2018 Mercedes-AMG SLC 43 Roadster San Luis Obispo CA

2018 Mercedes-AMG SLC 43 Roadste in showroom

What do you get when you cross a classic sports car with unrelenting Mercedes-AMG® engine power? The 2018 Mercedes-AMG® SLC 43 Roadster, of course! This performance roadster features sculpted muscles and road-hugging bodywork to let you know that it is first and foremost, a racing vehicle, but still manages to show off its luxurious side at the same time thanks to LED lighting, a heat-reflecting polycarbonate panoramic sunroof, and a stylish retractable hardtop that can open in 20 seconds at speeds up to 25 mph.

Take a look below as we explore the performance specs of the 2018 Mercedes-AMG® SLC 43 Roadster and test drive one today here at Alfano Motorcars!



Test Drive the 2018 Mercedes-AMG® SLC 43 Roadster in San Luis Obispo CA

Under the hood of the 2018 Mercedes-AMG® SLC 43 Roadster, you will find a 3.0-liter biturbo V6 engine that is able to reach a horsepower rating of 362 and a torque rating of 384 lb-ft. On top of all that power, the new Mercedes-AMG® SLC 43 Roadster is able to go from 0 to 60 miles per hour in only 4.6 seconds*. The engine is then paired with an AMG®-enhanced 9G-TRONIC automatic nine-speed transmission that delivers smooth gear transmissions and gives the driver the opportunity to shift even quicker when in the paddle-shifted Manual mode. This transmission also comes with DYNAMIC SELECT, which features Comfort, Sport and Sport+ modes of driving to create a daily drive that is right for your individual preferences. Other notable high-performance AMG® features include AMG® Sport Suspension, an AMG® Sport exhaust system, an AMG® Sport Braking System, and an available AMG® RIDE CONTROL Sport Suspension system.

If you would like to see the 2018 Mercedes-AMG® SLC 43 Roadster for yourself, stop by Alfano Motorcars today!

*Stated rates of acceleration are estimated based upon manufacturer's track results and may vary depending on model, environmental and road surface conditions, driving style, elevation and vehicle load.