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Audi is expanding its engine lineup for the Audi Q5 (combined fuel consumption in l/100 km: 6.8–5.8 (34.6–40.6 US mpg); combined CO2 emissions in g/km: 177–153 (284.9–246.2 g/mi); CO2 class: G–E) and Audi A6 (combined fuel consumption in l/100 km: 6.1–5.3 (38.6–44.4 US mpg); combined CO2 emissions in g/km: 165–140 (265.5–225.3 g/mi); CO2 class: F–E) with a three-liter V6 diesel engine delivering 220 kW (299 PS) and 580 Nm of torque. For the first time, the MHEV plus technology, which delivers up to 18 kW (24 PS) of additional power, is being used in combination with an electrically powered compressor. The engine therefore sets new standards compared to its predecessors. The interaction of three electrified components ensures immense driving fun and highly efficient performance. The V6 TDI quattro can now be ordered for both models.

 

With MHEV plus technology, Audi offers partial electrification that enhances both performance and driving experience while reducing CO2 ‑ emissions and fuel consumption. The foundation of this system consists of the powertrain generator, belt alternator starter, and lithium iron phosphate battery.

The belt alternator starter’s primary function is to start the engine and supply the battery with electrical energy. The powertrain generator enables partially electric driving, which means that in slow city traffic, when parking and maneuvering, and in steadily moving traffic on roads outside of towns, the vehicle operates purely electrically. The powertrain generator also provides an additional 230 Nm of drive torque and up to 18 kW (24 PS) of power when starting off and overtaking. When decelerating, it feeds up to 25 kW of energy back into the battery.

Hybrid powertrain combines three electrified components

In the enhanced three-liter V6 TDI, the MHEV plus technology is now being expanded to include an electrically powered compressor for the first time – a technological leap that enables the perfect balance between a dynamic driving experience and optimized fuel consumption.

At the same time, the electrically powered compressor is an integral part of the engine management system and the newly developed combustion strategy. It supports the turbocharger in a two-stage charging concept with maximum precision. In combination with the MHEV plus electrification consisting of a belt alternator starter and powertrain generator, the V6 TDI engine EA897evo4 delivers powerful performance in every driving situation: when starting from a standstill, accelerating out of town, overtaking, and driving on the highway.

The electrically powered compressor overcomes turbo lag, providing high torque values at low engine speeds. This results in significantly lower fuel consumption compared to the previous engine generation. Responsiveness during initial acceleration has also been substantially improved: in the first 2.5 seconds, the vehicle covers a good car length more. While the belt alternator starter starts the engine and supports it as it builds revolutions, the powertrain generator and the electrically powered compressor provide torque for acceleration. In this process, the electrically powered compressor amplifies the increase of boost pressure. At the same time, the powertrain generator transmits the first direct torque impulse to the wheels.

New electrically powered compressor delivers impressive mid-range acceleration and linear response

The electrically powered compressor is located behind the conventional turbocharger and the intercooler in the intake path. It is powered by the 48-volt onboard electrical system. When the load demand from the accelerator pedal is high, and the energy supply on the turbine side is low, the intake air is directed to the electrically powered compressor. There, this air – already compressed by the exhaust-driven turbocharger – is further compressed before entering the combustion chamber.

Compared to earlier models equipped with an electrically powered compressor, such as the S4, S6, and SQ5, the current generation is significantly more powerful – thanks to a wider operating range and faster buildup of boost. This is made possible by the optimized airflow design of the compressor and the permanent-magnet synchronous motor that drives it, in combination with improved air supply to the six cylinders.

Whereas the electrically powered compressor previously operated only within a narrow range, the new generation now functions across the entire engine speed range. This system ensures a linear and fast response, impressive mid-range acceleration with even more direct pedal feel, increased efficiency, and improved long-term durability.

Through the interaction between the electrically powered compressor and the powertrain generator, maximum boost pressure of 3.6 bar builds up nearly one second faster – delivering noticeably enhanced acceleration experienced without turbo lag. It closely resembles the feel of an electric drive with similar power. During acceleration, the compressor wheel spins up to 90,000 revolutions per minute in just 250 milliseconds, an increase of nearly 40 percent.

As a result, the V6 TDI engine EA897evo4 puts its power to the road with authority – made possible by the blend of electric boost and impressive power output of the diesel engine.

Sustainable fuel: HVO 100 reduces CO2 emissions

The new V6 TDI is approved to use HVO fuel conforming to European standard EN 15940 – indicated by the XTL sticker in the fuel tank cap. XTL (X-to-liquid) is a collective term for fuels of this standard, with the “X” representing a variable source component. HVO stands for hydrotreated vegetable oil. This sustainable fuel enables a 70 to 95 percent reduction in CO2 emissions compared to petroleum-derived diesel. 

HVO is produced using residual and waste materials, such as used cooking oil from the food industry or agricultural by-products. Using hydrogen, the oils are converted into saturated aliphatic hydrocarbons. This modifies the properties of the vegetable oils to make them suitable for use in diesel engines. They can be blended with conventional diesel to replace fossil components or used as a 100 percent pure fuel. New vehicles leaving the two German Audi plants in Ingolstadt and Neckarsulm are delivered with HVO fuel already in the tank.

Article source: www.audi-mediacenter.com

Audi and Disney have joined forces to create entertainment experiences both in the car and in the cinema. Audi customers can now experience Disney+ programming directly in the vehicle through onboard streaming technology. Additionally, two Audi models play a role in Disney’s new movie “TRON: Ares,” now playing only in cinemas. From the big screen to in-car displays, the collaboration underscores the commitment of Audi to blending cutting-edge technology and emotional, immersive global experiences to create unforgettable journeys.

Audi is integrating the Disney+ app into its model range, marking another step in expanding its onboard digital entertainment offering. Customers can install the app directly via the Audi Application Store in the vehicle and log in with their existing Disney+ account.

Epic stories from the Star Wars, Pixar and Marvel universes – along with Disney classics and new movie highlights, including previous films of the “TRON” series – can be streamed on the central MMI display when the vehicle is parked or on the optional passenger display during the drive.

The app is being rolled out simultaneously in 43 markets worldwide: in many European countries, parts of Asia, Australia, New Zealand, and the United States. The app is available via the Audi Application Store in the new models of the Audi A5, Audi Q5, Audi A6, Audi A6 e-tron, and Audi Q6 e-tron model series.

With Disney+, Audi is adding another renowned provider to its app portfolio, which already includes various attractive entertainment platforms. The Audi Application Store, which was jointly developed with CARIAD, is integrated directly into the MMI and does not require a smartphone to operate. It is necessary to have a myAudi account and an active data connection.

Audi on the big screen

Audi and Disney have teamed up on the road and in the cinema – in “TRON: Ares.” The third installment of the franchise was released in October. The film features two Audi models that bridge the gap between classic automotive culture and a digital, electrified future.

“TRON: Ares” follows a highly sophisticated program: Ares, who is sent from the digital world into the real world on a dangerous mission, marking humankind’s first encounter with A.I. beings. The feature film is directed by Joachim Rønning and stars Jared Leto and Greta Lee.

Ajay Singh – a tech-savvy analyst and gaming expert, played by Hasan Minhaj – drives an Audi Q8 e-tron. Seth (Arturo Castro), technical assistant to Eve Kim (Greta Lee) – a brilliant and analytical programmer leading the digital rebellion – drives a fictitious “Audi quattro Rallye.” His vehicle is inspired by the iconic rally cars of the 1980s, paying homage to Audi’s rich tradition in motorsport.

Audi has long been part of diverse film genres and international productions through product placement – always aiming to become part of the story. In an industry that often anticipates technological innovation – through Computer Generated Imagery (CGI) or virtual production techniques – Audi embraces the opportunity to help shape new formats and embed the brand in cultural narratives.

Article source: www.audi-mediacenter.com

FC Bayern’s women’s soccer team has overwhelmingly chosen the new Audi Q3 along with the Audi A3 and Audi A1 allstreet as their preferred cars at this year’s vehicle handover. During a driving event at Lake Tegernsee, the players had the opportunity to get to know their new Audi models down to the smallest detail. A partnership that benefits both sides.

The women of FC Bayern Munich received their new company cars from Audi during a special handover event. At Lake Tegernsee, players including Giulia Gwinn, Klara Bühl, and Lea Schüller had the chance to thoroughly test their new wheels. Yves Becker-Fahr, Head of Sales Germany, expressed his enthusiasm about the recently extended collaboration between Audi and FC Bayern Munich: “We are proud to provide mobility for the FC Bayern players and to support them off the field with our vehicles. The partnership stands for shared values such as team spirit, peak performance, and being dynamic – qualities that are crucial both in sports and the automotive world.”

After receiving their new Audi Q3s, which most of the women’s team opted for, a special destination awaited the players: the Faller-Klamm Bridge. There, the squad faced a series of playful challenges designed to help them get to know their new cars even better. Tasks included driving exactly the distance of a penalty kick – eleven meters – and setting the FC Bayern Munich team colors as fast as possible using the ambient lighting system of the Q3.

The crew then headed back to Munich. Bianca Rech, Director of FC Bayern Women, states: “Our collaboration with Audi is a strong sign of the esteem they hold for our team and an important step in providing our players with the best possible conditions. We share a passion for top performance and look forward to a successful partnership that goes far beyond the road.”

In total, 26 Audi Q3s, five Audi A3s and one Audi A1 allstreet were handed over to the players and staff of the FC Bayern Munich women’s team. This collaboration has been in place since 2021, while Audi has been a long-standing partner of the overall club since 2002. The men’s team of the record champions has also been driving Audi for many years. They took delivery of their new company cars in mid-October.

Article source: www.audi-mediacenter.com

115 days before its first race in Formula 1, Audi provided a preview of the company’s presence in the pinnacle of motorsport at its Brand Experience Center in Munich. Just like in future production models, Audi will bring uncompromising clarity to the racetrack and beyond.

“By entering the pinnacle of motorsport, Audi is making a clear, ambitious statement,” says Audi CEO Gernot Döllner. “It is the next chapter in the company’s renewal. Formula 1 will be a catalyst for the change towards a leaner, faster and more innovative Audi.” According to Döllner, Audi is entering the racing series with an ambitious yet realistic roadmap: “We are not entering Formula 1 just to be there. We want to win. At the same time, we know that you don’t become a top team in Formula 1 overnight. It takes time, perseverance and tireless questioning of the status quo. By 2030, we want to fight for the World Championship title.”

The Formula 1 team will spearhead Audi’s new brand identity

The Audi R26 Concept is a clear statement and provides a preview of the color scheme and design of the brand’s first Formula 1 race car, which will be unveiled in January. This visual identity is based on the recently introduced design philosophy and its four design principles: clear, technical, intelligent and emotional. “We are implementing a unifying design language that draws together every aspect of our organization,” says Audi Chief Creative Officer Massimo Frascella. “This makes the Formula 1 project a pioneer for the new brand identity, which will be rolled out in the future both for the F1 team and Audi as a whole.”

The R26 Concept is one of the first expressions of the brand’s new visual identity. Minimalist graphic surfaces, defined by precise geometric cuts, integrate seamlessly with the racing car’s geometry. The color palette features titanium, carbon black and the newly introduced Audi red. As part of this identity, Audi will also sport red rings, used selectively to underscore its Formula 1 presence.

Article source: www.audi-mediacenter.com

Michael Kruppa, Head of Front Lighting Development, has been responsible for various areas of development at Audi for more than ten years. Together with his development team, he plays a key role in ensuring that an Audi provides the best possible road safety even in poor visibility and darkness. In this interview, he explains what makes good headlights – and what sets the new Audi Q3 apart from the competition when it comes to lighting.

Mr. Kruppa, why are good headlights so important?
Michael Kruppa: The rapid onset of darkness and poorer weather conditions, especially now in the fall and winter, pose a greater risk in traffic. On the one hand, as a driver, I want to illuminate the area I’m driving into as well as possible so that I feel safe. On the other hand, it is very important that other road users see me in time. Often, just a few seconds make a crucial difference in avoiding a dangerous situation. Seeing and being seen is the be-all and end-all in road traffic. Good lighting is not just about comfort – it provides a significant boost in safety. It also creates recognition value. At Audi, customers have numerous options to personalize their lighting. Several different digital light signatures, along with matching coming home/leaving home lighting scenarios, can be selected in the MMI.

What characterizes intelligent lighting at Audi?
Michael Kruppa: Intelligent lighting actively adapts to the driving situation and provides added safety for all road users. The lighting we develop at Audi is designed to prevent glare. Our matrix LED headlights detect vehicles ahead and oncoming traffic and automatically block out light that would blind them. The driver therefore no longer has to operate the high beams manually. This ensures that you always have enough light in front of you, can stay focused for longer, and drive more safely as a result. The most innovative lighting development we currently use in front lighting at Audi are the digital matrix LED headlights. They have numerous adaptive lighting functions and can project light images directly onto the road – it’s intelligent and inspiring at the same time.

What are the technical foundations for good lighting?
Michael Kruppa: The basic requirement is that the light works reliably. When I switch it on, it must be there immediately. Beyond that, we can now influence many parameters, such as brightness and color. There have recently been major advances in LED technology. Our development activities over the past four or five years have led us to start digitalizing lighting technologies, such as LED technology. At the same time, we are continually optimizing other aspects.

Our digital matrix LED headlights with micro-LED technology are particularly impressive due to their smaller installation space, lower weight, and higher efficiency. They also have greater luminosity with better contrast, which means they perform better in difficult visibility conditions.

The micro-LED technology you just mentioned is being used for the first time in the new Audi Q3. How does it work?
Michael Kruppa: The topic of light digitalization, which we just discussed, plays a central role here. We have developed a light source in such a way that we can almost use it like a video projector. The micro-LED module, which is approximately 13 millimeters wide, has a chip with 25,600 tiny micro-LEDs – each measuring approximately 40 micrometers – that can be controlled individually. This allows the system to adjust the light image on the road depending on the situation. For instance, the light guidance functions, known as lane guidance and orientation lights, are now much more closely linked to the driver assistance functions. We are introducing the digital matrix LED headlights with this new micro-LED technology for the first time in the compact class in the Q3. As a result, we can offer our customers even greater safety.

What specific advantages does this technology mean for drivers?
Michael Kruppa: Picture it like this: the car projects two lines onto the road while driving. These lines help me stay in the center of my lane and give me an indication of my vehicle’s position in the lane I am driving in. That’s the orientation light. When I drive onto the highway, the projected light image changes. The car knows I’m on the highway and can illuminate my lane dynamically. This is the lane light with the orientation light. If I want to change lanes, the lane light with direction indicator assists me. It shows the active turn signal at the edge of the lane light, depending on whether I am signaling left or right. The benefit for other road users is that they can see early on that I want to change lanes. All this is made possible by the digital matrix LED headlights with our new micro-LED technology in the Audi Q3. It provides our customers with orientation and safety, and ultimately a positive feeling behind the wheel. And depending on your preferences, you can also deactivate these functions in the MMI.

Which road users benefit most from the digital lighting technology in the new Q3?
Michael Kruppa: In addition to the safety of the vehicle occupants, it’s also about other road users. Take pedestrians, cyclists, or the occupants of other vehicles, for example. But the focus is also on those who are unaware that they are putting themselves in a dangerous situation, such as wild animals crossing roads at dusk. You want to spot them in time so you can react, brake, or even take evasive action.

And warning symbols can be projected too?
Michael Kruppa: Yes, that’s another example of the benefits of digitalization. When the outside temperature drops below four degrees, the system projects a snowflake onto the road – exactly the same symbol that you would normally see on the instrument cluster. As a driver, I know instantly: it could get really slippery now.

Why is advanced lighting more important today than ever before?
Michael Kruppa: Because it combines safety and comfort while also improving driver concentration. Good lighting means that I can see more, I am more visible, and I can react faster to any situation. Modern digital lighting systems such as those in the new Audi Q3 take road safety to a new level.

Article source: www.audi-mediacenter.com

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