The Ferrari F12 Berlinetta is the Fastest Model Ever Built
Senduran Bhakthakumaran — March 5, 2012 — Autos
References: f12berlinetta & uncrate
Ferrari is already known for luxury and speed, but the Ferrari F12 Berlinetta takes this reputation even further. The car sports a new space frame chassis and a body made of 12 different types of alloy. The brakes have Active Brake Cooling for easy maintenance, while the transmission is F1 dual-clutch. The best part? This design is the fastest Ferrari ever built.
The Ferrari F12 Berlinetta sports a 6262cc V12 engine that gives birth to a 740 horsepower drive, making it the most powerful road vehicle built by the company. The aluminum body makes the car sturdier, while keeping it lighter and more compact. This vehicle has been engineered, built and tested for copious hours and will be tough to top, even for Ferrari.
The Ferrari F12 Berlinetta sports a 6262cc V12 engine that gives birth to a 740 horsepower drive, making it the most powerful road vehicle built by the company. The aluminum body makes the car sturdier, while keeping it lighter and more compact. This vehicle has been engineered, built and tested for copious hours and will be tough to top, even for Ferrari.
Trend Themes
1. Luxury Sports Cars - The demand for high-end sports cars continues to grow as consumers seek premium experiences.
2. Advanced Automotive Engineering - Developing innovative materials and technologies to improve speed and performance of automobiles is a critical area for investment.
3. Speed Enhancing Technologies - Improving aspects such as transmission, brakes, and engine power will continue to be key areas of innovation for the auto industry.
Industry Implications
1. Automotive Manufacturing - Companies involved in designing and producing high-performance sports cars with advanced engineering are positioned to capture the market demand.
2. Automotive Aftermarket - Specialty shops providing upgrades for high-end sports cars and accessories to improve speed and performance are well-poised for success.
3. Materials Science - Developing new lightweight materials stronger than traditional alloys presents an opportunity for materials science industries to provide novel solutions for high-performance automotive manufacturing.
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