edu2703 wrote:godlameroso wrote:I mentioned it in the Mercedes team thread, I have a feeling Mercedes's car although insanely fast is too complex for it's own good. There are too many different flow structures interacting and makes developing parts difficult because of the knock on effect such a complex car has.
Meanwhile, Williams is the opposite. The car is performing very well, especially in longs stints. Better than expected for many. But when you look at the car, the first question you ask is: How?
The Williams FW40 is virtually the FW38 (Last year's car) adapted to new rules. If we removed the 't' wings, the FW40 would take the title of 'Most undeveloped F1 car of 2017'. F1 Fanatics says Williams is the team who most improved their lap times compared to 2016 (4.2s) and again you ask: How?
I don't think the 'T' wings have a big impact on the performance of car. But if Williams perform very well in Melbourne, all teams will pay attention on the car. If something is improving performance, it's very well hidden.
That's pretty easy to answer really.
Who over the last 2 seasons have had the car that was the most "slippery" through the air (ala super low drag)? ...Williams.
Now that the regs changed and more downforce is available via bigger floor, bigger FW, lower flatter Rearwing, diffuser, shark fin, barge boards.... why change the basic chassis design that was centered around super low drag? You will gain the DF in any case through the new rules.
So now they still have the basic low drag chassis, but the addition of the high DF the new rules give.
Pretty clever if you ask me.
So one could almost say "Williams started designing their 2017 car in 2015 season and raced it "