MERCEDES-BENZ CLE CABRIOLET (2024-) AMG CLE53 4MATIC+ 2DR CABRIOLET 3.0 MHEV 471 GPF SS EU6 PREMIUM 9G-T+ AUTO

The Mercedes-Benz CLE Cabriolet (2024-) AMG CLE53 4MATIC+ 2DR Cabriolet is a luxury convertible renowned for its stylish design, exhilarating performance, and premium features. Positioned in the UK market as a high-end sports convertible, it offers a sophisticated driving experience ideal for those who enjoy open-top motoring with comfort and advanced technology. This model is particularly suited for affluent buyers, car enthusiasts, or individuals who appreciate a blend of luxury and sporty agility, making it perfect for leisurely drives, special occasions, or even daily commuting in style. What makes the Mercedes-Benz CLE53 stand out in its class is its powerful 3.0-litre mild hybrid engine, delivering a robust 471 horsepower, combined with the latest 4MATIC+ all-wheel drive for superb handling. Its premium features, paired with the sleek convertible design, ensure a refined yet exciting driving experience. When compared to rivals, the CLE53 is well-regarded for its combination of luxury, performance, and advanced safety technology, making it a top choice for discerning drivers who seek more than just transportation. With a high average private sale value of around £61,530, this model reflects its premium status and desirability. If you're considering a luxury convertible that embodies style, power, and comfort, the Mercedes-Benz CLE Cabriolet (2024-) AMG CLE53 is definitely worth exploring.
average use
average use
mycarcheck
The data indicates that 100% of the most recently recorded mileage readings for the Mercedes-Benz AMG CLE53 Cabriolet (2024-) are within the 0 to 10,000 miles range. This suggests that all vehicles of this model in the sample are relatively new or have low mileage, which could be an attractive point for buyers seeking a nearly new vehicle.
vehicle values
vehicle values
mycarcheck
The data indicates that a Mercedes-Benz AMG CLE53 Cabriolet (2024) with a private sale valuation in the range of £61,000 to £62,000 is considered to be priced at 100% of its assessed value. This suggests that, within this sample, private sellers are typically offering this vehicle at its full estimated market value, reflecting a stable valuation for this model in the current UK market.
production years
production years
mycarcheck
The data indicates that all vehicles in the sample of the Mercedes-Benz CLE Cabriolet (2024-) AMG CLE53 4MATIC+ are manufactured in 2025, comprising 100% of the sample. This suggests that, at present, the model's production has predominantly been in the year following its initial release, which may reflect recent manufacturing trends or the timing of vehicle registration and availability.
colour popularity
colour popularity
mycarcheck
The data indicates that all sampled vehicles of the Mercedes-Benz AMG CLE53 Cabriolet (2024-) are painted in black, accounting for 100% of the sample. This suggests that black is the exclusive or most dominant colour choice for this particular model in the dataset, highlighting a strong preference or standard for this colour in the current market or manufacturer offerings.
ownership cycle
ownership cycle
mycarcheck
The data indicates that all of the sampled 'MERCEDES-BENZ CLE CABRIOLET (2024-) AMG CLE53 4MATIC+ 2DR CABRIOLET 3.0 MHEV 471 GPF SS EU6 PREMIUM 9G-T+ AUTO' vehicles have only one registered keeper each. This suggests a high level of ownership stability and potentially indicates that these vehicles are relatively new or that owners tend to retain them for a longer period. Such consistency in registered keepers can be a positive indicator for prospective buyers interested in well-maintained, singly-owned vehicles.
engine choices
engine choices
mycarcheck
The data indicates that all Mercedes-Benz AMG CLE53 Cabriolet models (2024-) are equipped with a 3.0-liter engine and utilize hybrid electric power exclusively. This suggests a consistent adoption of hybrid technology and a standardized engine capacity across this vehicle model, reflecting a uniform approach to performance and environmental considerations within this model range.