1955-1956 ERA PACKING PROVING GROUNDS TESTING

A fabulous video. The topic of engineering at the proving grounds, instrumentation, and the relationship between the staff and the development engineers at the main office demands further investigation. 

April 1971 Brochure --- Mercedes R 107 Information on the New 350 SL

 

Data Mining -- Mercedes-Benz uses data from customer’s vehicles

Well, they do get permission from owners before they gather data! this is all a part of a new world that is employed by large organizations. I am not in favor of this practice. Yet another step into a totally different socio-economic world that I would not rather live in.

• Mercedes-Benz relies on image, video and sensor data from everyday traffic in the customer fleet to further develop advanced driver assistance systems and automated driving functions
• Data collection with the consent of vehicle owners
• Realistic data makes a significant contribution to improving road safety – for all traffic participants
• Digital responsibility and data protection are prerequisites for the mobility of the future

Mercedes-Benz is taking a consistent step towards the future in the further development of advanced driver assistance systems and automated driving functions: From the end of July 2025, the company will use sensor and video data from the customer fleet to recognise different road users and atypical traffic situations even better in future. The aim is to increase road safety for everyone – a further contribution on the road to "Vision Zero", the goal of zero road fatalities in the European Union by 2050. 

Data is only collected with the consent of the vehicle owner. The company also provides transparent information about the procedure and the use and processing of the data. 

"Our vision is clear: Road traffic must be safe for everyone. The prerequisite for this is high-quality data. That's because driving assistance systems and automated functions can only react reliably if they have been trained with realistic and diverse data. In future, this will be based on data from customer vehicles. Our data protection standards are just as high as our safety standards. Our customers and all road users can rely on this. This is the basis for the acceptance of automated and connected driving."
Renata Jungo Brüngger, Board Member for Integrity, Governance and Sustainability at Mercedes-Benz 

Data diversity as the key to road safety 

The increasing complexity of road traffic places high demands on assistance and automation functions in vehicles. The more realistically the systems are trained, the safer and more reliably they behave in everyday life. Until now, Mercedes-Benz has relied on data collected from test vehicles worldwide. In order to train automated systems to reliably recognise all types of road users and situations, a wide range of real-life traffic data is required. 

The additional data from customer vehicles will enable the systems to react even better to uncommon groups of people such as children, pedestrians, cyclists and people with restricted mobility. The aim is to train the systems with the wide range of situations that they will encounter in the real world. Uncommon traffic situations, such as temporary traffic routing or pop-up cycle paths, or unusual behaviour on the part of road users are also included in the training data. 

The variety of data from customer vehicles also helps to identify potential hazards in road traffic. This means that safety can be improved not only in the vehicle itself, but also perspectively through adapted traffic routing or infrastructural measures. The continuous knowledge gained from the customer fleet flows into the optimisation of the driving assistance systems via software updates. 

Focus on data protection 

Mercedes-Benz attaches great importance to data protection and data security. The company follows the principles of "Privacy by Design" and "Privacy by Default": Data protection and IT security are already firmly anchored in product development. 

The data from the customer vehicles is only stored temporarily based on location or events – for example during heavy braking manoeuvres – and then selectively transmitted to the Mercedes-Benz back end. There, the data is usually anonymised and separated from the vehicle identification. 

Mercedes-Benz customers decide whether they wish to provide their vehicle data and can revoke this decision at any time. 
Road users who have potentially been recorded by vehicles collecting image data can contact Mercedes-Benz, stating the time and place, and request that any recordings be deleted. 

Digital trust as part of sustainable mobility 

The mobility of the future will be characterised by digital technologies and services. Digital trust is an essential part of sustainable corporate governance at Mercedes-Benz. Our aim is to build and further expand the trust of customers and other stakeholders, such as other road users, in Mercedes-Benz and in the responsible use of digital innovations. 

The company pursues an interdisciplinary approach to development: Experts from the fields of development, law, ethics and compliance work closely together from the outset to implement technical innovations responsibly.

The New Mercedes-Benz CLA Shooting Brake

• The first electric Mercedes‑Benz Shooting Brake
•  Panoramic roof and illuminated starry sky sets a new benchmark in the segment
• More space for passengers and luggage than in the previous model
• High everyday and travel suitability with a range of up to 761 kilometres according to WLTP¹
• Recharge up to 310 kilometres in 10 minutes²

Just a few weeks after the premiere of the all-new CLA, Mercedes-Benz is presenting the second model of this completely new vehicle family. The all-new CLA Shooting Brake is the first electric Mercedes‑Benz available as an estate. It combines the elegance, sportiness and intelligence of the CLA with plenty of space for passengers and luggage as well as a high degree of interior versatility. Whether it's a weekly shopping trip, a holiday with the whole family or a weekend trip with friends, it offers space for everything you need. The boot has a volume of 455 to 1,290 litres. The illuminated frunk under the front bonnet holds a further 101 litres. Surfboards or bicycles fit easily on the roof thanks to the standard roof rails. Their load capacity is 75 kilograms. And a jet ski or two motorcycles can be easily transported on a trailer. The towing capacity is up to 1,800 kilograms (braked). A WLTP range of up to 761 kilometres¹ (CLA 250+ Shooting Brake with EQ Technology: combined energy consumption: 12.7-15.2 kWh/100 km | combined CO₂ emissions: 0 g/km | CO₂ class: A)^[1] enables high everyday and travel suitability. Recharging for a further 310 kilometres²(WLTP) is completed in 10 minutes. The European market launch of the CLA Shooting Brake with EQ Technology will start in March 2026.

“The new CLA Shooting Brake is designed for those who appreciate the dynamism of a sporty vehicle but don’t want to compromise on space and practicality in everyday life. It combines intelligent technology and efficiency to deliver a fresh, engaging driving experience. For our customers, this means more space for individuality, travelling and for their own personal lifestyle.” 
Mathias Geisen, Member of the Board of Management of Mercedes-Benz Group AG, Sales

With the CLA Shooting Brake, Mercedes‑Benz is taking its conceptual invention of combining the sporty proportions of a four-door coupé with more cargo space and a large tailgate into the electric age. This concept celebrated its debut in 2012 with the CLS Shooting Brake. In 2015, Mercedes‑Benz successfully established itself in the compact segment with the first CLA Shooting Brake. 

Sporty proportions with a radiant front and unique rear design

The all-new CLA Shooting Brake is identical to the CLA Saloon right up to the B-pillar. This means a low greenhouse, sporty shark-nose design and a unique front panel with 142 individually illuminated chrome-look LED stars. Together with the optional MULTIBEAM LED headlights and light strip, the illuminated panel with a Mercedes‑Benz pattern contributes to the unmistakable identity of all models in the new vehicle family. The rear lights also have a star-shaped design and are connected by a light strip. 

The roofline of the CLA Shooting Brake stretches further back with a more gradual drop. The one-piece panoramic glass roof extends seamlessly from the windscreen frame to the rear end. The spoiler is painted black on the inside and in body colour on the outside. This gives the impression that the glass roof carries over into the rear windscreen. It brings an additional unique elegance to the rear end.   

Switchable large panoramic roof with illuminated starry sky

The large panoramic roof sets a new standard in the segment. It creates an exceptionally generous and open feeling of space. To protect against solar radiation, it consists of heat-insulating laminated safety glass with an infrared-reflecting and a low-emissivity (LowE) coating on the inside. This reduces heating of the vehicle interior in summer. In winter, the LowE coating reduces heat loss by reflecting the interior heat back into the room. At 200 nanometres, it is thinner than a human hair, which has a diameter of about 50,000 nanometres.

The panoramic roof is optionally available with a new function. With it, the transparency of the glass can be changed in 10 to 20 milliseconds. Passengers can choose between transparent for a clear view upwards or opaque for more privacy. The opaque (milky) state not only protects against prying eyes from outside but also offers improved glare protection in direct sunlight. It is operated via a corresponding menu in the vehicle settings in the head unit.   

As the icing on the cake, the large panoramic roof is even illuminated. For the first time, it is connected to the ambient lighting and offers an illuminated starry sky. 158 stars are integrated into its glass surface, which can be illuminated in the individually selected colour of the ambient lighting. The light is fed in from the front via LED modules. The starry sky is almost invisible during the day. But in the dark, it surprises with a unique visual experience, especially for the rear passengers. It invites you to lean back and relax and also attracts attention from the outside. In combination with the new light signature at the front and rear, the illuminated glass roof gives the CLA Shooting Brake an unrivalled appearance. 

More spacious than ever before – more room for passengers and luggage

The longer roof with a roofline that slopes gently towards the rear provides more headroom in the second row of seats than in the CLA (+26 millimetres). Access to the rear is also even more comfortable thanks to the larger door cut-outs. Compared to its predecessor, the all-new CLA Shooting Brake offers more headroom in each of the five seats thanks to a higher roofline. The increase for rear passengers is seven millimetres. In the front row of seats, the headroom increase is 14 millimetres, while legroom has increased by 11 millimetres. The all-new CLA Shooting Brake is 35 millimetres longer (4,723 millimetres) and 27 millimetres higher (1,469 millimetres) than the predecessor model. The wheelbase has increased by 61 millimetres to 2,790 millimetres.  

The seats can be folded down in a 40:20:40 ratio as standard. This increases the boot volume to up to 1,290 litres. Together with the 101-litre frunk under the bonnet, the all-new CLA Shooting Brake offers more load volume than its predecessor. The electric EASY‑PACK tailgate comes as standard for convenient loading and unloading. KEYLESS‑GO with HANDS‑FREE ACCESS is also available as an option. The elegantly designed roof rails are also part of the standard equipment, and a trailer hitch is available on request. The CLA Shooting Brake can tow up to 1,500 kilograms with rear-wheel drive and up to 1,800 kilograms with all-wheel drive – a considerable towing capacity for an electric vehicle in this segment. 

 New spatial experience – floating lightness with a large selection of colours and materials

The unique interior architecture is identical to that of the CLA. With its avant-garde style, it offers a new luxury experience in this vehicle class. Highlights include the sporty, high-positioned centre console divided into two levels, the door panel inserts and the MBUX Superscreen. They are designed as if they were floating in space. This creates an impressive sense of lightness, which further adds to the generous feeling of space. 

An attractive and versatile range of colours and materials underlines Mercedes-Benz's claim to exceptional design and striking equipment features. For the seat upholstery, there is a choice of ARTICO man-made leather/fabric, ARTICO man-made leather and leather in a range of colours from classic black to ivory beige and beech brown. The range of trim parts extends from an anthracite anodised look to brushed aluminium or carbon-fibre finishes and wood or papered surfaces. The exterior colour portfolio offers a wide range of solid and metallic paints. These include, for example, polar white solid, cosmos black metallic, MANUFAKTUR patagonia red metallic and the new colours aquamint solid and sheer blue metallic developed exclusively for the new vehicle family.   

New multifunction steering wheel – the return of roller and rocker switches

The new steering wheel of the CLA Shooting Brake offers improved ergonomics and intuitive operation. Mercedes‑Benz has reintroduced the control concept with a rocker switch for the limiter and DISTRONIC, as well as a roller for volume control, based on numerous customer requests. The capacitive switch panels are seamlessly integrated and provide tactile aids for better orientation. Additionally, some functions have been removed from the control panel for better clarity and usability, making the finger navigation pad for controlling the driver display significantly larger and thus easier to operate. 

Superscreen with up to three screens – real-time graphics powered by Unity Game Engine

The optional MBUX Superscreen extends across the entire width of the interior. The 26-centimetre (10.25-inch) screen for the driver and the 35.6-centimetre (14-inch) central display are located behind the glass surface. A 35.6-centimetre (14-inch) separate screen is optionally available for the front passenger for individual entertainment. The continuously growing app portfolio^[2] includes, for example, video streaming platforms such as Disney+ and RIDEVU from Sony Pictures Entertainment as well as video games with a large selection of triple-A titles via the cloud gaming provider Boosteroid. To enjoy the best in-car gaming experience, customers can use their Bluetooth gaming controller or mobile phone. The gaming controller can also be used with the passenger display while driving. With the central display, this is only possible when the vehicle is parked. All three screens are powered by the latest high-performance chips and real-time graphics from Unity Game Engine. 

If the passenger screen is not selected, a trim piece with star-pattern graphics continues the glass look. Depending on the equipment, it is backlit. Another extra is the optional head-up display. It offers the driver a floating, virtual image with a diagonal of 31 centimetres (12.2 inches) at around 2.8 metres in front of the vehicle. 

New MBUX generation makes the digital experience more personalised and intelligent than ever before

The new CLA Shooting Brake is the second vehicle to function entirely via the Mercedes‑Benz Operating System (MB.OS). It is equipped with a supercomputer that is connected to the Mercedes‑Benz Intelligent Cloud. This enables regular over-the-air updates⁴ – not only for the entertainment system, but also for the most important vehicle functions including the driver assistance systems. In this way, the CLA Shooting Brake gets better and better instead of older and remains just as up to date over the years as a vehicle fresh off the production line.   

MB.OS allows for a completely new digital experience. The fourth generation of the Mercedes‑Benz User Experience (MBUX) infotainment system integrates artificial intelligence (AI) from Microsoft and Google. The new MBUX Virtual Assistant is therefore much more than just an advanced voice assistant. It can conduct complex, multi-part dialogues and has a short-term memory. This enables it to continue a conversation at a later date. Based on ChatGPT4o and Microsoft Bing Search, it combines the knowledge it has gathered from the Internet. Thanks to Google Gemini, it also knows its way around navigation destinations. During an active dialogue, the MBUX Virtual Assistant even recognises emotions and can react accordingly, just like a good friend. As a “living” avatar in the form of the Mercedes‑Benz star, it is always present on the MBUX Zero Layer of the centre display. 

The new MBUX operating and display concept is tailored to customers' individual preferences. The enhanced MBUX Zero Layer on the centre display shows the most important information, suggestions and, for the first time, the most recently used apps⁴. In the app view, apps can now be moved and grouped together in individually named folders. 

Intelligent navigation – customised Google Maps solution with Mercedes‑Benz Electric Intelligence

Now, route guidance is easier and more intuitive than ever before. The new customised navigation solution is based on map data from Google Maps^[3], which is combined with real-time information from the vehicle. Mercedes‑Benz Navigation with Electric Intelligence plans the fastest and most convenient route, including charging stops, based on numerous factors. It automatically adjusts the vehicle's charging settings and optimises them for fast charging along the route – including preconditioning the high-voltage battery so that it is at the optimum temperature for fast DC charging at the right time. The system also provides energy-saving tips. 

Economical consumption and fast charging – new battery generation, two-speed gearbox and 800-volt architecture

With remarkably low fuel consumption and a range that is impressive in its segment, the CLA Shooting Brake marks an apex in electric mobility. Two models will initially be launched. The CLA 250+ Shooting Brake with EQ Technology (combined energy consumption: 12.7-15.2 kWh/100 km | combined CO₂ emissions: 0 g/km | CO₂ class: A)^[4] has an output of 200 kW and a range of up to 761 kilometres according to WLTP.^[5] The 260-kW CLA 350 4MATIC Shooting Brake with EQ Technology (combined energy consumption: 13.2-15.7 kWh/100 km | combined CO₂ emissions: 0 g/km | CO₂ class: A)⁶ is positioned at the top end of the model range as a performance version with two motors and all-wheel drive. It has a range of up to 730 kilometres according to WLTP.⁷ 

The newly developed electric drive system with a permanently excited synchronous machine (PSM) and two-speed gearbox on the rear axle is designed for dynamic driving performance with high efficiency. First gear enables excellent acceleration right from the start. The CLA 250+ Shooting Brake sprints from 0 to 100 km/h in 6.8 seconds. Second gear is designed for power delivery at high speeds. It ensures excellent range and comfort on long journeys. The all-electric CLA Shooting Brake also features a new one-box braking system. It optimises the recovery of braking energy and so increases the range. For reasons of efficiency, almost all braking processes are carried out entirely by recuperation. The recuperation output is up to 200 kW. 

The CLA 250+ Shooting Brake and the CLA 350 4MATIC Shooting Brake have a lithium-ion battery with a usable energy content of 85 kWh. The cells have anodes in which silicon oxide is added to the graphite, increasing the energy density. In combination with this new generation of batteries, the 800-volt architecture can significantly reduce the charging time. This means that the CLA 250+ Shooting Brake can be recharged to a range of 310 kilometres (WLTP)^[6] within 10 minutes. This corresponds to the distance from Geneva to Milan or from Berlin to Hamburg, for example. Fast DC charging is possible with up to 320 kW. AC charging, for example at a wallbox at home, is possible with up to 22 kW. Further battery-electric variants will be added to the model range at the beginning of next year.  

Mercedes-Benz at the Goodwood Festival of Speed (10 to 13 July 2025)

Goodwood Festival of Speed (10 to 13 July 2025): The largest motorised garden party in the world

Mercedes-Benz Classic brought no fewer than five Silver Arrows from different decades to this year's Goodwood Festival of Speed. One of the highlights on the 1.86-kilometre Hill Climb past Goodwood House was the drive of the two Formula 1 racing cars W 196 R (1955) and Mercedes-AMG F1 W13 E Performance (2022). Both vehicles were part of the high-class field of cars celebrating the 75th anniversary of Formula 1. The first Formula 1 race of the newly created World Championship took place on 13 May 1950 in Silverstone, Great Britain. 

Georges Massing, Vice President Digital Vehicle & Mobility at Mercedes-Benz Group AG, was also fascinated by Mercedes-Benz Classic's presentation. He attended the 2025 Nucleus conference as part of the Goodwood Festival of Speed. Here, some of the most important thought leaders from the automotive industry and technology discussed the future of mobility.

“No other event in the world brings together the future and heritage of automotive technology as closely as the Goodwood Festival of Speed and the Nucleus event. This offers what we urgently need today: inspiration for innovation, knowledge exchange and confidence in the future. All of this is reflected in our company values –since 1886. Heritage Creates Future.” 
Georges Massing, Vice President Digital Vehicle & Mobility, Mercedes-Benz Group AG

Equally spectacular was the drive of what is arguably the world's most valuable racing car duo: a Formula 1 racing car W 196 R together with a 300 SLR racing sports car (W 196 S). Juan Manuel Fangio became Formula 1 world champion in 1954 and 1955 with the W 196 R. Mercedes-Benz won the Sports Car World Championship in 1955 with the 300 SLR. The duo was complemented by a W 196 R with streamlined bodywork on the loading bed of the Mercedes-Benz racing car rapid transport vehicle “Blaues Wunder” (1955).

In January 2025, a Mercedes-Benz W 196 R with streamlined bodywork was auctioned for 51.55 million euros – the highest price ever achieved by a Grand Prix racing car at auction. The 300 SLR “Uhlenhaut Coupé” is even the most valuable car in the world and was sold in 2022 for €135 million. A Mercedes-Benz 300 SLR Roadster has never been offered at auction.

The fleet of Silver Arrows was furthermore complemented by the Grand Prix racing car and thus Formula 1 forerunner Mercedes-Benz W 125 (1937), the 300 SL racing sports car (W 194, 1952) and the Group C racing prototype C 11 (1990).

Three Mercedes-Benz Classic brand ambassadors took over the cockpits of the classic racing cars: Formula 1 safety car driver Bernd Mayländer, five-time DTM champion Bernd Schneider and ex-Formula 1 racing driver Karl Wendlinger. The Mercedes-AMG F1 W13 E Performance racing car was driven by Frederik Vesti (Friday and Saturday) and Valtteri Bottas (Sunday).

The Duke of Richmond founded the Festival of Speed in 1993 in the park of Goodwood House, the family’s ancestral home. The event is famous as the “largest motorised garden party in the world”. Here you can experience the past, present and future of the automobile in style. In 2025, the all-new electric Mercedes-Benz CLA made its dynamic debut too, in the First Glance Paddock and also being driven on the hill climb.

Mercedes-Benz at the Royal Automobile Club (RAC) Concours, July 9, 2025

Royal Automobile Club Concours (9 July 2025): Inaugural event in Woodcote Park near London

One day before the Goodwood Festival of Speed, Mercedes-Benz Classic presented the W 196 R together with the 300 SLR (W 196 S) at the first Club Concours of the Royal Automobile Club (RAC). The RAC was founded in 1897 as the Automobile Club of Great Britain & Ireland by Frederick Simms, a business partner of Gottlieb Daimler. The Concours took place at Woodcote Park (Epsom).

The Mercedes-Benz Classic cars at the 2025 Goodwood Festival of Speed

• Mercedes-Benz W 125 (1937): The latest development stage of the Grand Prix racing cars in the 750-kilogram formula produces 435 kW (592 hp). Rudolf Caracciola became European Champion with the W 125 in 1937. The title is comparable to the Formula 1 World Championship today.
• Mercedes-Benz 300 SL racing sports car (W 194, 1952): Mercedes-Benz returned to motorsport in the 1952 season with the 300 SL racing sports car. The instantly successful competition vehicle is based on the legendary 300 SL (W 198) production sports car.
• Mercedes-Benz W 196 R (1954 and 1955): The first Formula 1 racing car from Mercedes-Benz was used with open wheels or streamlined bodywork. Juan Manuel Fangio became Formula 1 World Champion in the W 196 R in 1954 and 1955.
• Mercedes-Benz 300 SLR racing sports car (W 196 S, 1955): The sports car prototype has numerous technical parallels to the W 196 R. However, it is powered by a 3-litre in-line eight-cylinder engine (228 kW/310 hp). The victory of Stirling Moss and Denis Jenkinson in the 1955 Mille Miglia with the best time ever achieved in this road race was outstanding.
• Mercedes-Benz C 11 (1990): The racing prototype with up to 735 kW (1,000 hp) dominated the Sports Car World Championship in 1990. In addition to the manufacturers’ title, Jean-Louis Schlesser and Mauro Baldi won the drivers’ title. The carbon fibre chassis was developed by the racing team of Swiss national Peter Sauber, which also raced the C 11.
• Mercedes-Benz C 111-II (1970): The breathtaking C 111 super sports car was created as an experimental vehicle for testing the Wankel engine. In 2024, after decades, Mercedes-Benz Classic returned a C 111-II with an original four-disc Wankel engine to running order. The extraordinary engine produces 257 kW (350 hp). The top speed of the car is 300 km/h.
• Mercedes-Benz racing car express transporter (1955): This one-off vehicle was built for the 1955 season and used for logistics between the factory and the race track at speeds of up to 170 km/h. Its engine came from the 300 SL (W 198). The blue paintwork, top speed and aesthetic design earned the race transporter the nickname “Blaues Wunder” (“Blue Wonder”). At Goodwood, it was on display with a Mercedes-Benz W 196 R Formula 1 racing car on the loading bed.

DER AUTOTEST - Mercedes 350SL R107 von 1971

An early version of my 1982 380 SL! But with a very desirable 4-speed manual transmission.

Preview -- the British Grand Prix at Silverstone

The halfway point in the 2025 season comes at Silverstone with the British Grand Prix. 

Toto Talks Britain

After a tough Grand Prix in Austria, it is good to get back racing straight away. We deliberately experimented on set-up in Spielberg; it was a useful test and there are positive learnings we can apply this weekend, but it ultimately didn’t help our performance.

Silverstone has typically been a strong circuit for us. The cooler conditions should suit our car, and we are hopeful of putting on a good performance in front of our teammates and the passionate British fans, who always provide a great atmosphere.

The very first World Championship race took place at Silverstone 75 years ago, so this weekend carries additional significance for the sport. We will take the opportunity to mark this milestone with a celebration of Mercedes' own legacy across automotive and motorsport past, present, and future. That will include a revised livery, featuring the sunset beam orange of the recently launched CONCEPT AMG GT XX, the ground-breaking concept car that offers an impressive insight into the future of AMG. Whilst it will be an exciting weekend off track with several activations, our full focus remains of course on the track. We will look to bounce back from last weekend and put on a performance more befitting of Mercedes' storied history.

Fact File: British Grand Prix

At 5.891km, the Silverstone Circuit is the fifth-longest on the F1 calendar and only Spa-Francorchamps (7.004km), Baku (6.003km), Las Vegas (6.201km) and Jeddah (6.174km) are longer.
Maggots, Becketts, Chapel – Silverstone boasts some of the most iconic names for corners in the whole of motorsport, and it is one of only three tracks in F1 where engineers give names to the corners and not numbers, the other two being Spa-Francorchamps and Monaco.
Drivers complete almost 80% of a lap at full throttle at Silverstone, the second-highest percentage seen so far this season after Australia.
Drivers experience some of the highest lateral g-forces of the season at Silverstone with a maximum of 5.2g at Stowe (Turn 15). To give you some idea of what that means, the average weight of a human head with a helmet is 7kg, so the driver’s neck is being pulled from side to side with a force of 35kg at this point.
At nearly 650m, the run down to the first braking point is the second longest on the 2025 F1 calendar. Only Mexico (767.5m) is longer.  
Silverstone is something of a home race for the team. The Brackley factory is a mere nine miles away and the home of Mercedes AMG High Performance Powertrains at Brixworth is just over 20 miles from the track.
The team has eight wins at Silverstone since returning to the sport in 2010 and has taken home a podium in each of the last 12 seasons.
Between 2013 and 2020, the team scored eight consecutive pole positions at the British Grand Prix with Lewis Hamilton, Nico Rosberg, and Valtteri Bottas.
In 2024, the team achieved an all-British front row with George Russell and Lewis Hamilton.
George’s first single-seater race and win came at Silverstone, during a Formula Renault weekend in 2014.
Kimi’s first F2 win came at Silverstone in tricky conditions in 2024. 
Reserve Driver Fred Vesti also took a Formula 2 win during the 2023 season.