Bahrain's second test brought exciting developments, particularly from Ferrari, which showcased an innovative rear wing design dubbed the 'Macarena wing.' This unique feature aims to enhance downforce and speed, potentially giving Ferrari a competitive edge. The hosts discuss the implications of this innovation, alongside Aston Martin's struggles and the overall performance of teams like Mercedes and McLaren. With notable laps from Charles Leclerc and the reliability of Red Bull, the episode dives into the dynamics of the testing period and what it could mean for the upcoming season.
Ferrari may have revealed one of the most clever aerodynamic innovations of Bahrain pre-season testing — a small “flow vane” near the rear of the car that could improve diffuser performance, rear grip, and overall efficiency.
In Episode 6 of The Cooldown Lap, we break down:
• What Ferrari’s new flow vane actually does
• How it improves diffuser airflow and rear wing efficiency
• Why this could give Ferrari a performance advantage in 2026
• Why other teams may struggle to copy it
• What this means for the competitive order this season
Small aero innovations often make the biggest difference — and Ferrari’s latest concept could be a major signal of their performance potential.
Listen to The Cooldown Lap on Spotify, Apple Podcasts, Amazon Music, and YouTube.
New episodes weekly covering F1 news, testing, and technical analysis.
"This is putting, I guess, less drag on the wing, creating more airflow and in return going faster, but it looks cool."
Drag is the force that slows down a car when it's moving. Less drag means the car can go faster and use less fuel.
Drag refers to the aerodynamic resistance that a vehicle encounters as it moves through the air. Reducing drag can improve a car's speed and fuel efficiency.
"creating more airflow and in return going faster, but it looks cool."
Airflow is how air moves around a car. Good airflow helps the car go faster and stay stable while driving.
Airflow refers to the movement of air around a vehicle, which can affect its performance and stability. Proper airflow can help reduce drag and improve handling.
"So what they're lacking in horsepower, albeit HP riddled all over their car, they like to make an output this wing, which is super, super cool."
Horsepower is a way to measure how powerful an engine is. The more horsepower a car has, the faster it can go and the better it can perform.
Horsepower (HP) is a unit of measurement for power, commonly used to quantify the power output of engines. It indicates how much work an engine can perform over time, directly affecting a vehicle's performance and speed.
"That's basically, you know, a second DRS compared to what some other people are running, which is pretty cool."
DRS is a system in racing that helps cars go faster by reducing air resistance. Drivers can use it to help them pass other cars more easily during a race.
DRS stands for Drag Reduction System, a technology used in Formula 1 that reduces aerodynamic drag on a car, allowing it to gain speed on straights. It can be activated under specific conditions to enhance overtaking opportunities.
"because they're actually using aerodynamics and wind and hot air, cold air, creating vortexes around the car"
Aerodynamics is the study of how air moves around things, like cars. Good aerodynamics helps cars go faster and use less fuel.
Aerodynamics refers to how air flows around a vehicle. It plays a crucial role in vehicle performance, affecting speed, fuel efficiency, and stability.
A vortex is when air spins around in a circle. In cars, it can help keep them stable and improve their performance.
A vortex is a flow pattern in which air or fluid moves in a circular motion. In automotive contexts, it can enhance downforce and stability at high speeds.
"...less drag on the rear wing and creating more downforce. So they're definitely utilizing all their tools on hand..."
Downforce is the force that pushes a car down onto the road when it's moving fast. This helps the car grip the road better and makes it safer to drive around corners.
Downforce is a term used in aerodynamics to describe the downward force created by the airflow over a vehicle's body, particularly at high speeds. It enhances grip and stability, allowing for better handling during cornering.
"We got McLaren right after them. But again, like we mentioned, almost 800th or 900th of a second behind Red Bull."
McLaren is a British car company that makes super-fast sports cars and is also famous for its racing team in Formula 1. They focus on high performance and advanced technology.
McLaren is a British automotive manufacturer known for producing high-performance sports cars and its successful Formula 1 team. Founded in 1963, McLaren has a reputation for innovation and engineering excellence in both road and racing cars.
"...almost 800th or 900th of a second behind Red Bull, following McLaren again, following the kind of lap time around 300th of a second."
Red Bull is not just an energy drink; they also own a racing team in Formula 1 that competes against other teams. They are known for being very successful in the sport.
Red Bull Racing is a Formula 1 team owned by the energy drink company Red Bull. Known for their competitive edge and innovative engineering, they have won multiple World Championships since their debut in 2005.
"But good on them for creating something that's reliable and fast. You know, right off the bat. And, you know, you can look at Audi for instance, or other teams..."
Audi is a car brand from Germany that makes luxury cars and is involved in racing. They are known for their high-quality vehicles and innovative features.
Audi is a German automotive manufacturer known for its luxury vehicles and advanced technology. The brand is part of the Volkswagen Group and has a strong presence in motorsports, particularly in endurance racing.
"...or other teams, like even Honda coming back into F1 with all these issues, or they're just not not looking as sharp as they can be."
Honda is a popular car brand from Japan that makes reliable vehicles and is also known for its motorcycles. They have been involved in car racing, including Formula 1.
Honda is a Japanese automaker known for producing reliable cars and motorcycles. They have a significant history in motorsports, including Formula 1, where they have provided engines for various teams.
"...even Honda coming back into F1 with all these issues, or they're just not not looking as sharp as they can be."
F1 stands for Formula 1, which is a type of car racing that features very fast cars on special tracks. It's one of the most popular and prestigious racing series in the world.
F1, or Formula 1, is the highest class of single-seater auto racing sanctioned by the FIA. It features a series of races known as Grands Prix, held on various circuits around the world, showcasing cutting-edge technology and high-speed competition.
"So obviously the Red Bull engine, the Ferrari engine, and then we have the Mercedes engine, obviously, obviously up there."
The Mercedes engine is the engine used in Mercedes Formula 1 cars. It's built to be very reliable and powerful, helping the team win many races.
The Mercedes engine refers to the power unit used by the Mercedes-AMG Petronas Formula One Team. These engines are known for their reliability and performance, contributing to the team's dominance in recent years.
"But they found a way to actually, I guess, get the turbo fan going a little bit quicker than the other teams where they're actually able to have a shorter prep time for launching the cars."
A turbo fan helps the engine get more air, which makes it run better and faster. In racing, getting the turbo to work quickly is important for speeding up the car.
A turbo fan is a type of turbocharger that uses a fan to increase the airflow into the engine, improving performance and efficiency. In racing, quicker turbo response can lead to faster acceleration and better overall performance.
"...where they're actually able to have a shorter prep time for launching the cars. And I don't know if everyone knows, but you've probably seen."
Prep time is how long it takes to get the car ready to start racing. Less prep time means the car can get going faster.
Prep time refers to the time taken to prepare a race car for launch, including warming up the engine and ensuring all systems are ready. Reducing prep time can give teams a competitive edge at the start of a race.
"...and having to sit there for 20, 25 seconds and rev their cars up just to get the turbos going before they can get started."
Revving a car means making the engine go faster by pressing the gas pedal. This helps the car get ready to start quickly, especially for turbo engines.
Revving a car involves increasing the engine speed by pressing the accelerator, which helps build up power and heat in the engine. This is often necessary for turbocharged engines to ensure they are ready for optimal performance.
"...It was something to do with the front aero. But right when I said that, I knew you're going to laugh."
Front aero means the parts at the front of a car that help it move through the air better. They help the car stay stable and go faster without losing control.
Front aero refers to the aerodynamic components and design features at the front of a car that help to reduce drag and increase downforce. These elements are crucial for maintaining stability and performance, especially at high speeds.
"But there there is something called the 107 percent rule, which is basically if you're not within a certain qualifying pace set by the pole, you actually can't race. I which I didn't even know was a was a rule."
The 107 percent rule means that if a driver's qualifying time is more than 107% of the fastest time, they can't race. It's a way to keep the competition fair and safe.
The 107 percent rule is a regulation in motorsport that requires drivers to qualify within 107 percent of the pole position time to be allowed to race. This rule ensures that all competitors are reasonably close in performance and safety standards.
"...But I do hear that Red Bull is using some, I think, Chinese batteries that are supposed to be really good, which is."
Batteries store energy that can be used to power the car, especially in hybrid vehicles that use both gas and electric power.
Batteries in Formula 1 are crucial for energy storage and deployment, especially in hybrid power units that combine traditional engines with electric power.
See something that's not quite right? Our annotations are AI-generated and can sometimes miss the mark.
Click the flag icon on any annotation to suggest a correction.
