What do you get when you outfit a Ford Mustang with a racetrack-ready chassis and a high-revving V-8 engine? The spectacular Shelby GT350, of course. Its muscular proportions are exaggerated by stretched scoops and special splitters to manipulate airflow. Out of the box, the track-focused GT350R is stripped of superfluous stuff such as a back seat and rigged with racing equipment (such as carbon-fiber wheels). Both Mustangs make glorious sounds and put power down with a standard 526-hp naturally aspirated V-8 and a six-speed manual gearbox. While the Shelby is outgunned at the drag strip by the Chevrolet Camaro ZL1 and the Dodge Challenger SRT Hellcat, Ford has heavily transformed its twin snakes for hypnotic high performance.
Blackwell turned his keys over to the museum in Bowling Green, Ky., earlier this month, calling it a "fabulous car, no complaints here." The video above from the museum shows how surprisingly good the Corvette looks, considering all the places it's been.
As for the car itself, it is expected to be a range-extended electric sedan. The country's Ministry of Science, Industry and Technology indicated last year that the debut model will be an electric car with a small gasoline engine as a range extender, likely with a 15-kWh battery and a pure-electric range of 60 miles before the range extender kicks in. The consortium of companies expects a working prototype by 2019 and the start of production by 2021.
Of course, one purpose of any small-engined Chevy Camaro has always been to persuade buyers to purchase a more powerful version, and we acknowledge that the V-6 still feels like a sizable step up from the base turbocharged 2.0-liter inline-four. While we doubt that Camaro V-6 1LE buyers will ever grow tired of the grip generated by this chassis, whether on a road course or an actual road, we suspect many of them may regret not digging deeper for a V-8.
Most people are aware that their car is fitted with ABS, but few know what it does or how it works. Sensors fitted to a car's wheels determine if one is on the verge of locking up under braking. If a wheel does lock, then hydraulic valves release to reduce braking pressure ever so slightly to prevent this happening. In many ways the electronics are performing cadence braking - where the driver pumps the brake pedal to prevent wheel lock. This allows the driver to maintain steering control, which is lost when the wheels are locked.
Power and torque from the Triton V10 were good for 0-60 in 22.4 on the first launch and 19.0 seconds on the second, both measured with the Racelogic timer. Not reassuring but about par for the category. I drove the rig up to about 6,000 feet in the Sierras; then, as the road got narrower and maybe the power got less, I pulled over and enjoyed the view from there.
More to the point, the 2018 model’s numbers beat out four-cylinder rivals such as the Toyota Camry and the Nissan Altima, while essentially matching the Mazda 6’s performance. Still, acceleration is not where the new Accord’s advantages lie.
If your car starts to skid, then you are either going to experience understeer or oversteer. The former is easier to control, and is the most common type of slide, while the latter is trickier to handle, but is still manageable. Read on below to see how you can mitigate each situation.
I would be getting a Thor Vegas, technically a Class A but with “many of the advantages of the smaller Class C.” It's shaped like an A on the outside but rides on a Ford E450 van chassis with a 6.8-liter Ford Triton V10 making 305 hp and 420 lb-ft of torque. It's 26 feet, 6 inches long, 11 feet, 3 inches high (not counting the air conditioner and TV antenna) and 7 feet, 10 inches wide, not counting the mirrors.
Check exterior lights
• Coolers for the differential, engine oil, and transmission