All articles tagged with #mercedes amg gt
Originally Published 1 year ago — by Jalopnik
A 2016 Mercedes-AMG GT coupe with 98,000 miles is listed for sale in the UK for £36,995 ($47,106), making it one of the cheapest on the market, comparable in price to a new 2025 Honda Civic Type R. Despite its high mileage, the car is in good condition with an extensive service history, offering a rare bargain for a high-performance vehicle.
Originally Published 2 years ago — by Car and Driver
Mercedes-AMG has revealed the 2024 GT coupe, which will be available in two trim levels: the GT55 with 469 horsepower and the GT63 with 577 horsepower. The new GT features standard all-wheel drive and borrows heavily from the latest SL roadster, embracing a more grand-touring approach. It has improved aerodynamics, a larger structure, and increased dimensions. The redesigned GT aims to satisfy customers who want greater practicality without sacrificing performance. It is equipped with a twin-turbo 4.0-liter V-8 engine, a nine-speed automatic transmission, rear-wheel steering, and a semi-active hydraulically linked suspension. The cabin is more luxurious and spacious, with optional fold-down rear seats for extra passengers. The new GT is positioned to compete with the Porsche 911 Turbo and is expected to be priced similarly to the current SL55 and SL63 models.
Originally Published 2 years ago — by The Drive
The 2024 Mercedes-AMG GT retains its hand-built turbo V8 engine but introduces a new back seat, advanced performance technology, and onboard track driving instruction. The second-generation model features a new body structure with optimized materials, allowing for more luggage space and optional two-plus-two seating. The upgraded suspension, active aero, and torque vectoring enhance agility, while the interior offers various configurations with Nappa leather, a digital gauge cluster, and optional head-up display for lap times and virtual driving instruction. The 2024 Mercedes-AMG GT will be available in the first half of next year, hinting at future high-performance models.