New models and advanced design
Mercedes-Benz presents the new CLA 2025, a vehicle that replaces the A-Class, standing out for its elegant design and great technological innovation. This model symbolizes the evolution in the high range.
Based on the modular MMA platform, the CLA 2025 offers hybrid and electric versions with high-capacity batteries and fast charging, which improves the vehicle's autonomy and efficiency.
Its four-door coupe style is complemented by an aerodynamic coefficient of just 0.21, optimizing energy efficiency and road performance, a key point within the advanced design.
Mercedes-Benz CLA 2025 and MMA platform
The Mercedes-Benz CLA 2025 represents a technological leap thanks to the MMA platform that supports hybrid and electric motors. This modular base allows great flexibility and updating.
It incorporates an 800-volt electrical architecture with batteries up to 85 kWh, which guarantee ranges of up to 800 km and fast charging of 320 kW, exceeding current industry standards.
This evolution promotes more sustainable and efficient driving without losing the luxury and comfort that characterize Mercedes-Benz in its high-end models.
Aerodynamic design and energy efficiency
The design of the CLA 2025 stands out for a very low aerodynamic coefficient of 0.21, allowing wind resistance to be minimized and energy consumption to be optimized on each trip.
The four-door coupe shape combines sophisticated aesthetics with advanced functionality, improving stability and reducing emissions thanks to greater aerodynamic efficiency.
This design philosophy seeks not only an attractive visual impact, but also a real commitment to sustainability and reducing fuel consumption.
Technology and intelligent systems
Mercedes-Benz integrates the MB.OS operating system, a platform that manages everything from entertainment to security, revolutionizing interactivity in its vehicles. Generative artificial intelligence enhances the driver experience, making each trip unique and personalized.
This advanced system uses leading technologies such as ChatGPT and Google Gemini, facilitating intuitive communication and improving the vehicle's response to user needs.
MB.OS operating system and artificial intelligence
MB.OS is the technological core of Mercedes-Benz, centralizing control of multiple vehicle functions to offer much smarter and safer driving. Its integration with generative AI allows it to adapt to the driver's style and preferences in real time.
This platform also facilitates data management, navigation and entertainment, making the car not only a means of transportation, but an advanced digital assistant on each journey.
By leveraging neural networks and natural language processing, MB.OS creates seamless, natural interaction, improving the user experience and raising the standard of connectivity in the automotive industry.
Advanced assistance and autonomous driving MB.Drive
The MB.Drive system incorporates up to eight cameras and sensors that enable advanced levels of autonomous driving, facilitating the road experience and safety.
With capacities that reach levels 3 and 4 of autonomy, some models such as the S-Class allow you to remove your hands from the wheel in certain conditions, increasing driver comfort.
This technology is also designed to react to different traffic scenarios, promoting assisted driving that prevents accidents and improves travel efficiency.
Remote updates and user customization
Mercedes-Benz offers OTA (Over-The-Air) updates that keep the vehicle always updated without the need for workshop visits, constantly improving functions and safety.
In addition, the system personalizes the experience based on the user's individual preferences, adjusting parameters such as seat configuration, air conditioning and driving profiles.
This dynamic customization allows each ride to be unique and tailored to the driver's needs, reflecting the brand's commitment to innovation and smart luxury.
Sustainable materials and responsible luxury
Mercedes-Benz promotes sustainability with innovative materials that combine luxury and respect for the environment. Its commitment is to offer quality without sacrificing ecological responsibility.
The use of environmentally friendly materials reflects a philosophy that integrates design, comfort and sustainability, maintaining the German brand's standards of excellence.
This evolution in materials shows that luxury can be conscious, betting on new technologies that reduce the environmental impact of each vehicle produced.
Ecological 3D leather and innovative materials
The 3D eco-leather developed by Mercedes-Benz is made from recycled rubber and natural fibers, offering a texture and durability similar to traditional leather.
This innovative material is committed to reducing resources and recycling, supporting sustainability without giving up the elegance and comfort expected in a premium vehicle.
Additionally, 3D eco-leather improves wear resistance, ensuring the interior maintains its sophisticated look for longer, contributing to the durability of the product.
Experimentation with new fabrics and finishes reinforces Mercedes-Benz's position as a pioneer in the application of responsible materials in the automotive sector.
Indoor application of AMG SUVs and sports cars
In models such as the 2025 AMG G63, Mercedes-Benz combines robustness and luxury through interiors upholstered in manufactured leather that guarantee comfort and exclusivity.
These vehicles integrate advanced technologies along with sustainable materials, creating a sophisticated environment that satisfies both aesthetics and high-end functionality.
The use of high-quality leather along with eco-friendly components underlines the brand's commitment to excellence and responsibility in every detail of the interior design.
Innovation in electric mobility and performance
Mercedes-Benz leads electric mobility with a advanced electrical architecture that optimizes the performance and autonomy of your vehicles. The brand is committed to technologies that combine power and sustainability.
This innovation is essential to meet the demands of drivers seeking efficiency, fast charging and outstanding performance without compromising the brand's signature luxury and comfort.
Electrical architecture and high capacity batteries
Mercedes-Benz uses an 800-volt electrical architecture that allows fast and efficient charging, with batteries of up to 85 kWh. This capacity ensures ranges of up to 800 km, adapting to different driving styles.
The architecture optimizes energy management and reduces recharging time, allowing vehicles to be ready for their next adventure in less time, without sacrificing power or performance.
This technical approach positions Mercedes-Benz as a benchmark in sustainable mobility, combining cutting-edge technology with the demand for high standards in safety and comfort.
Future development and optimization center
The Mercedes-Benz development center in Stuttgart plays a key role in the continuous improvement of its batteries and electrical systems, seeking to reduce costs and boost overall performance.
At this facility, innovative materials and sustainable manufacturing processes are experimented with to optimize battery durability and efficiency, paving the way for future generations of electric vehicles.
Thanks to this dedication, Mercedes-Benz ensures that it remains at the forefront of automotive innovation, guaranteeing that its electric cars continue to be synonymous with quality and technological excellence.
