F1 tech review: Red Bull finds new ways to pull further ahead
Let’s take a look at some of the car’s more impressive details, while also uncovering what changes Red Bull made during the course of the season to ensure its dominance.
Photo by: Giorgio Piola
Red Bull Racing wheelbase comparison (Anti-dive, inset)
A comparison of the RB18 and RB19’s front suspension arrangements showing not only how the elements were repositioned but how this was used to realign the car’s wheelbase. This decision would not only have an impact from a mechanical perspective but also from an aerodynamic point of view. We’re also able to see how the suspension has been laid out from an anti-dive perspective in the inset.
Photo by: Giorgio Piola
Red Bull Racing RB19 bottom view comparison
A comparison of the RB18 and RB19’s from beneath shows how the team developed its underfloor to deal with the changes in the regulations, which is more visually notable on the floor’s edge and with the change in approach when it came to their edge wing design.
Photo by: Giorgio Piola
Red Bull Racing RB19 diffuser
Another glimpse of the RB19’s underfloor reveals the complex geometries employed, with the twisted floor fences, midfloor contouring, stepped boat tail and multi kick diffuser profile all visible.
Photo by: Giorgio Piola
Red Bull Racing RB19 diffuser side view
A side view of the RB18’s floor and diffuser shows the ridged shoulder line of the diffuser roof and sidewall, whilst also showing off the detail of the mouse house in the sidewall.
Photo by: Giorgio Piola
Red Bull Racing RB19 floor fences
A great view of the floor’s leading edge, tunnel entrance and floor fences, all of which have complex geometrical features.
Photo by: Giorgio Piola
Red Bull Racing RB19, detail front wing
Red Bull started the season with a new addition on its front wing, as a small winglet was mounted in the lower rear corner of the endplate to help alter flow conditions and aid in generating outwash.
Photo by: Giorgio Piola
Red Bull Racing RB19 front caliper, yellow detail
In an effort to save weight, while also improving cooling, Red Bull’s front brake caliper features small tube fins (highlighted in yellow). The team also carried over their disc fairing solution used in 2022, albeit redesigned to better manage the temperatures and airflow passing through and around it.
Photo by: Giorgio Piola
Red Bull Racing RB19 technical detail
Similarly at the rear of the car, careful management of the airflow’s trajectory as it moves around the rear brake assembly is taken into account.
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Red Bull Racing RB19 technical detail
Behind the more external airflow and heat management channels installed within the rear brake assembly, Red Bull also employs a brake disc fairing.
Red Bull Racing RB19 technical detail
A close up of the RB19’s rear end as the mechanics prepare the car for action reveals numerous interesting details, including the various panel gaps that make up the external facade of the rear crash structure, a view of some of the inboard suspension elements, the high inboard pickup points for the upper wishbone and the central metal cradle for rear wing mounting pillar, to name but a few.
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Red Bull Racing RB19 technical detail
A close up of the C-Shaped floor section and floor edge wing mounted above that mimics its shape to create a two-tier element.
Photo by: Giorgio Piola
Red Bull Racing RB19 DRS detail
The DRS mechanism on the RB19, showing how the linkage attaches to the flap, while the hydraulic actuator controls its operation.
Photo by: Giorgio Piola
Red Bull Racing RB19 chassis section
The RB19 featured a more extreme V-shaped chassis layout in the lower half to help deliver more airflow quality to key areas aft of it.
Photo by: Giorgio Piola
Red Bull Racing RB18 steering inset
For comparison purposes, here’s the 2023 RB18 chassis, which also featured a V profile, albeit not as aggressive as the RB19’s.
Photo by: Uncredited
Red Bull Racing RB19 technical detail
A look under the covers of the RB19 reveals some of the packaging details of the power unit and its various ancillaries, along with a glimpse of some of the inboard suspension elements.
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Red Bull Racing RB19 detail
A close up of the outer floor fence but also note the panel used in the junction between the floor and chassis, which is heavily contoured.
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Red Bull Racing RB19 technical detail
As you’d expect, given the difference in circuit characteristics between Bahrain and Saudi Arabia, Red Bull opted to reduce its downforce levels for the street circuit, not only with the introduction of a new shallower spoon-shaped rear wing arrangement but also with its choice of beam wing elements.
Photo by: Giorgio Piola
Red Bull Racing RB19 sidepods inlet comparison
Red Bull made changes to the layout of its sidepod inlet at the Azerbaijan Grand Prix, widening the aperture but reducing its height, in order to improve flow through the undercut beneath. It’s a design process that continued to be exploited too, as an even more adventurous variant arrived at the Hungarian Grand Prix.
Photo by: Giorgio Piola
Red Bull Racing RB19 radiator
A look at the RB19’s radiator design, which allowed the team to express its aerodynamic desires both internally and with the external sidepod bodywork.
Photo by: Giorgio Piola
Red Bull Racing RB19 sidepod detail
Another angle showing the changes made by Red Bull to reduce the sidepod inlet’s height but also widen the bodywork.
Photo by: Giorgio Piola
Red Bull Racing RB19 cooling detail
Additional cooling capacity for the Hungarian Grand Prix, with two cooling louvres utilised on the left-hand side of the car.
Photo by: Giorgio Piola
Red Bull Racing RB19 cooling detail
Red Bull almost exclusively used an asymmetric layout for the engine cover cooling louvre panel in 2023 with more cooling used on the right-hand side of the car, as a five-louvre panel was used in Hungary.
Photo by: Giorgio Piola
124-23 Red Bull Diffuser comparison
Alterations to the RB19’s diffuser corner (red arrow) also resulted in the rear kickline geometry being altered too, with a much narrower ramp being employed.
Photo by: Giorgio Piola
Red Bull Racing RB19 diffuser
The small ramped section of the diffuser, which borrows real estate from the upper surface, can be seen here from both sides (red arrow).
Photo by: Giorgio Piola
Red Bull Racing RB19 endplate comparison Singapore GP
Red Bull introduced their open-ended rear wing tip section variant at the Singapore Grand Prix, having seen a number of rivals already extract performance from similar solutions.
Photo by: Giorgio Piola
Red Bull Racing RB19 detail
Another view of the open-ended tip section, showing how it alter the size and shape of the rear endplate cutout.
Photo by: Giorgio Piola
Red Bull Racing RB19 new floor comparison
Alterations were also made to the floor’s edge in Singapore, with additional guide vanes added to the scrolled section of the edge wing, while the overall geometry of the surfaces were also tinkered with. It wasn’t raced in Singapore as the team tried to get on top of its issues but did return in Japan and was used thereafter.
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Red Bull Racing RB19 technical detail
Another view of the floor and edge wing and how the two surfaces are paired to work in unison with one another.
Photo by: Giorgio Piola
Red Bull Racing RB19 floor side detail
Red Bull also took note of a design feature seen on the Mercedes W14 as it was craned away from the circuit in Monaco, with a series of small strakes added to the underside of the rear portion of the edge wing.
Photo by: Giorgio Piola
Red Bull Racing RB19 rear wing comparison, Las Vegas GP
Red Bull opted for different rear wing configurations at the Las Vegas Grand Prix, as Max Verstappen’s car was set up with a trimmed version of their lower downforce arrangement.
Here’s the list of the components that Red Bull listed as having changed in the car presentation document prior to each race.
Saudi Arabia
Beam Wing
Rear Wing
RWEP
Australia
FWEP
Front wing upper elements
RBD wraparound
Azerbaijan
Sidepod inlet
Engine cover
Floor edge
Floor fences
RBD winglet split
Miami
N/A
Monaco
Rear wing
Front suspension (steering lock)
Spain
Floor edge
Diffuser
Canada
Front wing
Austria
Rear suspension fairings
Great Britain
FBD inlet and exits
Hungary
FBD inlet and exits
RBD exit and winglets
Sidepod inlet and wider body
Engine cover
Floor body
Belgium
Engine cover (reduced exit around suspension)
Netherlands
Beam wing
Italy
Front wing
Rear wing
Singapore
Floor edge
RWEP – open ended
Japan
N/A
Qatar
N/A
USA
N/A
Mexico
Larger cooling louvres
Brazil
N/A
Vegas
N/A
Abu Dhabi
N/A
