• S3 Saloon
    S3 Saloon
    TBA

    Power that does not let you go. Brought onto the road with confidence by the standard quattro® permanent all-wheel drive. Thrilling performance. Unique look. Typical S.

  • S4 Saloon
    S4 Saloon
    TBA

    Less really is more. Less consumption but more power. Less weight but more technology. Less driving machine and more driving legend. The S4 rewrites the rules when it comes to sports sedans

  • A5 Sportback
    A5 Sportback

    The elegance of a coupé along with the versatility of an Avant. This vehicle breaks open classic categories while defining a new one: the Audi A5 Sportback.

  • S5 Coupé
    S5 Coupé
    TBA

    The Audi S5 Coupés dynamic S-underbody carves the promise of its design into the road: A new form of coupé driving.

  • S5 Sportback
    S5 Sportback
    TBA

    The Audi S5 Sportback: dynamic sportsmanship featuring a unique blend of elegance, visualized through various design-elements.

  • S6 Saloon
    S6 Saloon
    TBA

    More intelligent power. An Athletic character and appropriately low fuel consumption: The Audi S6 Saloon.

  • RS 6 Avant
    RS 6 Avant
    TBA

    There's a lot to the Audi RS 6 Avant: inspiring power, impressive attractiveness and intelligent Audi ultra lightweight engineering.

  • S8
    S8
    TBA

    Luxurious sportiness and more intelligent power. The new head of the Audi S model family: The Audi S8.

  • TTS Coupé
    TTS Coupé
    TBA

    The Audi TTS Coupé is bursting with sports car genes. Dynamic driving even controlled - by the new quattro permanent all-wheel drive. The design is individualized by S-specific elements and instantly recognizable. The innovative technologies in the drive, as well as new control and display concepts - including the Audi virtual cockpit - characterize the Coupé.

  • TTS Roadster
    TTS Roadster
    TBA

    Provide the Wind forehead: From the grille up to the diffuser radiates the TTS Roadster pure power. A new generation of innovative technologies convinces inside - including the Audi virtual cockpit. The design has been sharpened, the striking side lines represent character and timeless aesthetics. Experience the pure power of the TTS Roadster.

  • R8 Spyder
    R8 Spyder
    TBA

    Limitless intensity: the new R8 Spyder V10 combines impressive performance, sporty elegance and the fascination of open-top driving.

1300x551_AA3_SB_131040.jpg

Audi g-tron

Efficiency potential can be exploited even more consistently with an intelligent combination of tried-and-tested technologies and alternative fuels. For example, the Audi A3 Sportback g-tron is the first Audi production model with a bivalent drive system featuring pioneering TFSI technology with CNG modification.

It is based on the tried-and-tested 1.4 litre 4-cylinder TFSI engine, with the cylinder head, turbocharger, injection system and catalytic converter adapted to the specific properties of natural gas. The natural gas is stored at up to 200 bar in two lightweight, high-pressure tanks at the rear behind the normal petrol tank. They each hold 7 kg of CNG (Compressed Natural Gas). When the 14 kg of highly compressed natural gas is used up and the system pressure drops below 10 bar, the system switches automatically to TFSI operation – without you even noticing.

What is g-tron?

00:00 | 00:00

In pure CNG mode, an Audi model with g-tron technology travels an impressive 400 km with a remarkable low consumption of 3.2 – 3.3 kg CNG/100 km. One kilogram of natural gas contains as much energy as 1.5 litres of petrol. During combustion, CO2 emissions are 25 – 30% less than with petrol. Acceleration and dynamics are not perceptibly impaired. Overall, a range of around 1,300 km is achieved, which is equivalent to the distance between Berlin and Le Mans or Copenhagen and Bern. With its impressive efficiency and long range, g-tron convinces in every respect.

Yet Audi is going one step further and is setting another milestone on the path to consistent CO2-reduced mobility with the Audi e-gas project. Audi e-gas is produced exclusively from renewable resources. Wind energy is used to produce hydrogen through electrolysis, which later reacts with CO2 during methanisation to produce the Audi e-gas. The CO2 used by the Audi e-gas system is the exhaust gas from a biomethane plant operating on organic waste. This means that a particularly environmentally compatible fuel is already being produced, which is virtually identical to fossil natural gas; however, the only CO2 released was bound during the production of Audi e-gas. This creates a closed cycle.

With this complete chain of effective CO2-reducing measures – from the primary energy source of the fuel to the highly efficient vehicles – Audi is demonstrating how exciting sustainability and future mobility technologies can be.

#auditron Facts tron_teaser_320x160.jpg

Wie sieht die Mobilität von morgen aus? Wie können wir uns schon heute CO2-neutral fortbewegen?