Mercedes W17 - Aerodynamics Analysis and Initial Thoughts
Video Overview & Insights
Mercedes has released its new entrant for the 2026 F1 season, the W17. We have a real car as well as some renders to dig through, with plenty of interesting details to be found!
Our first decently high quality look at a 2026 car on track! Hope you enjoy the analysis!
00:00 Introduction
01:17 Front Wing
After watching the first race and its quali, I would not be at all be surprised if we found a small sandbag in the nose or on the driver's lap. Merc did it in 2014 with massive sandbags. This time, there's less sand, but there's, but especially in quali, Merc did save a little from the PU, as George's times, especially, were getting a bit too strong.
But, it's the first race. A race often misleading. I like to wait 3 races before starting to make big assumptions.
The way the PUs from all manufacturers are being worked is quite interesting. Definitely not as boring as predicted. It is now a lot clearer when one is harvesting, deploying and clipping.
On tracks with even less harvesting zones, it will be super interesting to see how teams put their lap times together.
06:55 Front Caketin
11:11 Forward Floor
We appreciate you Sir, this will be beneficial for us students of the craft of racingšā¤
12:37 Floor Board
15:40 Floor Curl
What about the winglet on the Halo?
19:41 Rear Diffuser
21:56 Bodywork
bro just casually dropped that he helped design the greatest f1 car ever and then just continued
23:06 Rear Wing
Aero courses: https://courses.jkfaero.com
Red bull zero sidepots šš
Race car consulting: http://www.jkfaero.com
Facebook: https://www.facebook.com/Kyleengineers
Every Kyle video feels like being in a meeting you are grossly unqualified for and I love it
Patreon: https://www.patreon.com/KYLEDRIVES
Instagram: https://www.instagram.com/kyleengineers/
Looks too bulky
Youtube: https://www.youtube.com/user/Kyleengi...
Twitter: https://twitter.com/KyleEngineers
Excellent run-through, with lots of detail.
When we see the real cars, Iād appreciate more time spent on the important aerodynamic innovations of each car.
More User Perspectives
F1 ( 500 cv ) - GT3 ( 600 cv ) - F2 ( 620 cv )
@luchelligardienati6868I'm really curious what they'll come up with in regards to changing the front wing during a race if it gets damaged, having the actuator in the tip of the wing which is probably connected to some sort of electrical wiring. I'm assuming that will lose teams some time in the pits .... hmmm
@alext2639Bloody love your eyebrows mate!
@andyrules999So now we go back to lots of āfurnitureā
aerodynamic bits on the cars once again it appears.
Last season when a front wing was compromised drivers could still run. It appears this season that will not be the case. Itās a mechanically moving part and everything aerodynamically starts at the front of the car. Scoop, direct and shed.
As for Mercedes car as a whole one hopes they have got their aerodynamic house in order. They were out of touch with the previous generation car.
Surprised the cape hasnāt made its way back
@lexuslfa4739aerodynamics 2026 is already more interesting than the entire 2022 generation, being nearly identical cars
@indopleaseri wonder how many actually understand him
@ParcFermƩGreeceI've never noticed flow conditioning vanes on the upper element of the front wing under the nose. Have they used those previously or are they a new thing?
@Lacquerhead-TXOoh look at me. I've got my crayons out and I'm drawing squiggly lines! Pseudo Science.
@ReinemachefrauThe cutout on the diffuser reminds me of the double rear diffuser from the 2009/2010 regulations. Teams could possibly use it to make downforce like before.
@EdwinWhite-wz7kn4:11 los extremos del alerón delantero se elevan para evitar la generación de vĆ“rtices que afectarĆan al funcionamiento del difusor
@Manuel_GestalThe best channel for cars analysis. Can't wait for ferrari's š¤š¼
@flyinggallo5946Id like to know, out of all the cars revealed so far, which do you think is best aerodynamically just based on the recent shakedowns and the renders
@GoodBoy-cw2fgFascinating stuff Kyle - thanks for your expert analysis!
@TubesmaneyFerrari are probably watching this to develop their carā¦
@PatOak-x5w3qAny thoughts on the front wing being attached on the second element instead of the first? Will they be able to have enough drag reduction only lifting the top third element?
@simonzdrenka3851Did you work as an aero for Mercedes F1? š„± š¤ š“ š¤ BORE OFF, WE KNOW.
@greigsandersonThese videos will make the racing more interesting when it starts. š
@jozsefizsakbecause active aero, is make front wing change a bit longer than used to..? or no different .
@bukwokToro Rosso, how many years ..? hard to change right?š
@bukwokWill it still bounce like a kangourou ???
@heavenill4617Hi! I have a doubt !! Why is it okay that the front wing is attached to the nose cone by the second plane? Dont the rules say that the movable parts of the wings are the last 2 ones? I don't understand that, also the 1Āŗ element is attached to the 2Āŗ in the renders and in the test so I dont how that would work with active aero. I thought they did that for the rainy testing in Silverstone
@luishcano__Too early to react and do some analysis. I no longer believe in teams that release car renders to the public, because the design is definitely different from the one that actually goes on the track.
@izurzuhriThese videos are my favorite part of every year
@esdsowellnext Audi pls
@Kilowatt8664@kyleengineers whatās the best way to contact you? Canāt load your website for whatever reason
@b_for_brettUnless I missed it, surprised no mention of their front wing beingmounted to the nose off the 2nd element, so they're only opening the upper element on DRS? Bit weird
@kirbizleThank you again for your brilliant insights Paul learning loads as usual
@JaiAverageCommenting for the Al Gore rhythm. Love the videos, thanks!
@StephAnie902The only F1 content Iāll watch thatās not green light to chequered flag! Thanks again ā¤
@alexcarver25 minutes of awesomeness
@ahmetgunes2577A genuine question here and legality might not work here but what is stopping them making the front wing actuator a separate element but connected to the wing connectors so you effectively dont have any more loss than what's already there, plus with a farring that im guessing can butt up if not touch you could shape the air here like a vein.
@jonathandartnell7473As expected from Mercedes: Lots of detail, lots of innovation.
Making hundreds of engineers live at Brackley so they are socially isolated and have zero entertainment truly works wonders.
00:32 true, but adrian can actutally see airflow.
So far, i don't believe any of the renderings are anywhere near the real deal.
i expect higher noses and floor boards that actually create outwash
A commin damage incident in previous seasons is when light contact is made, the front wing end plates might get knocked off. Will that type of damage have more or less of an effect than on previous wings?
@MrDoctorDaveDo they need to have a pod or can they integrate the actuator into the nose once they made the structure strong enough?
@JanHendrikHeuschkelI wished Lewis didn't leave Mercedes. The fans want to see him win that 8th World title so bad.
@user-ic7mv6bj4wThe barge boards are the worst bit of the new regs, they should have made them a max distance from the tub, because they are going to come off in the lightest of contact and we will have safety cars even more for debris. The mountings look only just enough to support the downforce load, yes they were complicated pre 2022 but at least closer to the tub then
@Phillc748"no aerodynamicist can predict the flow of the air by eye" Adrian Newey would like to differ.
@ThatNathDudeBe really funny if with these wide sidepods, Mercedes turn up for the first race with zero sidepods again!
@timbeaton5045The lower overall yearly presence is made up with all these early season videos. Much appreciated
@johnkennedy2812