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Mercedes Benz Sls Amg 2014 Vs Ferrari California T 2014

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Get ready to witness an epic battle between two automotive powerhouses – the 2014 Mercedes Benz Sls Amg and the 2014 Ferrari California T. Discover the key differences and similarities between these iconic luxury sports cars that will leave you in awe.

Feature Mercedes Benz Sls Amg 2014 Ferrari California T 2014
Engine 6.2L V8 3.9L V8
Horsepower 583 hp 552 hp
Torque 479 lb-ft 557 lb-ft
Acceleration (0-60 mph) 3.6 seconds 3.6 seconds
Top Speed 197 mph 196 mph
Transmission 7-speed dual-clutch 7-speed dual-clutch
Drive Type Rear-wheel drive Rear-wheel drive
Fuel Economy 15 mpg (combined) 18 mpg (combined)
Weight 3,573 lbs 3,825 lbs
Seating Capacity 2 2+2
Convertible Yes Yes
Front Suspension Double wishbone Double wishbone
Rear Suspension Multi-link Multi-link
Brakes Carbon ceramic Carbon ceramic
Steering Hydraulic power-assist Electric power-assist
Length 182.6 inches 179.9 inches
Width 76.3 inches 75.2 inches
Height 49.3 inches 52.0 inches

Engine

The Mercedes Benz Sls Amg 2014 is equipped with a powerful 6.2L V8 engine, while the Ferrari California T 2014 features a slightly smaller 3.9L V8 engine. Both engines deliver impressive performance and exhilarating driving experiences.

Horsepower

The Sls Amg boasts 583 horsepower, while the California T offers 552 horsepower. Both vehicles provide ample power for thrilling acceleration and high-speed driving.

Torque

With 479 lb-ft of torque, the Sls Amg delivers strong and responsive acceleration. The California T, on the other hand, offers even higher torque at 557 lb-ft, ensuring impressive performance on the road.

Acceleration (0-60 mph)

Both the Sls Amg and the California T can sprint from 0 to 60 mph in just 3.6 seconds, showcasing their exceptional speed and agility.

Top Speed

The Sls Amg has a top speed of 197 mph, while the California T reaches a similar top speed of 196 mph. These supercars are designed for exhilarating high-speed adventures.

Transmission

Both vehicles are equipped with a 7-speed dual-clutch transmission, ensuring smooth and precise gear shifts for optimal performance.

Drive Type

Both the Sls Amg and the California T feature rear-wheel drive, providing excellent handling and a thrilling driving experience.

Fuel Economy

The California T offers slightly better fuel economy with 18 mpg combined, while the Sls Amg achieves 15 mpg combined. However, these vehicles prioritize performance over fuel efficiency.

Weight

The Sls Amg weighs 3,573 lbs, while the California T is slightly heavier at 3,825 lbs. The lighter weight of the Sls Amg contributes to its agile and responsive handling.

Seating Capacity

Both vehicles offer seating for two passengers. However, the California T also provides a small rear seating area, accommodating two additional passengers.

Convertible

Both the Sls Amg and the California T feature convertible designs, allowing drivers to enjoy open-air driving experiences.

Front Suspension

Both vehicles are equipped with double wishbone front suspensions, providing excellent stability and precise handling.

Rear Suspension

Both the Sls Amg and the California T feature multi-link rear suspensions, contributing to their superior handling and ride comfort.

Brakes

Both vehicles are equipped with high-performance carbon ceramic brakes, ensuring exceptional stopping power and fade resistance during intense driving.

Steering

The Sls Amg utilizes hydraulic power-assist steering, while the California T features electric power-assist steering. Both systems offer precise and responsive steering feedback.

Length

The Sls Amg measures 182.6 inches in length, while the California T is slightly shorter at 179.9 inches. Both vehicles have a compact and sporty design.

Width

The Sls Amg has a width of 76.3 inches, while the California T is slightly narrower at 75.2 inches. These dimensions contribute to their aerodynamic profiles and agile handling.

Height

The Sls Amg has a height of 49.3 inches, while the California T stands taller at 52.0 inches. These variations in height can affect aerodynamics and interior space.

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