Remember the Renault DeZir sports coupe concept from the 2009 Frankfurt Motor Show? If you don't, you can refresh your memory here, but in short, the two-seater study herald the French firm's new and more curvalicious design strategy on a sports car. Fast forward to today, and Renault has unveiled a new concept model called the Captur, which applies the DeZir's design philosophy on a three-door small crossover with a removable hardtop.The Captur will receive its world premiere at the upcoming Geneva Salon.
“It takes as its basis the fundamental design language introduced on the DeZir concept car but adds a more technical dimension – more functional but still highly sensuous," said Renault's director of concept cars, Axel Breun,
The French firm said that for the exterior designer, the main sources of inspiration were athletes and radical sports with styling references to equipment such as helmets, gloves and other protective gear.
The Captur, which is close in size to alliance partner Nissan’s Juke, is crafted from carbon fiber and features a removable hardtop that allows it to transform from a coupe to a convertible crossover. Other highlights include the butterfly doors and extra-large tires fitted to 22-inch black and white rims.
The colorful and futuristic-looking interior that can seat four passengers features fluorescent highlights picked out by a constant stream of light. "My main sources of inspiration were the human body, outdoor sports and urban styling," explains the colour and trim designer, Kana Watanabe. "I wanted Captur to radiate warmth and dynamism."
Power for the Captur comes from a 1.6-liter twin-turbocharged diesel engine concept with 160HP, developed from the new Energy dCi 130HP that will eventually replace the firm's current 1.9 dCi unit. The oil-burner is paired to a dual clutch EDC gearbox, and according to Renault, it emits less than 99g of CO2 per kilometer.
The Captur also comes with numerous technological advancements including a new RX2 mechanical self-locking differential and the Visio-System with a forward-facing camera mounted at the top of the windscreen providing driver-assistance functions.
Nearly 3 months after the start of production of the standard LFA, Lexus will debut the more track-focused Nürburgring Edition at the Geneva Motor Show in March. While we've known about the bespoke version of the LFA since May, 2010, according to the Japanese automaker, this is the first time that the supercar will be shown in public.
Available as a special package on the options list, Lexus will build a maximum of 50 Nürburgring Editions out of a total of 500 LFAs. The limited production model gets additional aerodynamic features and technical revisions to improve handling and downforce, increases the V10 engine output by 10bhp to 562bhp and speeds up gear shifts in the six-speed sequential transmission.
In the United States, the Nürburgring package is priced at $70,000 while a Matte black finish carries an additional cost of $20,000. The MSRP of the standard LFA is $375,000.
When Hyundai launched the i30 small car on the Australian market, it marked the end of not only the Excel/Accent lineage down under but also the end of the automatic T-shifter. The Accent, a subcompact design available in either a four door sedan or five door hatchback body style, was the last car sold here to feature the venerable (if archaic) T-shaped automatic gear stick.
The T-shifter was born in the 1960s, as American automakers moved away from the steering column mounted automatic and towards a system that reduced complexity and design differentiation between its automatic and manual models. As the ‘80s moved into the ‘90s, automakers - for whatever reason - moved away from the T-shift and toward the semi-ubiquitous, upright “drumstick” shifter.
It seems that the T-shifter is back, at least for one car. The new Audi A8’s ergonomically friendly, chunky automatic gear shift has that distinct T-shaped that many of knew and loved from the pre-‘90s. Some bloggers believe that the automotive behemoth’s unique choice of shifter will influence other carmakers to return to the classic T. Personally, I’m not convinced. Feel free to leave your comments below if you disagree, or have some fond T-shifter memories to share.
A few things happened in the past 24 hours that grind my gears on the subject of Toyota Motor Corp.'s "unintended acceleration" saga. The first thing that ticked me off were some smart-ass headlines for the findings of NHTSA-NASA study from the same sources that were bashing the Japanese company with Daily Mirror-like titles a little over a year ago. That's something like looking at the mirror and saying who's the dummy now... No need for further explanations on that.
The other is that, Toyota, its PR associates and even some news sites / blogs are focusing on the software-related findings and either leaving outside or playing down the two mechanical defects - a.k.a. the “sticking” accelerator pedals and a design flaw that enabled accelerator pedals to become trapped by floor mats. These defects lead to some 8 million vehicles being recalled in the United States alone.
Yes, the study by NHTSA and NASA found no evidence for electronic-based cause for unintended high-speed acceleration, but that doesn't mean Toyota is innocent for the rest of the sudden acceleration-related issues nor for neglecting to notify the government agency of the sticky pedal defect for more than four months after the company found out about it.
By John Halas
[From NHTSA]
Timeline of Major Events
- March 29, 2007: NHTSA opens a preliminary investigation into pedal entrapment on MY’07 Lexus ES350 models based on five consumer complaints alleging three crashes and seven injuries. The all weather floor mat is identified as the possible cause of these incidents.
- July 26, 2007: A fatal crash occurs in San Jose, CA involving a ‘07 Camry in which the driver suffers serious injuries and the driver of the struck vehicle is killed. The incident also appears to have been caused by a pedal trapped by an all weather floor mat.
- September 13, 2007: After determining the fatal San Jose crash was caused by floor mat entrapment, NHTSA tells Toyota a recall is necessary.
- September 26, 2007: Toyota recalls 55,000 floor mats in ’07 and ‘08 Camrys and ES350s.
- August 28, 2009: A fatal crash occurs in Santee, CA, involving a loaner ’09 ES350. The vehicle is found to have an all weather floor mat from another Lexus vehicle. Investigators find that the vehicle’s previous driver had reported an entrapment incident to the dealership.
- September 25, 2009: NHTSA meets with Toyota and tells the company that the floor mat recall is insufficient and the agency expects a recall for the defect in pedal design. Three days later, Toyota tells NHTSA the company will recall the gas pedals.
- October 5, 2009: Toyota recalls 3.8 million vehicles for pedal entrapment by floor mat and sends an interim letter to consumers telling them to remove floor mats. The defect remedy involves gas pedal reconfiguration, floor pan/carpeting revisions, and ‘brake pedal override’ software for vehicles with keyless ignition.
- December 15, 2009: NHTSA officials meet with Toyota executives in Japan to explain NHTSA’s defect recall process and underscore Toyota’s obligations under U.S. law to find and report defects promptly. Toyota commits to making improvements.
- January 16, 2010: Toyota informs NHTSA that certain CTS-brand pedals may have a dangerous ‘sticking’ defect. NHTSA calls an in-person meeting on January 19.
- January 19, 2010: At the meeting, Toyota provides field reports on sticky pedal incidents, and NHTSA tells Toyota the agency expects prompt action. Toyota informs NHTSA several hours later that the company will issue a recall.
- January 21, 2010: Toyota recalls 2.3 million vehicles for the sticky pedal defect.
- January 27, 2010: At NHTSA’s urging, Toyota expands its pedal entrapment recall to cover an additional 1.1 million vehicles.
- February 16, 2010: NHTSA launches an official probe into the timeliness and scope of the pedal entrapment and sticky pedal Toyota recalls.
- March 30, 2010: At the request of Congress, the U.S. DOT announces two studies into unintended acceleration. One looks at possible electronics causes for unintended acceleration in Toyotas; the other examines unintended acceleration and the safety of vehicle electronics across the automotive industry.
- April 5, 2010: NHTSA demands the maximum, $16.375 million, civil penalty on Toyota for its failure to notify the agency of the sticky pedal defect for more than four months after discovering it. Auto manufacturers are legally obligated to notify NHTSA within five business days of determining that a safety defect exists. Toyota pays the full fine on April 19.
- December 20, 2010: Toyota agrees to pay the maximum $16.375 million civil penalty as the result of another NHTSA investigation into whether their recall of 5.5 million vehicles for pedal entrapment was conducted in a timely manner.
Hyundai and Rhys Millen Racing (RMR) go back a long way and their partnership has been further cemented at the 2011 Chicago Auto Show with the unveiling of the Veloster rally car which is powered by a specially tuned four-cylinder turbocharged engine capable of 500-horsepower and 600 lb.-ft. of torque.
A production version 2012 Veloster provided the base for the competition model, which was built by twelve RMR employees. The hatchback was stripped to bare metal and had its chassis stitch welded, increasing structural rigidity. In order to keep the weight down, Millen’s crew replicated many standard body panels out of carbon/Kevlar, such as the hood, doors, quarter panels, front and rear fascia. The finished product tips the scales at just 2,656 pounds or 1,205 kg.
An additional rear wing increases downforce, while the custom suspension allows for a lot of travel, needed for the typical rallycross jumps. Stopping power is provided by 14-inch front and 12-inch rear Alcon rotors with six piston calipers, complemented by custom built 18-inch HRE alloys, wrapped around in 245/40 Hankook racing tires.
The interior has been stripped of all comfort features and fitted with eight-point safety cage, firewall and Sparco racing buckets.
A total of three cars will be built, the first of which will be raced by Rhys Millen himself in the 2011 U.S. Rallycross Championship. A second all-wheel drive model will be shared between rally champion Marcus Dodd and world record freestyle motorbike rider Robbie Maddison at the Summer X Games, while a third one will compete in the 2WD class of the U.S. Rallycross Championship, with celebrity drivers at the wheel.
HYUNDAI VELOSTER RALLY CAR
Curb weight: 2,656 pounds
Engine: Hyundai 500-horspower four-cylinder turbocharged
Transmission: Xtrac six-speed sequential
Transfer case: Xtrac four wheel drive
Front and rear differentials: Xtrac
Suspension: Proflex jumbo coil over
Front Brakes: 14-inch Alcon rotors with 6-piston Alcon calipers
Rear Brakes: 12-inch Alcon rotors with 6-piston Alcon calipers
Wheels: 18 x 8.5-inch HRE Tires: 245/40-18 Hankook racing tire
Seats and harnesses: Sparco
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