The Coolest Car Ferrari Has Ever Made: The Daytona SP3

TLDRThe Daytona SP3 is an extremely limited production supercar by Ferrari, featuring a V12 engine and a price tag into the millions. With a design inspired by the iconic P4 race car, this car is a modern reinterpretation of the past. The seats are fixed in place, and the pedals and steering wheel adjust to fit the driver. The steering wheel also features touch screens for controlling the infotainment system.

Key insights

🚗The Daytona SP3 is a limited production Supercar by Ferrari with a V12 engine.

🏎️The design of the Daytona SP3 is inspired by the famous P4 race car.

👩‍💻The seats in the Daytona SP3 are fixed, while the pedals and steering wheel adjust to fit the driver.

🖥️The steering wheel features touch screens for controlling the infotainment system.

💲The Daytona SP3 has a starting price of $2.2 million and limited production of just 599 units.

Q&A

How much does the Daytona SP3 cost?

The base price for the Daytona SP3 is $2.2 million, but with optional extras, it can exceed $2.3 million.

How many Daytona SP3 will be built?

Ferrari plans to produce only 599 units of the Daytona SP3 worldwide.

Can I adjust the seats in the Daytona SP3?

No, the seats in the Daytona SP3 are fixed in place. However, the pedals and steering wheel can be adjusted to fit the driver's preferences.

What is the inspiration behind the design of the Daytona SP3?

The design of the Daytona SP3 is inspired by the famous P4 race car from the late 1960s.

What features does the steering wheel of the Daytona SP3 have?

The steering wheel of the Daytona SP3 features touch screens for controlling the infotainment system, including navigation, music, and more.

Timestamped Summary

00:00Introduction to the video

02:14Overview and key features of the Daytona SP3

06:32Detailed explanation of the fixed seats and adjustable pedals and steering wheel

10:07Overview of the steering wheel controls, including the touch screens

11:55Explanation of the gauge cluster screen and its functionality