The First Production Car With Launch Control
Cars pretty much drive themselves these days, on various levels. Of course, you can get into a robotaxi in San Francisco, but even your own car will have a truckload of tech that will take some of the operating duties off of you. From full-on autopilot systems, to lane assist, and even traction control—these are all devices that hand over the operation of your car to a computer. Launch control is fairly ubiquitous on sports cars these days, revolutionizing the stoplight Grand Prix from a test of clutch control and reactions, to letting technology do the heavy lifting. But who exactly did it first?
Launch Control Is Taken For Granted These Days
Buy a relatively modern car in 2026, whether it is new or a few years old, and it is likely that it comes with a form of launch control. Everything from the Nissan Z and Nissan GT-R, to M3 and M4 models come fitted with this device, right up to the Porsche 911 Turbo, and even EVs these days. If you want to get the most out of your supercar or hypercar, then engaging launch control is a must. You can even get launch control on a used MK7 Volkswagen Golf GTI, which will only cost you a few thousand dollars.
So what exactly is launch control? This driver aid is essentially a computerized balancing act, managing torque and revs to maximize acceleration from a standing start, while avoiding excessive wheelspin and bogging down.
Launch Control Arrived During A Gearbox Revolution
While there are a few cars that come with a manual gearbox and launch control, it’s not really the most popular application. With the number of cars being sold in America with a manual gearbox well into the single-digit percentages these days, you are much more likely to find launch control on a sophisticated automatic. But it is, in fact, automatic transmissions that helped to pioneer launch control in the first place, with the system being fitted to clever clutch-pedal-less gearboxes, including semi-automatics and sequential manuals. As more cars were being fitted with paddle-style ‘boxes, manufacturers started to develop clever ways to launch the cars from a standstill without balancing your left foot on a physical clutch. And, perhaps unsurprisingly, it was a certain Italian exotic automaker that got there first.
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The Ferrari 360 Challenge Stradale Was The First Car To Have Launch Control
Sometimes it’s easy to forget that Ferrari is such an innovator in the world of automobiles. Sure, Maranello is the first supercar maker to create a five-seat EV that looks like (insert your own meme here), but that’s not the kind of world first we are talking about. The F355 supercar was the first road car to ever feature an F1-style flappy paddle gearbox, for example—a poor imitation of which you will probably find in a sluggish rental car at an airport these days. The Ferrari system was an advanced semi-automatic ‘box that used a high-pressure hydraulic system to shift between gears. The 360 Modena that succeeded the F355 was a huge leap forward, and by the time the hardcore, track-focused Challenge Stradale (CS) version arrived in early 2003, it had something that few people would have ever heard of: launch control.
The Launch Control Function Changed The Way We Viewed Acceleration
The Ferrari 360 Challenge Stradale used what the Italian brand had learned from the Ferrari Trofeo Pirelli Challenge and brought it to the streets. It is 243 lbs lighter than the standard car and has a range of major modifications to the engine, gearbox, and aerodynamics. The most influential feature, even if it was often forgotten about in the admiration for how this 425-horsepower V8-engined supercar drove, was the Formula 1-derived launch control function that was built into the electro-hydraulic F1-style gearbox.
In Race Mode and with the damper and traction control (ASR) settings switched off, drivers could access this novel feature. According to Ferrarichat.com, and referencing the CS manual: “The driver can choose to accelerate with the vehicle stopped by keeping the brake depressed, until the desired engine speed for departure is reached and then, upon release of the brake, to reach the best performance from a standing start. This is made possible by an optimized strategy that adapts the clutch to those engine speeds.”
The 360 Challenge Stradale Was A Groundbreaking Model For Many Reasons
2004 Ferrari 360 Challenge Stradale Specs
|
Engine |
3.6-liter V8 |
|
Power |
425 hp |
|
0-60 mph |
4.0 seconds |
Source: Ferrari
The 360 Challenge Stradale pioneered Maranello’s “special series”, a run of lightweight V8-powered track cars that includes the 430 Scuderia (2007), 458 Speciale (2013), and 488 Pista (2018). The 360 CS had a lot of groundbreaking tech, including CCM (Carbon Composite Material) discs, in collaboration with Brembo. The car also utilized carbon fiber for structural areas, with the material also being used for the mirrors, and it also features aluminum and titanium. The 3.6-liter V8 was able to propel the car to 180 mph and 60 mph arrived in around 4.0 seconds.
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BMW Was Also An Early Launch Control Pioneer
The BMW E46 M3 CSL was launched within months of the Challenge Stradale in 2003 and also came with launch control, otherwise known as the acceleration assistant. The 360-horsepower CSL, which had also been trimmed down by 243 lbs, came fitted exclusively with BMW M’s Sequential M Gearbox with Drivelogic. This special gearbox was based directly on Formula 1 technology and can shift gears in just 0.08 seconds.
The launch control function enables the driver to set off perfectly from a standstill with the gearshift lever in a specific position chosen in advance, maximizing acceleration. “The SMG Drivelogic ‘sees’ what the driver plans to do and shifts the six gears itself at exactly the right point shortly before the engine reaches the rev limit,” says BMW.
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Ferrari 360 Challenge Stradales Are Modern Prancing Horse Classics
There was no way that Ferrari was going to produce a special 360 Modena by adding some nice wheels and some stickers and calling it a day. The Challenge Stradale was a thorough effort, with fastidious attention to detail, and there are now eye-watering secondhand prices to match.
A 2004 Ferrari 360 Modena in good condition will cost you $92,400, says Hagerty’s Valuation Tools. A Challenge Stradale from the same year, however, in the same condition, will set you back $526,000. That might seem like a huge markup, and it is, but that is the price of progress. The 360 CS is at least partly responsible for all those launch control systems we take for granted in our sports cars today.
Sources: Hagerty.com; Ferrarichat.com
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