Thunderfunk
Ready to race!
I really don't care for the styling of the new Corvette at all but everything else is impressive.
I think Chevys done a great job capturing the corvette essence, but they're almost straying away from the raw nature that it used to be. Much like is mentioned in the articles, there's just too much going on and a lot of gimmicky technology that really takes away from the connection. I like the drive modes, but different screens per mode? A little much.
Yep... and it continues... The new gen vettes always puts current gen Porsches to shame in most aspects. But... you will always have badge (VAG) humpers.
I never considered Vette as raw. Unlike Viper, which was created with a premise of a modern day Cobra, with Cobra's character to match. Vette has always been sort of an advanced sportscar made in USA. It featured independent suspension since C2. Fuel injected engine when carbs are the norm. Fiberglass bodywork, disc brakes. C4 had electronically adjustable dampers, ABS, traction control...etc. IMO it was always supposed to be as good as what the competition offers.
Subjective in my eyes.
I never thought the Vette was "leading the way" in technology, until this C7 where its, to me, being perceived as a Technology Increase to human interface. Less raw, more refined.
I never had a single bit of curiosity for the Vette until now.
Electronic Throttle Control (ETC)
The 1997 LS1 is GM’s first passenger car engine with ETC. ETC allows engineers to tailor throttle progression to meet a vehicle’s character. For Corvette, engineers tuned the throttle to match the sporty character of the car providing responsive acceleration through all rpm ranges. ETC also integrates cruise control, brake torque management and traction control to a single controller. Gone is a bushel of hardware, improving Corvette’s underhood appearance and reducing mass.
Selective Ride Control
Introduced on the 1989 Corvette, Selective Ride Control represented a first for any American-built car. The system, available on the 1997 Corvette as Selective Real Time Damping (RPO F45), allows the driver to adjust shock absorber damping between Tour (smooth ride), Sport and Performance (ultimate handling) modes. The automatic damping system reads the road surface and performs instantaneous changes to suspension damping. Corvette is still the only Chevrolet to offer Selective Real Time Damping, although some European cars and race cars offer similar technology.
Traction Control
Designed to work with anti-lock brakes, Traction Control provides improved acceleration and enhanced vehicle stability in all weather conditions. Traction Control was introduced as standard equipment on the 1992 Corvette, and has since been offered as an option on Camaro Z28.
Four-Wheel Disc Brakes
Two major events marked Corvette history during model year 1965. First, sales of 23,562 set a new Corvette record. Second, Corvette featured four-wheel disc brakes for the first time in any domestic American car. Today, many performance cars requiring added stopping power feature either standard or optional four-wheel disc brakes. Corvette’s braking system for 1997 includes not only four-wheel discs, but incorporates four-wheel ABS and Traction Control as well.
Anti-Lock Brakes
Before they debuted on the 1986 Corvette, anti-lock brakes were previously unavailable on Chevrolet vehicles. Today, all Chevrolet Passenger Cars and Light-Duty Trucks offer anti-lock brakes as either standard or optional equipment.
PASS-Key Theft-Deterrent System
Corvette pioneered the use of PASS-Key, originally known as VATS (Vehicle Anti-Theft System) on Chevrolet passenger cars. The system, introduced in 1986, relied on a pellet embedded in the ignition key. If an improper key was used, the system cut off the starter and the fuel injectors, immobilizing the Corvette. The VATS system is credited with reducing Corvette thefts by 45 percent in the first year alone. Theft-deterrent systems are common among many Chevrolet passenger cars today, including a new system called PASSLock on some Chevrolets that offers similar protection without the need for a key-mounted resistor pellet.
Hydroformed Frame Rails
Corvette features a perimeter frame with side rails manufactured out of seamless tubular steel. These side rails are “hydroformed” – pressed into shape by a high-pressure hydraulic press developed by GM. Corvette’s rails represent the largest single hydroformed parts being used in an automotive application. Today’s rails are an improvement over traditional designs because they are seamless. (Former Corvette rails were constructed of 14 individual pieces per side which were welded together.) Corvette’s underbody structure technology employs MIG (Metal Inert Gas) laser welding, performed by skilled craftspeople, instead of robotic spot welding.
Some thought on the whole tire temp compensating thing. This means if you run something other than the stock tires, the system probably won't work as it should....I am guessing they have ways of measuring internal temp from the TPMS thing, but they probably have a model that correlates that to the actual carcass temp. Going to a different tire will change that correlation...
It's a long list. The corvette was always GM's technology showcase.
Top gear tends to hate on corvettes... always have.
And to be honest I don't expect this corvette to be all that faster than the last gen. It gained almost 200lbs over the last gen, and doesn't have extra power to back it up.
I do hope they brought the refinement levels up, if they made the car a nicer ride it would justify the additional weight over the last gen.