![](https://cdn-1.motorsport.com/images/amp/2Gz5MJl0/s6/mercedes-w14-front-wing-1.jpg)
![](https://cdn-3.motorsport.com/images/mgl/6D19pLD0/s1000/alpine-a523-front-wing-detail-1.jpg)
Alpine followed-up on the introduction of a new front wing architecture at Silverstone with a fresh upper flap design in Hungary. The flap features a wavy trailing edge to help deliver the level of downforce required, while also providing the necessary assistance from an outwash point of view.
![](https://cdn-3.motorsport.com/images/mgl/6O13koP2/s1000/red-bull-racing-rb19-technical-1.jpg)
Red Bull’s RB19 features a revised sidepod layout for the Hungarian GP, with a much shallower but wider inlet than has previously been employed by the team. This will clearly have a substantial impact on the undercut, with the internal ducting also changed to take advantage of this.
![](https://cdn-8.motorsport.com/images/mgl/2eABR3l2/s1000/mechanics-work-on-a-red-bull-r-1.jpg)
A revised front wing format also appears to be on the menu for Red Bull in Hungary, with a Gurney flap added to the inboard end of the trailing edge of the upper flap.
![](https://cdn-4.motorsport.com/images/mgl/YP3MGQj2/s1000/mercedes-w14-rear-wing-1.jpg)
Mercedes has followed in the footsteps of Alpine and Aston Martin with a metal insert used to connect the union between the endplate and upper flap’s tip section, which enables a much larger cutout.
![](https://cdn-4.motorsport.com/images/mgl/YXRkPoQ0/s1000/ferrari-sf-23-nose-detail-1.jpg)
A large double camera pod has been installed on the Ferrari SF-23’s nose in preparation for Free Practice, with the team likely using them to look at how much the front wing is flexing.
![](https://cdn-9.motorsport.com/images/mgl/0qXO7Jk6/s1000/ferrari-sf-23-floor-detail-1.jpg)
The Ferrari mechanics prepare a floor for the SF-23 and provide us with a generous view of the floor fences as they do.
![](https://cdn-9.motorsport.com/images/mgl/0k7ROJK0/s1000/red-bull-racing-rb19-detail-1.jpg)
A look at the tube fins used to help cool the caliper at the front of the Red Bull RB19.
![](https://cdn-2.motorsport.com/images/mgl/2Gz5MJl0/s1000/mercedes-w14-front-wing-1.jpg)
Nose and front wing assemblies stacked up outside the Mercedes garage show the various specifications available to the team and drivers, with the newest at the front of the stack.
![](https://cdn-9.motorsport.com/images/mgl/YW7enQeY/s1000/alpine-a523-technical-detail-1.jpg)
Alpine has installed a kiel probe array on the A523 ahead of the rear wheel assembly in order that it can capture additional airflow data during the early stages of FP1.
![](https://cdn-5.motorsport.com/images/mgl/2Qz7KQPY/s1000/mercedes-w14-rear-1.jpg)
A rear view of the Mercedes W14 not only shows the new rear wing upper tip section but also the beam wing layout being employed and the diffuser.
![](https://cdn-9.motorsport.com/images/mgl/YKEOdQw0/s1000/ferrari-sf-23-side-cooling-1.jpg)
A close up of the large cooling gills panel being employed by Ferrari this weekend in order to deal with demands of the circuit.
![](https://cdn-9.motorsport.com/images/mgl/6l9jbZ80/s1000/ferrari-sf-23-diffuser-1.jpg)
The rear view of the Ferrari SF-23 shows how much cooling has been opened up on the car, not only with the gills but also with the rear cooling outlets around the exhaust and rear suspension.