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2023 Alpine A110 R - Track Reveal
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More downforce in the front
In order to improve high-speed stability and performance for the All-new Alpine A110 R on the racetrack, the design phase was guided by a fundamental goal: unlock the vehicle’s full potential through an optimal balance between downforce and drag. As such, the front end has been fitted with the same carbon-fibre lip as the A110 S, however the air intake valves have been integrated into the front shield. The intake valves provide an additional 14kg downforce in the front, thereby further reducing overall air resistance and improving the car’s feasible top speed.
An optimised diffuser
For a stylish yet technical touch, the diffuser has been redesigned for a bold look and a driving experience like no other. Designed using carbon fibre and fibre glass, the reduced weight is a perfect part of the aerodynamic equation. Now wider than before as it stretches towards the rear, it creates a rapid flow of air through the undercarriage thereby causing a greater drop in pressure. The vertically positioned side-flaps reduce aerodynamic turbulence. Fairing has been added to better isolate the diffuser from disturbances coming from the spinning wheel. Alterations have also been made to the fins: bigger and lower than before, their shape has been changed to direct airflow towards the diffuser. Lastly, cowlings on the rear suspension arm help augment the effectiveness of the diffuser and flat car-bed.
Swan-neck spoiler mounts
The rear spoiler is fixed atop so-called ‘swan-neck’ mounts that add a sporty look and greater aerodynamic performance. While it has the same shape as the spoiler on the Alpine A110 S, a few features on the All-new A110 R make it unique. Pushed further to the rear, with a smaller incline for a smaller approach angle, it is a key aspect of the car’s performance in terms of downforce and optimised drag. The swan-neck mounts enhance the spoiler’s performance while reducing air lift on its underside. Given its location in a low-pressure environment, it is particularly sensitive to any disturbances that will alter its effectiveness. Stability at high speed is guaranteed thanks to the additional 29kg of downforce on the car’s rear when at top-speed.
Brand-new side skirts
The Alpine A110 R has been fitted with unique carbon-fibre side skirts in order to extend the underbelly out. The larger surface area means there is less turbulence along the car’s length as it mitigates undercarriage disturbances. The rear-end of the skirts rise up in front of the rear wheel, thereby reducing backdraughts and protecting the rear wheel from the surrounding air. Greater stability guaranteed! Aesthetically, the new skirts connect the front lip with the rear diffusers for a more grounded look.
Double-wall exhaust
Alpine engineers and thermodynamics experts also worked on the exhaust. The A110’s iconic dual exhaust, has been given a 3D-printed double wall to isolate exhaust gases and protect other nearby parts. The way it works is simple: the outer wall remains colder than the gases passing through the central exhaust, thus creating a balance between the inside and outside.
In order to improve high-speed stability and performance for the All-new Alpine A110 R on the racetrack, the design phase was guided by a fundamental goal: unlock the vehicle’s full potential through an optimal balance between downforce and drag. As such, the front end has been fitted with the same carbon-fibre lip as the A110 S, however the air intake valves have been integrated into the front shield. The intake valves provide an additional 14kg downforce in the front, thereby further reducing overall air resistance and improving the car’s feasible top speed.
An optimised diffuser
For a stylish yet technical touch, the diffuser has been redesigned for a bold look and a driving experience like no other. Designed using carbon fibre and fibre glass, the reduced weight is a perfect part of the aerodynamic equation. Now wider than before as it stretches towards the rear, it creates a rapid flow of air through the undercarriage thereby causing a greater drop in pressure. The vertically positioned side-flaps reduce aerodynamic turbulence. Fairing has been added to better isolate the diffuser from disturbances coming from the spinning wheel. Alterations have also been made to the fins: bigger and lower than before, their shape has been changed to direct airflow towards the diffuser. Lastly, cowlings on the rear suspension arm help augment the effectiveness of the diffuser and flat car-bed.
Swan-neck spoiler mounts
The rear spoiler is fixed atop so-called ‘swan-neck’ mounts that add a sporty look and greater aerodynamic performance. While it has the same shape as the spoiler on the Alpine A110 S, a few features on the All-new A110 R make it unique. Pushed further to the rear, with a smaller incline for a smaller approach angle, it is a key aspect of the car’s performance in terms of downforce and optimised drag. The swan-neck mounts enhance the spoiler’s performance while reducing air lift on its underside. Given its location in a low-pressure environment, it is particularly sensitive to any disturbances that will alter its effectiveness. Stability at high speed is guaranteed thanks to the additional 29kg of downforce on the car’s rear when at top-speed.
Brand-new side skirts
The Alpine A110 R has been fitted with unique carbon-fibre side skirts in order to extend the underbelly out. The larger surface area means there is less turbulence along the car’s length as it mitigates undercarriage disturbances. The rear-end of the skirts rise up in front of the rear wheel, thereby reducing backdraughts and protecting the rear wheel from the surrounding air. Greater stability guaranteed! Aesthetically, the new skirts connect the front lip with the rear diffusers for a more grounded look.
Double-wall exhaust
Alpine engineers and thermodynamics experts also worked on the exhaust. The A110’s iconic dual exhaust, has been given a 3D-printed double wall to isolate exhaust gases and protect other nearby parts. The way it works is simple: the outer wall remains colder than the gases passing through the central exhaust, thus creating a balance between the inside and outside.