by reducing the chord and incidence of the second element.
Beam Wing - The new single element beam wing component generates less downforce and drag than the biplane assembly in the absence of the flap element.
Rear Corner - The new rear drake drum has an additional inlet inboard of the main drum fence to increase rear brake disc cooling. The drum vane cascade behind the inboard inlet has also been redesigned to increase the overall downforce generated by improving their relative positions on the drum face and increasing their number.
Williams
Beam Wing - We have a shorter chord RLW available for this event. This is the same basic geometry as the previous version but with a trim to the trailing edge
Nose - We have modified the shroud on the underside of the nosebox to alter the local curvature
