Bazı Formula 1 takımları, yeni düşük yere basma gücü arka kanadını test edecekler

Bazı Formula 1 takımları, yeni düşük yere basma gücü arka kanadını test edecekler

 

 

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Spa-Francorchamps pisti, Monza’nın ardından geleneksel olarak daha düşük yere basma gücü paketiyle yarışına bir pist. Takımlar Monza’da genel olarak tam düşük yere basma gücü paketini kullanırken, Spa’da düşük hızlı bölümler de var. Bu yüzden takımlar, Monza’ya kıyasla daha fazla yere basma gücü kullanıyorlar. Bu yüzden takımlar genel olarak Silverstone’da kullanılan paketlerin kırpılmış halini kullanmayı tercih ediyorlar. Perşembe günü garajlarda çekilen görüntülerde, Haas aracında oldukça agresif bir arka kanat olduğu görüldü. Üst planyada Haas’ın geleneksel V şekli korunurken  The upper element features Haas’ traditional V-shaped cut-outs at the quarter and three-quarter points along the wing, but overall features a much shorter chord length to create a very slim element. This is paired with the wing mainplane, which has been moved upwards to reduce the overall area of the wing, taking out a lot of the drag produced. Haas appears to have retained the Gurney flap on the wing’s rear edge, aiming to claw back a little of the downforce lost by making the wing smaller in size. McLaren has made a few modest changes to the wing seen at Barcelona, raising the mainplane to shave off some of the overall drag produced by the wing geometry. McLaren MCL35 comparison Spain vs Belgium Motorsport Images The wing also looks set to run with a much shorter Gurney flap – the black trim on the trailing edge of the wing – to offset some of the drag produced without totally losing the bonus downforce that the flap generates. At the British Grand Prix at Silverstone, McLaren ran a different wing altogether, with the mainplane raised at the outboard edges to trim drag off the less efficient parts of the wing while retaining the majority of downforce. This is a direction that Alfa Romeo has taken for one of its Belgian Yarış wing designs, adding a distinct spoon section to the centre of the wing to make the most of the area which generates the most downforce. The trailing edge of the wing remains in a relatively normal configuration, featuring the V-shaped section in the centre to bleed off any turbulence produced by the DRS actuator housing. But the leading edge is noticeably curved, sweeping up at the outboard ends to create a lower-downforce specification either side of the wing’s centre third. This offers the best of both worlds in offsetting downforce and drag, and the two different approaches by Haas and Alfa Romeo seem to be two ways of tackling the lack of power anticipated from the Ferrari power unit on the straights. Alfa Romeo Racing C39 rear detail Giorgio Piola
 
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