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William Maley

Paris Motor Show: Audi TT Sportback Concept

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Every few years, Audi shows off a TT concept that leads to the speculation of a TT family. Such examples include a shooting brake or a crossover. Now it happens to be a sedan.

The Audi TT Sportback Concept doesn't have all of the usual Audi concept trademarks such as large wheels, miniscule mirrors, and odd interior treatments. The outside looks like the new TT coupe with slim headlight and distinctive roofline. The back end reminds us the quattro concept, especially the trunk lid. Compared to the TT Coupe, the Sportback is 11 inches longer, 2.4 inches wider and rides on a wheelbase that is 4.7 inches longer.

Under the hood lies a turbocharged 2.0L four-cylinder producing 400 horsepower and 332 pound-feet of torque. This is paired with a seven-speed S-tronic dual-clutch transmission and quattro all-wheel drive system.

"With the TT, Audi created one of the automotive design icons of the last 20 years," says Prof. Dr. Ulrich Hackenberg, Audi Board Member for Technical Development. "In the years since, we have designed our sporty and elegant five‑door Audi A5 Sportback* and Audi A7 Sportback*. In our Audi TT Sportback concept show car, we are now fusing both concepts to form a new member of a potential TT family."

Source: Audi

William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster.

Press Release is on Page 2


Ingolstadt/Paris, 2014-10-01

The sportiness of the Audi TT redesigned: The Audi TT Sportback concept show car

  • Sporty elongated sculpture: Concept study reinterprets Audi TT*
  • Board Member for Development Prof. Dr. Hackenberg: “TT Sportback concept unites two concepts to form a new member of a potential TT family”
  • Four-cylinder TFSI provides 400 hp, maximum torque 450 Nm (331.9 lb-ft)

A speedy sports car with four seats and five doors – Audi is presenting the TT Sportback concept at the Paris Motor Show. The exterior of the show car invokes the design idiom of the classic TT*, developing it into a new, elongated sculpture. It is driven by a high-powered 2.0 TFSI engine that delivers 294 kW (400 hp).

“With the TT, Audi created one of the automotive design icons of the last 20 years,” says Prof. Dr. Ulrich Hackenberg, Audi Board Member for Technical Development. “In the years since, we have designed our sporty and elegant five‑door Audi A5 Sportback* and Audi A7 Sportback*. In our Audi TT Sportback concept show car, we are now fusing both concepts to form a new member of a potential TT family.”

The Audi TT Sportback concept captivates with the power of 294 kW (400 hp) that flows through a seven-speed S tronic to the quattro permanent all‑wheel drive. The sprint from 0 to 100 km/h (62.1 mph) takes just 3.9 seconds. The sophisticated suspension and the low center of gravity ensure dynamic handling, and the body integrates a number of lightweight aluminum components. A laser spot that complements the LED high beam is featured in each of the headlights – this innovation from Audi significantly boosts safety when driving in the dark.

The Audi virtual cockpit dominates the elegantly designed interior of the show car, with the 12.3‑inch screen replacing the conventional instruments and the MMI monitor. The screen provides top-quality graphics and enables the driver to choose between multiple display levels. In the MMI terminal, the rotary push-button features a touchpad that is used to enter characters and gestures as with a smartphone. The operation of the climate control has been relocated to the air vents.

Exterior design

The five-door Audi TT Sportback concept is 4.47 meters (14.7 ft) long, 1.89 meters (6.2 ft) wide, and 1.38 meters (4.5 ft) high, featuring a wheelbase of 2.63 meters (8.6 ft). Compared with the new production TT, it is 29 centimeters (11.4 in) longer, 6 centimeters (2.4 in) wider and has a 12 centimeter (4.7 in) larger wheelbase; its height is 3 centimeters (1.2 in) less than that of the new TT.

Featuring Mars red paintwork, the body is a statement of powerful elegance: High-precision lines border athletically domed surfaces, and a flat greenhouse is positioned on a powerful body. The design makes use of the Audi TT’s formal idiom to develop a new sporty and elongated sculpture that is highly taut.

The distinctive horizontal lines at the front end of the new Audi TT Sportback concept reinforce the broad and sporty look. Bearing the quattro badge on its lower edge, the Singleframe grille is flatter and wider than on the two‑door coupe and features a honeycomb grille insert with a resplendent dark aluminum look.

The lateral borders of the Singleframe are continued across the hood as swage lines, giving it a sporty contour. Typically for Audi, the design forms a coherent whole, with all the lines and surfaces of the show car being linked to one another in a logical manner.

The front of the Audi TT Sportback concept has another characteristic feature in the form of the large, striking air inlets. Framed by pronounced edges, the air inlets have the look of individual structures and feature honeycomb inserts that fill their interior. A third, flat inlet underneath the Singleframe connects them to each other. The blade that gives the Singleframe structure sharpens the look of the show car whilst boosting the aerodynamics.

Another typical TT design feature are the newly designed headlights with separators that demonstrate a unique daytime running light signature. On the Audi TT Sportback concept, the high-beam spot is provided by laser technology – in each headlight, a module comprising four powerful diodes generates a beam of light that illuminates several hundred meters. The laser spot, which is activated at 60 km/h ( 37.3 mph) and above, supplements the LED high beam. For the driver, this is a significant boost to visibility and safety; a camera is used to detect and blank out other road users.

The lighting concept is rounded out by the indicator with a dynamized display that is also used in the LED rear lights. It comprises a series of individual diodes that light up one after the other from the inside to the outside, indicating the direction selected by the driver.

The side view of the four-seater show car is a particularly striking indication of the close relationship between it and the production TT. The Audi TT Sportback concept sits powerfully on the road and features short overhangs. The wide semicircles of the wheel arches, each of which protrudes by 3 centimeters (1.2 in), have a superimposed look. The front semicircle defines the edge of the hood, which runs as a sharp tornado line across the doors and to the rear end.

The trim of the side sill, which connects the wheel arches to one another, also has a broad and sporty appearance. In classic sports car style, the exterior mirrors and their angular housings are positioned on the door top shoulders. The right side part houses the circular filler cap, another classic TT icon.

The strong shoulders of the powerful vehicle body support a low greenhouse that is elongated towards the rear. This is in keeping with the Sportback line as implemented by Audi in its A5 and A7 model series. The flat C‑pillar flows elegantly into the shoulder, and the rear has a compact and sleek look. The highly rounded corners of the rear window are a homage to the original TT.

The rear of the Audi TT Sportback concept is also focused and sculptural, with five horizontal lines emphasizing its width. The one-piece rear lights – which also include vertical separators inspired by the R18 – form independent structures. These are linked to one another by the handle edge of the luggage compartment, which constitutes a powerfully contoured continuous trim. The surface that bears the number plate is located in the shadow of the spoiler lip. The two large elliptical tailpipes of the exhaust system are embedded in the diffuser and linked by a trim.

Interior

The driver and the passengers enter the Audi TT Sportback concept through doors with frameless window panes. The interior fits around them with the precision of a sporty suit. In the interior, the uncompromising sportiness of the Audi TT meets the functionality of a five‑door sedan. This is underlined by slimline applications on the dashboard and doors, as well as a long center console which continues through the entire interior. Handworked seams run along the center console and top shoulder from the front through to the luggage compartment, lending a sporty elegance to the interior. The headlining also features an elegant contour that accentuates the length of the interior. The super sport seats with the integrated head restraints are sharply contoured and highly adjustable.

There is space for two people in the rear, likewise on individual seats with integrated head restraints. They are separated by functional storage compartments and a comfortable armrest. The backrests can be folded down so that large objects can also be stowed in the luggage compartment beneath the tailgate.

The sinewy, taut lines created by the Audi designers in the interior of the show car are closely oriented to those of the production TT. When viewed from the top, the instrument panel resembles the wing of an airplane and the five round air vents are reminiscent of jet engines. The controls for the seat heating, air recirculation, temperature, distribution and strength of the air flow are located on their axes. The omission of the classic air conditioning control panel and the MMI monitor has made it possible to design the instrument panel within a sleek and light architecture that is fully focused on the driver.

The Audi virtual cockpit, the digital instrument cluster, replaces the conventional physical displays and the central MMI monitor. The driver can switch to the 12.3‑inch display at multiple levels in order to view top quality graphics. The system is operated via the multifunction steering wheel or the MMI terminal. The touchpad located on the round rotary push-button is used to enter characters and also processes multiple finger gestures – the driver can zoom in on the map as they would on a smartphone.

In keeping with the character of sporty elegance, the interior of the Audi TT Sportback concept is defined by the use of high-quality materials. The instrument panel and the upper area of the door trims are dark granite gray in color. The door armrests, the center console and the seats see the use of a new soft leather in parchment beige – this is processed for a particularly near-natural look and has a silky sheen. The door top shoulder is upholstered in Alcantara, parchment beige. The seat upholstery features a diamond pattern. The side bolsters of the seats are trimmed with special accent strips in dark gray leather that are fixed with red thread using a special stitching technique.

The instrument panel and the door trims contain decorative surfaces with a dark aluminum look. Further accents in this look are provided by the clasps on the sides of the seats and the trim rings on the air vents. The color and material concept is rounded out by black floor mats made from the rubberized material that also covers the floor of the luggage compartment.

Drivetrain

The 2.0 TFSI engine in the Audi TT Sportback concept captivates with its performance characteristics: It generates 294 kW (400 hp) at 6,400 rpm, with a specific output of 147 kW (200 hp) per liter of displacement. The four‑cylinder engine puts 450 Nm (331.9 lb‑ft) of torque on the crankshaft between 2,400 and 6,000 rpm, with over 300 Nm (221.3 lb‑ft) already available at just 1,900 rpm. The high-performance engine limits fuel consumption to an average of 7.0 liters per 100 kilometers (33.6 US mpg). This equates to CO2 emissions of 162 grams per kilometer (260.7 g/mi).

As a member of the Audi EA 888 engine family, there is a comprehensive package of high-end technology on board for the turbocharged direct-injection unit. The camshaft adjustment on the intake and exhaust sides and the Audi valvelift system, which varies the stroke of the exhaust valves in two stages, ensure good filling of the combustion chambers. At part load, indirect injection complements the FSI direct injection. The exhaust manifold embedded in the cylinder head is an important component of the thermal management. The flow of coolant is managed by a powerful rotary slide module.

In order to generate the high power output, the 2.0 TFSI has undergone profound modifications, including special aluminum pistons with an integrated cooling channel and a crankshaft made from ultra-high-strength forged steel. The crankcase consists of a new, high-strength casting alloy and the cylinder head has been designed for the increased gas flow rate. The turbocharger has also been redeveloped and builds up a maximum relative boost pressure of 1.8 bar. It contains a mixed flow turbine wheel that is noted for its particularly fast start-up performance.

When driving, the four-cylinder unit’s extreme dynamics are breathtaking. The turbocharged direct-injection engine accelerates the Audi TT Sportback concept from 0 to 100 km/h (62.1 mph) in 3.9 seconds, demonstrating excellent response characteristics and running at 7,200 rpm up to the maximum rated speed. The sporty sound is made even more resonant as the load and engine speed increase.

The force of the engine flows into a compact seven-speed S-tronic with a three-shaft layout that performs direct gear changes in a few hundredths of a second. The driver can let the dual-clutch transmission operate in two automatic programs or take control using the paddles on the steering wheel.

Power is delivered to the road via quattro permanent all‑wheel drive. For optimal weight distribution, the hydraulically actuated and electronically controlled multi-plate clutch is located on the rear axle. The quattro drive actively controls the distribution of torque between the axles in milliseconds, thus adding to the car’s dynamic handling.

Chassis

The suspension also reflects the technological expertise behind the Audi TT Sportback concept. The front suspension is based on a McPherson system; aluminum components reduce the weight of the unsprung chassis masses. The four-link rear suspension can process the longitudinal and transverse forces separately.

The large wheels have a 21‑inch diameter and a tire format of 255/30. The four brake discs in 18‑inch format feature a weight-saving wave design.

The Electronic Stabilization Control (ESC) adds the final touch to the handling. A sub-function of the ESC is enabled at the cornering threshold – through minimal application of the brakes at the wheels on the inside of the curve, which are reduced of load, the wheel-selective torque control diverts the drive torque to the wheels on the outside of the curve. For the driver, this means a further boost in terms of neutrality, stability and traction.

Body

The body plays a leading role in the lightweight construction concept of the Audi TT Sportback concept on the basis of the modular transverse matrix (MQB). The entire front section is made from steel. The passenger compartment floor comprises high-strength, hot-shaped steel components which, thanks to their outstanding strength properties, feature thin walls and are correspondingly light. The compartment’s structure, the outer skin, and the doors and lids are made of the classic Audi semi-finished aluminum products cast node, extruded profile and sheet metal.

With its composite concept, the body represents the latest evolution of the Audi Space Frame (ASF). Its hybrid construction ensures that the show car has a low center of gravity – ideal for sporty driving.


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Another Audi, another sedan, another uber-bored manatee face looking at you and another not-sedan name. Damn Germans.

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No way that motor, or even anything close to it in output, makes it into production.

 

Aside from speculation on the TT... this should probably be speculation on the next A4. ... or next A4.5 if they do a "Four Door Coupe"

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Guess I have become dulled to the point of boredom, as I see no difference in this car to what Audi already has out.

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        The 3.0 V6 TDI engine in the new Audi SQ5 TDI combines instant and supreme power with high efficiency. 255 kW (347 hp) and 700 Nm (516.3 lb-ft) – this massive torque is available continuously across a broad range from 2,500 to 3,100 rpm. The V6 diesel accelerates the sports SUV to highway speed in 5.1 seconds on its way to an electrically limited top speed of 250 km/h (155.3 mph). In the NEDC it consumes between 6.6 – 6.8 liters of diesel per 100 kilometers (35.6 – 34.6 US mpg), corresponding to 172 – 177 grams of CO2 per kilometer (276.8 – 284.9 g/mi). The SQ5 TDI is certified according to the Euro 6d-temp emission standard.
      Audi has systematically refined the drive concept from the full-size SQ7 TDI* for the new SQ5 TDI. The 48-volt main electrical system includes an electric powered compressor (EPC) and a mild hybrid system. Energy is stored in a compact lithium-ion battery with an electrical capacity of 10 Ah located beneath the luggage compartment floor. An AC/DC converter connects the conventional 12-volt electrical system.
      New assistant for the turbocharger: the EPC
      The electric powered compressor is the ideal assistant for the turbocharger. It helps out whenever the exhaust gas flow provides too little energy to drive the turbocharger, i.e. when starting off and accelerating in the low-rev range up to 1,650 rpm. High torque is available immediately with no turbo lag whenever the driver needs it, whether starting off, passing or exiting a curve. In everyday driving situations, the early and rapid torque development made possible by the technology keeps revs and fuel consumption low.
      The electric powered compressor is located in the intake air path downstream of the intercooler and close to the engine. If the load demand from the accelerator is high but there is still too little boost from the turbocharger, the EPC comes into play. A compact electric motor with an output of 7 kW accelerates the compressor wheel to 65,000 rpm in roughly 300 milliseconds, producing a relative boost pressure of 1.4 bar.
      Recuperation, coasting and smooth starts: MHEV technology
      The MHEV system (mild hybrid electric vehicle) in the new Audi SQ5 TDI can reduce real-world fuel consumption by as much as 0.7 liters per 100 kilometers. At its core is a belt alternator-starter (BAS) connected to the crankshaft. During deceleration, it can recuperate up to 12 kW of energy. This electrical energy is stored in the lithium-ion battery, from where it is dynamically distributed to the consumers in the electrical system.
      If the driver lifts off the accelerator at a speed between 55 and 160 km/h (34.2 and 99.4 mph), the new Audi SQ5 TDI can, depending on Audi drive select setting and driving situation, either recuperate, roll at idle with the clutch disengaged or coast with the engine off for up to 40 seconds. The BAS restarts the engine the next time the accelerator is depressed, and that noticeably faster and more smoothly than a conventional starter. MHEV technology allows for start/stop operation at a speed of up to 22 km/h (13.7 mph). If the vehicle is equipped with the adaptive cruise control (ACC), the engine restarts while the brake pedal is still depressed as soon as the vehicle in front of the SQ5 TDI begins to move.
      Optimized for supreme pulling power and maximum efficiency: the engine
      This top output version of the 3.0 V6 TDI engine has been further developed and modified in numerous areas. Crankshaft, pistons, connecting rods and oil management have all been specially configured for the more stringent demands. The thermal management system is highly versatile. The crankcase and the cylinder heads have their own cooling circuits, allowing the engine oil to warm up quickly after a cold start. The coolant flow is directed to the oil cooler, the EPC, the BAS and the turbocharger as needed. The large exhaust gas turbocharger with variable turbine geometry (VTG) produces a relative boost pressure of up to 2.4 bar. A sound actuator in the exhaust system gives the TDI a sonorous sound.
      Fast, smooth and efficient: the eight-speed tiptronic
      A fast and smooth-shifting eight-speed tiptronic handles the power transmission. Its lower gears feature short, sporty ratios, while the upper gears are long to reduce revs and fuel consumption. New detailed solutions enable the tiptronic to work effectively with MHEV technology. If the sport SUV is rolling and the engine is idling or shut off entirely, a clutch in the central transmission opens and interrupts the power connection. An electric oil pump enables the tiptronic to engage the gear while coasting that will be needed at restart.
      quattro and sport differential
      Like every S model from Audi, the new SQ5 TDI comes standard with quattro permanent all-wheel drive. In normal driving conditions, its self-locking center differential distributes torque between the front and rear axle in a 40:60 ratio. When slip is detected, the majority of the power is directed to the axle with the better traction. Depending on the driving situation, a maximum of 70 percent can flow to the front or 85 percent to the rear.
      Wheel-selective torque control, an intelligent software function complementing the quattro drive, is active on all kinds of surface. During dynamic cornering, it brakes the wheels on the inside of the curve minimally before they begin to slip. The power is thus directed via the differential to the wheel with the better traction. The sports SUV turns into the curve ever so slightly. Its self-steering behavior remains neutral for a long time, and handling remains stable, precise and agile.
      Customers can also order the SQ5 TDI with a sport differential on the rear axle. It actively distributes the power between the rear wheels during dynamic cornering. The sport differential literally pushes the car into the curve, nipping understeer in the bud. It sends more torque to the outside rear wheel when accelerating out of tight radii to further improve agility.
      Sporty and precise: the chassis of the new SQ5 TDI
      Sophisticated five-link suspension at the front and rear lays the foundation for the sporty driving characteristics of the new Audi SQ5 TDI. Audi also offers optional dynamic steering, which uses strain wave gearing to vary the steering ratio over a very wide range as a function of speed and steering angle. The suspension with damper control comes standard in the new SQ5 TDI. It lowers the body by 30 millimeters (1.2 in) compared with the Q5 with standard suspension. It offers a particularly wide spread between comfort and dynamics.
      Along with the sport differential, engine, steering and tiptronic, the dampers are integrated into the Audi drive select dynamic handling system. With Audi drive select, the driver can vary the function of these systems via multiple profiles. Audi also offers the S-specific adaptive air suspension as another option. It adapts not just the damping but also the body’s trim to the respective driving situation.
      The new Audi SQ5 TDI comes standard with 20-inch cast aluminum wheels and 255/45-series tires. 21-inch wheels are available as an option. There is also a choice of three different 21-inch wheel designs from Audi Sport GmbH. Aluminum six-piston calipers on the front axle grip steel discs with a diameter of 375 millimeters (14.8 in). The black calipers (red optional) sport S logos.
      Convenient and safe: the driver assistance systems
      The new Audi SQ5 TDI offers a broad portfolio of driver assistance systems. The predictive efficiency assistant provides specific tips to help the driver save fuel. Audi active lane assist makes it easier to stay in your lane and can handle some of the steering task in slow-moving traffic.  The distance warning display alerts the driver when the distance to the vehicle ahead drops below a safe distance. These and other functions are brought together in the optional Tour assist package.
      The optional functions rear cross traffic assist, exit warning, collision avoidance assist and turn assist also enhance safety in everyday driving. The same applies to the pre sense systems; Audi pre sense city comes as standard. It warns the driver about pedestrians and vehicles, and if necessary initiates automatic emergency braking within system limits. Park assist, camera-based traffic sign recognition and hill descent control round out the optional features.
      Logical and intelligent: controls infotainment and Audi connect
      The MMI control concept in the Audi SQ5 TDI is easy to understand and features an intelligent free text search function. The natural-language voice control function also recognizes inputs from everyday speech. The third control level is the leather multifunction steering wheel, which is used to operate the driver information system or the optional Audi virtual cockpit. Depending on the setting, its 12.3-inch display shows an S-specific mode centered around the rev counter. Audi supplements this with a head-up display.
      The infotainment lineup in the Audi SQ5 TDI follows a modular concept. At the top is MMI navigation plus with MMI all-in-touch and an 8.3-inch display. A standard component of the top system is Audi connect, which connects the SQ5 TDI to the internet via LTE and provides a WiFi hotspot for the passengers’ mobile devices.
      The Audi phone box connects smartphones to the on-board antenna by near-field coupling and simultaneously charges them inductively using the Qi standard. The Audi smartphone interface brings Apple CarPlay and Android Auto into the car. For particularly discerning hi-fi fans, the Bang & Olufsen Sound System with 3D sound is available.
      Sportily distinctive: the exterior design
      Numerous exterior design details hint at the sporty character of the Audi SQ5 TDI. The bold bumpers feature strongly contoured air inlets up front and a diffuser insert with a honeycomb grille at the rear. The Singleframe grille features double aluminum slats and contrasting trim elements in twilight gray matt. The S logo with red rhombus is used in numerous locations to set additional accents.
      The headlights and rear lights of the Audi SQ5 TDI come standard in LED technology; the dynamic turn signals at the front and rear send unmistakable signals. The exterior mirror housings and the clasp on the diffuser sport a shining, aluminum-look finish. Door trim strips in the body color underscore the sportiness. The exterior color panther black is reserved exclusively for the Audi SQ5 TDI.
      Elegant ambiance: the interior
      The dark-toned interior welcomes the driver and passengers with illuminated door sills bearing exclusive S logos. Contrasting stitching on the leather steering wheel and sport seats conveys a dynamic and elegant ambiance. The S sport seats in leather and Alcantara can be upgraded to fine Nappa leather with rhombus pattern and a pneumatic massage function. Brushed aluminum inlays are standard, with elegant wood applications or an exclusive carbon inlay available as options. The shift paddles on the steering wheel sport an aluminum-look finish; there are stainless steel applications on the pedals and footrest.
      The optional rear seat bench plus in the new Audi SQ5 TDI is split into three segments. Longitudinal and seat back angle adjustment are optional. The luggage compartment has a basic capacity of 550 liters (19.4 cu ft), which can be increased to 1,55sss0 liters (54.7 cu ft) by folding down the rear seat backrests.
      Equipment
      Standard equipment in Germany includes 20-inch cast aluminum wheels in a 5-twin-spoke star design, LED headlights and suspension with S-specific damper control. The eight-speed tiptronic transmission, quattro permanent all-wheel drive, sport seats in leather/Alcantara and a three-spoke, leather-covered multifunction steering wheel are also standard equipment. The new Audi SQ5 3.0 TDI will begin arriving at German dealerships in Summer 2019 and have a base price of 67,750  euros. 
       
      Fuel consumption of the models named above
      (Fuel consumption and CO2 emissions figures given in ranges depend on the chosen equipment level)
      Audi SQ5 TDI
      Combined fuel consumption in l/100 km: 6.8 – 6.6;
      Combined CO2 emissions in g/km: 177 – 172
      Audi SQ7 TDI
      Combined fuel consumption in l/100 km: 7.6. – 7.2;
      Combined CO2 emissions in g/km: 199 – 189
    • By Drew Dowdell
      Previous Page Next Page Audi is expanding its Traffic Light Information system to now include speed recommendations to minimize stops.  Audi is the first manufacturer to launch Green Light Optimized Speed Advisory (GLOSA) in the U.S. 
      GLOSA uses the position of the vehicle and traffic signal information to display a speed recommendation on the dash to reduce the number of stops at red lights.  The distance to the stop, signal timing, and speed limit are all combined to produce an optimized speed.
      Over 4,700 intersections in 13 U.S. metro areas support the technology. 
      Select 2017 and 2018 and newer models use an onboard 4G LTE connection to monitor live traffic signal information. When the light is red, the system will display a Time-to-Green indicator on the dash. 
      In future, this Vehicle-to-Infrastructure (V2I) technology could be used to optimize navigation routing, vehicle start/stop function, and other predictive services to reduce traffic congestion.
      Audi press release on page 2.
      Audi expands Traffic Light Information - now includes speed recommendations to minimize stops
       
      Audi first manufacturer to launch Green Light Optimized Speed Advisory (GLOSA) in U.S. GLOSA provides speed recommendations to minimize stops at red lights and helps reduce driver stress Audi Traffic Light Information (TLI) now available in 13 metro areas HERNDON, Va., February 19, 2019 – Audi of America announced today an expansion of Traffic Light Information to include Green Light Optimized Speed Advisory (GLOSA), another industry first in vehicle-to-infrastructure (V2I) technologies from the brand. GLOSA can provide speed recommendations to Audi drivers of select 2017 and newer models that can assist drivers in catching the “green wave,” helping to reduce the number of stops at red lights.
      GLOSA uses traffic signal information and the current position of a vehicle to display a speed recommendation intended to allow drivers to pass traffic lights during a green interval, in order to help reduce the number of stops at red lights. The distance to stop, the speed limit profile for the area, and the signal timing plans, are all used to calculate the speed recommendation displayed to the driver.
      Survey data from the AAA Foundation for Traffic Safety shows that the average American driver spends nearly 300 hours a year behind the wheel, the equivalent to seven 40-hour weeks at the office. Providing drivers with additional information, such as green light optimized speed advisories, can help reduce anxiety and improve a driver’s comfort during their time behind the wheel.
      “Audi is committed to moving America in many ways, including through the development of industry-leading connectivity and mobility solutions,” said Mark Del Rosso, president, Audi of America. “Not only do vehicle-to-infrastructure technologies like GLOSA benefit drivers today, they’re also the critical steps needed as we continue toward an automated future.”
      In 2016, Audi, in collaboration with Traffic Technology Services (TTS), launched Traffic Light Information, an Audi connect PRIME feature that enables the car to communicate with the infrastructure in certain cities and metropolitan areas across the U.S. Today, more than 4,700 intersections support both the “time-to-green” and GLOSA functionalities. Enabled metro areas include: Dallas, Denver, Gainesville, Fla.; Houston, Kansas City, Kansas; Las Vegas, Los Angeles, New York City, Orlando, Fla.; Phoenix, Portland, Ore.; San Francisco, and Washington, D.C. and northern Virginia.
      “VDOT’s collaboration with Audi, TTS, and other innovative companies leverages the Commonwealth’s data and vehicle-to-infrastructure communications, preparing us for more connected and automated vehicles on our roadways,” said Virginia Secretary of Transportation Shannon Valentine. “We are committed to improving safety, reducing congestion and exploring opportunities to partner with the private sector.”
      Time-to-Green
      Traffic Light Information, an Audi connect PRIME feature available on select 2017, 2018 and newer models, enables the car to communicate with the infrastructure in certain cities and metropolitan areas across the U.S.
      When one of these select Audi models approaches a connected traffic light, it receives real-time signal information from the traffic management system that monitors traffic lights via the on-board 4G LTE data connection. When the light is red, the TLI feature will display the time remaining until the signal changes to green in the instrument cluster in front of the driver or in the head-up display (if equipped). This “time-to-green” information helps reduce stress by letting the driver know approximately how much time remains before the light changes.
      Future iterations of V2I technology could include integration with the vehicle’s start/stop function, optimized navigation routing, and other predictive services. All of these services are designed to help reduce congestion and enhance mobility on crowded roadways.
      Previous Page Next Page
    • By Drew Dowdell
      Previous Page Next Page Audi is expanding its Traffic Light Information system to now include speed recommendations to minimize stops.  Audi is the first manufacturer to launch Green Light Optimized Speed Advisory (GLOSA) in the U.S. 
      GLOSA uses the position of the vehicle and traffic signal information to display a speed recommendation on the dash to reduce the number of stops at red lights.  The distance to the stop, signal timing, and speed limit are all combined to produce an optimized speed.
      Over 4,700 intersections in 13 U.S. metro areas support the technology. 
      Select 2017 and 2018 and newer models use an onboard 4G LTE connection to monitor live traffic signal information. When the light is red, the system will display a Time-to-Green indicator on the dash. 
      In future, this Vehicle-to-Infrastructure (V2I) technology could be used to optimize navigation routing, vehicle start/stop function, and other predictive services to reduce traffic congestion.
      Audi press release on page 2.
      Audi expands Traffic Light Information - now includes speed recommendations to minimize stops
       
      Audi first manufacturer to launch Green Light Optimized Speed Advisory (GLOSA) in U.S. GLOSA provides speed recommendations to minimize stops at red lights and helps reduce driver stress Audi Traffic Light Information (TLI) now available in 13 metro areas HERNDON, Va., February 19, 2019 – Audi of America announced today an expansion of Traffic Light Information to include Green Light Optimized Speed Advisory (GLOSA), another industry first in vehicle-to-infrastructure (V2I) technologies from the brand. GLOSA can provide speed recommendations to Audi drivers of select 2017 and newer models that can assist drivers in catching the “green wave,” helping to reduce the number of stops at red lights.
      GLOSA uses traffic signal information and the current position of a vehicle to display a speed recommendation intended to allow drivers to pass traffic lights during a green interval, in order to help reduce the number of stops at red lights. The distance to stop, the speed limit profile for the area, and the signal timing plans, are all used to calculate the speed recommendation displayed to the driver.
      Survey data from the AAA Foundation for Traffic Safety shows that the average American driver spends nearly 300 hours a year behind the wheel, the equivalent to seven 40-hour weeks at the office. Providing drivers with additional information, such as green light optimized speed advisories, can help reduce anxiety and improve a driver’s comfort during their time behind the wheel.
      “Audi is committed to moving America in many ways, including through the development of industry-leading connectivity and mobility solutions,” said Mark Del Rosso, president, Audi of America. “Not only do vehicle-to-infrastructure technologies like GLOSA benefit drivers today, they’re also the critical steps needed as we continue toward an automated future.”
      In 2016, Audi, in collaboration with Traffic Technology Services (TTS), launched Traffic Light Information, an Audi connect PRIME feature that enables the car to communicate with the infrastructure in certain cities and metropolitan areas across the U.S. Today, more than 4,700 intersections support both the “time-to-green” and GLOSA functionalities. Enabled metro areas include: Dallas, Denver, Gainesville, Fla.; Houston, Kansas City, Kansas; Las Vegas, Los Angeles, New York City, Orlando, Fla.; Phoenix, Portland, Ore.; San Francisco, and Washington, D.C. and northern Virginia.
      “VDOT’s collaboration with Audi, TTS, and other innovative companies leverages the Commonwealth’s data and vehicle-to-infrastructure communications, preparing us for more connected and automated vehicles on our roadways,” said Virginia Secretary of Transportation Shannon Valentine. “We are committed to improving safety, reducing congestion and exploring opportunities to partner with the private sector.”
      Time-to-Green
      Traffic Light Information, an Audi connect PRIME feature available on select 2017, 2018 and newer models, enables the car to communicate with the infrastructure in certain cities and metropolitan areas across the U.S.
      When one of these select Audi models approaches a connected traffic light, it receives real-time signal information from the traffic management system that monitors traffic lights via the on-board 4G LTE data connection. When the light is red, the TLI feature will display the time remaining until the signal changes to green in the instrument cluster in front of the driver or in the head-up display (if equipped). This “time-to-green” information helps reduce stress by letting the driver know approximately how much time remains before the light changes.
      Future iterations of V2I technology could include integration with the vehicle’s start/stop function, optimized navigation routing, and other predictive services. All of these services are designed to help reduce congestion and enhance mobility on crowded roadways.
      Previous Page Next Page
      View full article
    • By William Maley
      Audi is continuing its march forward with electric vehicles by previewing the next model in its upcoming e-tron lineup, the e-tron GT concept. This will become a production model in late 2020, following in the footsteps of e-tron SUV and sportback.
      That's quite the quick turnaround and a lot of that is due to the e-tron GT has the same underpinnings as the upcoming Porsche Taycan. The spec sheet mentions a 96-kwh lithium-ion battery pack and an electric motor for each axle. But the way the electric powertrain is tuned for each vehicle is different. Audi Sport is handling the development and says the e-tron GT will produce a total output of 590 horsepower. This will allow the concept to hit 60 mph in 3.5 seconds and a top speed of 149 mph.
      Range is estimated at 248 miles on the European WTLP cycle - expect that number to drop slightly when the EPA gets their hands on it. The e-tron GT is capable of 800-volt and wireless charging. With the former, Audi claims the concept can get an 80 percent recharge in 20 minutes.
      Similar in size to the A7, the e-tron GT has more of an aggressive look with distinctive sculpting, numerous aero and cooling bits, and large 22-inch wheels. The design does falter slightly when you get to the back. The long taillight and shape of the rear tailgate seem like afterthoughts. The interior design seems slightly restained with the use of screens, only having a few for the instrument cluster, infotianment system, and climate controls. Much of the interior is fitted with eco-friendly materials such as recycled plastics, microfiber, and Econyl yarn.
      Gallery: Audi e-tron GT Concept
      Source: Audi


      New leading role for electric performance: the Audi e-tron GT concept debuts in LA
      Fully electric Audi e-tron GT concept makes global debut at Los Angeles Auto Show Four door Gran Turismo represents future of electric performance for the brand; volume production starts in late 2020 The Audi e-tron GT will make its film debut in Marvel Studios’ Avengers 4, set to be released in theaters summer 2019. INGOLSTADT/LOS ANGELES, November 28, 2018 – Audi e-tron, the third: The brand with the four rings is presenting one of the stars of the 2018 Auto Show in the movie capital Los Angeles. With the electric powered Audi e-tron GT concept a four-door coupe is making its debut as a show car. The volume-production counterpart is set to follow in approximately two years, and the concept will make its film debut in Marvel Studios’ Avengers 4, set to be released in theaters summer 2019.
      The next electric Audi is being launched, following in the footsteps of the Audi e-tron SUV and the Audi e‑tron Sportback slated for 2019. This time with a flat-floor architecture that provides for exciting proportions and a low center of gravity. 434 kW (590 horsepower) ensure performance fit for a sports car. The torque is transferred to the wheels via the quattro permanent all-wheel drive with torque vectoring, as you would expect for such a dynamic Audi. The performance subsidiary Audi Sport GmbH is responsible for subsequently transforming the car into a volume-production model.
      Inspiration drawn from the wind tunnel: design and body
      Flat, wide and with a long wheelbase – those are the proportions of a classic Gran Turismo. And the Audi e‑tron GT concept reflects these with its 4.96-meter (16.3 ft) length, 1.96-meter (6.4 ft) width and 1.38‑meter (4.5 ft) height. The lightweight body of the four-door coupe is manufactured using a multi-material construction. Here you have a roof section made from carbon along with numerous aluminum components and supporting elements made from high-strength steel. The technology for this automobile was developed in close collaboration with Porsche. Design and character are packed full of unmistakable Audi DNA.
      The gently sloping roofline of the e-tron GT concept that extends well into the rear echoes the sportback layout that is the hallmark of the brand. This is however clearly taken forward into the future, pointing the way to the next evolutionary stage of the Audi design language. The cabin that tapers strongly toward the rear stands out compared with current Audi models. Wheel arches and shoulders are sculpted emphatically and, together with the flat floor that is unusual for an electric vehicle, visually underlines the low center of gravity and the dynamic potential of the Audi e-tron GT concept.
      The broad lines and the numerous functional elements of the body as well as the air vents of the wheel arches and the solid rear diffuser emphasize its origins in the wind tunnel. A low drag coefficient that reduces fuel consumption and the low uplift visually characterize the design.
      The sill area between the wheel arches has been drawn way outwards, creating a distinctive contrast with the cabin.  The sill draws the eye to the underfloor area where the battery and thus the energy center of the Audi e-tron GT concept are located. The design of the wheels with their five twin spokes is also visibly aligned to their function. Their dynamic design provides optimum ventilation of the brake disks while also reducing drag. Shod with 285/30 size tires, the 22-inch wheels also make a clear statement when seen from the side.
      The hallmark Audi Singleframe is located in the center of the front section. Compared with the two e-tron SUVs its architecture is much more horizontal. The top half comes with a cover painted in body color. Its surface structure is reminiscent of the typical honeycomb pattern of the grille on the Audi RS models – a visual signal which characterizes the Audi e-tron GT concept as a future product of Audi Sport GmbH. 
      Together with the targeted airflow of the body, large air inlets in the front effectively cool the assemblies, battery and brakes. The hood with its airflow on the surface echoes the brand’s two latest show cars, the Aicon and the PB18 e-tron. It is designed in such a way that the airflow hugs the body, thus reducing undesired swirl.
      The arrow-shaped front section also emphasizes the matrix LED headlights with laser high beam, underscoring the dynamic presence of the Audi e-tron GT concept even while stationary. As already seen with the brand’s current Visions vehicles, the light is also animated here and welcomes the driver with a short function sequence, the wave of light that extends horizontally: a new visual signature that is set to find its way into volume production in future.
      A light strip runs across the entire width of the rear. This strip dissipates at the outer edges, in the actual lighting units, into individual wedge-shaped LED segments. This architecture links the e-tron GT with the volume-production SUV e-tron, making both instantly recognizable even in the dark as Audi electric automobiles.
      The new exterior color kinetic dust – a warm, dark color akin to titanium – comes across as practical without being ‘technoid’ standoffish. Depending on the incidence and movement of the light, it provides significant contrast between the body surfaces. Matte, warm-tinted aluminum elements on the window slot trim and rims emphasize these effects even further.
      Sustainable contemporary feel: the interior
      Four doors, four seats with 2.90 meters (9.5 ft) wheelbase – in the interior the Audi e‑tron GT concept provides a large dose of everyday usability, coupled with a superb quality feel. The functional center of the interior is located at the front left, visibly focused on the driver’s seat. The center console, the large touchscreen in the top section and the line from the door rail and cockpit frame the driver’s workplace, perfectly incorporate the driver ergonomically with the controls and the infotainment of the Audi e‑tron GT. The center console and the freestanding instrument cluster seem to float. Light colors in the top section of the cockpit and the gradually darker gradation through to the floor area create the impression of clear width. Sport seats inspired by motor racing in both rows of seats provide optimum lateral support even while cornering at speed.
      Both the screen of the central instrument and the touchscreen above the center console come with a black-panel look finish. They underscore the large, calm design of the interior with its predominantly horizontal basic architecture. Various layouts are available for the monitors to present the functions depending on the driver’s preference, including virtual instrument dials, easy-to-read navigation maps with information on the range, or various infotainment function menus. They are controlled via the touchscreen with tactile feedback.
      With the concept car the designers have deliberately gone for the consistent use of sustainable materials – a clear statement of contemporary automotive design. Animal-based products are not used at all: the Audi e‑tron GT concept comes with a vegan interior. Sophisticated, synthetic leather is used on the seats and other trim surfaces. Fabrics made from recycled fibers are used on the seat cushions as well as the armrests and on the center console. Microfiber material adorns the headlining and the trim of the window pillars. Even the deep-pile floor carpet is made from sustainable Econyl yarn, a recycled fiber made from used fishing nets.
      With two luggage compartments, the Audi e-tron GT concept offers a great many options for a Gran Turismo. Here it makes full use of its concept advantage as an electric automobile with compact drive units. The rear with its large tailgate offers up to 450 liters (15.9 cu ft) of luggage capacity. Under the hood there is an extra 100 liters (3.5 cu ft) of capacity.
      Performance and range: the drive
      434 kilowatts (590 horsepower) system power – that is an impressive figure for the potential of the all-electric drive. Separate electric motors are fitted to the front and rear axles. In both cases these are permanently excited synchronous motors. They put down the torque onto the road via all four driven wheels – naturally the new Audi e-tron GT concept is also a genuine quattro. An electric quattro to be precise, since there is no mechanical link between the front and rear axle. The electronic control system coordinates the drive between the axles as well as between left and right wheels. That means optimum traction and just the desired amount of slip.
      In future, the vehicle should accelerate from 0 to 100 km/h (0-62.1 mph) in around 3.5 seconds before going on to 200 km/h (124.3 mph) in just over 12 seconds. The top speed is regulated at 240 km/h (149.1 mph) to maximize the range. One feature that not all the competition can match is the option of fully utilizing the drive’s acceleration potential several times in succession. While elsewhere the drive is switched to overdrive for thermal considerations, the Audi e-tron GT concept can provide the driver with the full potential of both motors and the battery thanks to its sophisticated cooling strategy.
      The range of the concept car will be over 400 kilometers (248.5 mi), determined according to the new WLTP standard. The required drive energy comes from a lithium-ion battery with an energy content of more than 90 kWh, which takes up the entire underfloor area between the front and rear axle with its flat design. The decisive advantage of this design is the car’s extremely low center of gravity – comparable with that of the Audi R8 – which in turn decisively benefits dynamic handling. All-wheel steering translates this into a perfect synthesis of sports car-like agility and precision, augmented by superb directional stability.
      The recuperation system increases the range by up to 30 percent on Audi electric vehicles – this is essential even with such a sporty car as the Audi e-tron GT concept. The recuperation involves both the two electric motors and the electrohydraulically integrated brake control system. Different recuperation modes are combined: manual coasting recuperation using the shift paddles, automatic coasting recuperation via the predictive efficiency assist, and brake recuperation with smooth transition between electric and hydraulic deceleration. Up to 0.3 g, the Audi e-tron GT concept recuperates energy solely via the electric motors, without using the conventional brake – that covers over 90 percent of all decelerations. As a result, energy is fed back to the battery in practically all normal braking maneuvers. The wheel brakes are involved only when the driver decelerates by more than 0.3 g using the brake pedal. The Audi e-tron GT concept features high-performance ceramic disks which also operate with multiple extreme decelerations without compromising braking performance.
      Reduces charging times: 800-volt charging system
      The battery in the Audi e-tron GT concept can be charged in several ways: using a cable which is connected behind the flap in the left front wing, or by means of contactless induction with Audi Wireless Charging. Here a charging pad with integral coil is installed permanently on the floor where the car is to be parked, and connected to the power supply. The alternating magnetic field induces an alternating voltage in the secondary coil fitted in the floor of the car, across the air gap. With a charging output of 11 kW the Audi e-tron GT concept can be fully charged conveniently overnight.
      Wired charging is much faster as the four-door coupe is fitted with an 800-volt system. This substantially reduces charging times compared with conventional systems that are currently in use. Thus it takes around 20 minutes to recharge the battery to 80 percent of its capacity, once again providing a range of more than 320 kilometers (198.8 mi) (WLTP). The e-tron GT concept can, however, also be recharged at charging points with lower voltages, providing the driver with access to the entire charging network.
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