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Breakdown of the Ferrari Testarossa: A Famed Spectacle

Breakdown of the Ferrari Testarossa: A Famed Spectacle

The 1984 to 1991 Ferrari Testarossa Sports Car

The Ferrari Testarossa is a famed spectacle of a sports car that was produced from 1984 to 1991 in Maranello, Italy. In Maranello, 7,177 models were produced by the manufacturer. The Testarossa is a 2-door, rear mid-engine sports car. As with most Ferraris, the Testarossa sports a rear-wheel drivetrain in combination with a 5-speed manual transmission. Although the Testarossa isn’t as famous as the F40 or F50, this is still a spectacular sports car.

1957 Ferrari 250 Testa Rossa

The Ferrari Testarossa’s name pays homage to the 1957 Ferrari 250 Testa Rossa. The 250 Testa Rossa was the World Sportscar Champion during its era. In Italian, “Testa Rossa” stands for “Red Head”. The purpose of this lingo is in relation to the red cam covers on the F12 engine. In modern times, some may believe this is disrespectful, but it’s not meant to be – so don’t take it that way.

4.9-Liter Tipo F113 F12 Engine

The Ferrari Testarossa sports a 4.9-liter Tipo F113 F12 engine that produces 390 horsepower and 361 lb.-ft. of torque. This allows the Testarossa to hit 60 mph in 5.2 seconds and 100 mph in 11.4 seconds. The Testarossa can complete a quarter mile in 13.5 seconds. The vehicle weights about 3,766 lbs. and has a top speed of 180 mph. Although these numbers compare to a typical passenger sports coupe in modern times (i.e. BMW M3), these figures were competitive in the 80s and 90s. This car produces a beastly sound from its flat 12 engine that can satisfy anyone’s ears audibly.

The Ferrari Testarossa Sells for $100k to $200k in 2018

Overall, the Ferrari Testarossa is a legendary sports car in Ferrari’s lineup. From it’s unique styling to its powerful flat 12 engine, this car is beautiful. Today, the Ferrari Testarossa is for sale between $100,000 and $200,000 depending on the vehicle, mileage, and other aspects. This car is a dream collectible vehicle for any sports car enthusiast. In conclusion, the Ferrari Testarossa is an amazing feat of engineering from the 80s and 90s.

Lamborghini Huracán: Pope Francis Edition – Signed & Auctioned for Charity

Lamborghini Huracán: Pope Francis Edition – Signed & Auctioned for Charity

Pope Francis Receives Lamborghini Huracán as a Gift

In November 2017, Lamborghini gifted the Pope a beautifully customized Lamborghini Huracán. The event was located at the Pontiff’s Santa Marta residence at the Vatican. The MSRP of a base Lamborghini Huracán is $199,800 USD. On the exterior, this Lamborghini has a papal white paint job with gold accents and stripes. Although Lamborghini intended the gift for the pope, the Pontiff had separate plans.

266th Pope of Catholic Church Since 2013

Pope Francis began his papacy in 2013 and is the 266th Pope of the Catholic Church. His name is chosen in respect to Saint Francis of Assisi. Surprisingly, Pope Francis is the ninth oldest pope to win an election for papacy at 76 years old. Francis was born in Buenos Aires, Argentina with the name of Jorge Mario Bergoglio. If you didn’t know, Pope John Paul II was once seen riding in a Ferrari long ago.

5.2-Liter V10 Producing 573 Horsepower

The Lamborghini Huracán coupe starts at a MSRP of $199,800 in the U.S.. The Huracán sports a 5.2-liter V10 engine producing 573 horsepower and 398 lb.-ft. of torque. To complement the engine, Lamborghini offers a 7-speed automatic transmission with paddle shifters. The Huracán, unexpectedly, has a RWD drivetrain. There is an AWD system that produces 602 horsepower and 413 lb.-ft. of torque as well. The AWD version costs a bit more but comes with 29 more horsepower and 15 more torque.

The Pope Auctions Lamborghini Huracán for Charity


Overall, the Lamborghini Huracán is a stunning feat of engineering. With it’s sporty exterior and a V10 engine, this is a car fan’s dream. Fortunately, for the Pope, Lamborghini was generous enough to provide one as a gift. Instead of keeping it for himself, Pope Francis put the Huracán up for auction to benefit charities. An example of one of the charities is the Pope John XXIII Community Association which fights human trafficking. In conclusion, although the Pope received an amazing gift, he was generous enough to think of others instead of himself.

1950s London Double-Decker Bus: Testing to the Limits

1950s London Double-Decker Bus: Testing to the Limits

Famous London Double-Decker Bus Testing in the 1950s

In 1853, the first double-decker bus was invented in Paris as a horse-drawn omnibus. In addition, the first double-decker with a motor, the Brillie P2, made its appearance in 1906. From there, double-decker buses became a method of transport in a few cities around the world. One of the most known cities for double-decker buses is London. In the 1950s, double-decker buses were undergoing testing to ensure safety and stability on the road. Furthermore, the double-decker bus pushes the limits of engineering.

Stability Testing with 2 Tons of Sandbags

The YouTube video shown below displays the double-decker bus undergoing testing in 1957 in Aldenham, Herfordshire. The stability test is the main feature of the video showing the double-decker bus tilting over. For this test, the commentator mentions 2 tons of sandbags which are strapped to the upper deck. The 2 tons of sandbags represent 30 passengers in testing. Therefore, the purpose of this test is to ensure that the bus will not tilt over under daily driving conditions.

The London Double-Decker Bus Didn’t Tilt Over at 34 Degrees

In the double-decker stability test, the bus is not secure and the only protection devices are 2 rubber buffers. The buffers act to prevent the bus from tilting over if it fails the test. To tilt the bus, a hydraulic ram of 1.25 tons pressure provides the force. In the test, the goal is to ensure the bus will not tilt more than 28 degrees without falling over. Most noteworthy, the engineers take this to the limit as they approach 34 degrees tilt. For your knowledge, this means that the double-decker wouldn’t tilt over even if it were leaning over like the Leaning Tower of Pisa.

The Double-Decker Bus is a Symbol of London


Overall, the double-decker bus is a worldwide symbol of the city of London. The video’s combination of film and music provide an experience that fits the 1950s era. In addition, it is great news that these buses undergo such limit pushing tests. Consequently, this ensures the safety of any passengers aboard the bus. Back in the 1950s, the double-decker buses were stripped down and renovated every 3 years. In conclusion, the double-decker bus is absolutely safer than most people suspect.

2014 Lamborghini Veneno Roadster: MSRP of $4.5 Million

2014 Lamborghini Veneno Roadster: MSRP of $4.5 Million

2014 Lamborghini Veneno Roadster

In 2014, Lamborghini built 9 Veneno Roadsters for a MSRP of $4.5 million USD for their 50th anniversary. The Veneno began production in 2013 thru 2014 in Sant’Agata Bolognese, Italy. The Lamborghini Veneno Roadster was unveiled in Abu Dhabi’s Al Mini Zayed Port. Of all places, it was aboard the Italian aircraft carrier titled Cavour. Since this vehicles a supercar beast, it was only fitting to introduce it in this manner. The Veneno could probably take-off down a runway if it had wings.

6.5-Liter V12 with 740 Horsepower & 509 Lb.-Ft. of Torque

The Lamborghini Veneno sports a 6.5-liter V12 engine that produces 740 horsepower and 509 lb.-ft. of torque. This engine, in combination with a 7-speed semi-auto transmission, is as beast. From 0 to 62 mph, it only takes 2.9 seconds in the Roadster, only 0.1 seconds slower than the base Veneno. This car can stop from 60 mph to 0 mph in only 30 meters. It also has an electrically-limited top speed of 221 mph. In the turning test, this car hit 1.41 Gs… wow.

Exclusive Alloy Wheels & Rosso Veneno Paint

On the exterior, the Lamborghini Veneno has exclusive alloy wheels with a Rosso (Red) Veneno paintjob. Inside, there are 2 bucket seats made of composite woven carbon-fiber upholstery. The combination of the wheels, specialty paint, and interior make this car a shining star. For $4.5 million USD, these parts are standard. As always, Lamborghini tries to provide a top quality, futuristic feel to its specialty models. The Veneno Roadster is basically an open-top spaceship ready to blastoff.

The Lamborghini Veneno Roadster is a Collector’s Dream


Overall, the Lamborghini Veneno is quite an expensive supercar. With a roaring V12, this car is sure to be heard wherever it may go. Hopping inside is similar to being an astronaut preparing for launch. Hitting 62 mph in only 2.9 seconds and a top speed of 221 mph, it is ready for take-off. In conclusion, the Lamborghini Veneno is quite the collector vehicle for any auto enthusiast.

Ferrari Enzo: A Legendary Beast of a Supercar

Ferrari Enzo: A Legendary Beast of a Supercar

Legendary Ferrari Enzo

The Ferrari Enzo, a legendary supercar, is one of Ferrari’s beautifully engineered vehicles. The Enzo is a mid-engine rear-wheel drive model with a beastly V12. The original base price was only $650,000 which is low in comparison to today’s value. As a collector’s vehicle, Ferrari only manufacturred 349 Enzo models. This makes the Enzo rare eye candy for automotive fans worldwide.

6.0-Liter L Tipo F140 B DOHC 48-Valve V12

In the engine bay, the Ferrari Enzo sports a 6.0-liter L Tipo F140 B DOHC 48-valve V12. This motor produces a whopping 650 horsepower at 7800 rpm and 485 lb.-ft. of torque at 5500 rpm. The engine contains an aluminum block and heads as well as a Bosch Motronic ME7.0 Engine-Control System with port fuel injection. On top of this, the Enzo has a 6-speed manual F1 transmission with an automatic clutch and shifting. This is probably a major disappointment for hardcore manual enthusiasts. But, truthfully, a human’s shifting isn’t comparable to the efficiency and speed of a F1 transmission.

Engine Performance on the Track

With the 6.0-liter V12, the Ferrari Enzo can go from 0 to 62 in only 3.7 seconds. Suprisingly, the quarter mile takes only 11.0 seconds. The Enzo’s top speed is around 218 mph but this value was obtained on a drag-limited strip. On the power steering side, the wheel is quick at 2.2 turns. All of these performance specifications come together to create a beast of a machine. When Ferrari released the F50, fans felt torque was too low leading to the increase for the Enzo.

The Ferrari Enzo is Now Worth an Estimated $3,000,000


The Ferrari Enzo, which was initially worth $650,000, is now worth around $3,000,000. In case you don’t know, the Ferrari Enzo is named after Enzo Ferrari, the manufacturer’s founder. Thanks to his dreams, people today enjoy these amazing feats of engineering. With a roaring V12 in combination with F1 parts, the Enzo is a supercar for the road. In conclusion, the Ferrari Enzo is a collector’s dream car and will remain that way for years to come.

The Pfaff Tuning Audi B8 S5 V8: AWE Track Edition Exhaust & Forgeline CF3C Wheels

The Pfaff Tuning Audi B8 S5 V8: AWE Track Edition Exhaust & Forgeline CF3C Wheels

Pfaff Tuning Audi B8 S5 V8

Pfaff Tuning, a luxury tuning company located in Ontario, Canada, has built quite the unique Audi B8 S5. The Pfaff Tuning Audi B8 S5 V8 contains many modifications ranging from a custom exhaust to custom wheels. With this S5, Pfaff shows the world that they know how to properly suit a luxury car. In this article, a breakdown of the car and its components will be the topic of discussion. The YouTube video below shows this vehicle with multiple perspectives including a representation of the exhaust.

Modifications Breakdown

In the Pfaff Tuning Audi B8 S5 V8, there are quite a number of specialty modifications. These modifications include:

  • AWE Track Edition Exhaust
  • Carbonio Intake
  • Forgeline CF3C Concave Wheels (20″ x 9.5″) [Satin Gunmetal]
  • H&R Coil-Overs
  • JH Motorsports Short Shifter

The AWE Track Edition exhaust allows the S5 to fully let out its audacious tone. In the engine bay, the Carbonio Intake adds a pleasant carbon fiber intake box and intake pipe to the engine. The Forgeline CF3C Concave Wheels make the car stand out with perfectly sized wheels and a beautiful Satin Gunmetal finish. In combination with the H&R Coil-Overs, the wheels and suspension work together to properly plant this luxury car. Lastly, the JH Motorsports Short Shifter is the perfect addition to a manual transmission for easier, swifter shifting abilities.

Factory Specifications

From the factory, the Audi B8 S5 contains a 4.2-liter V8 engine. This motor works with Audi’s signature Quattro all-wheel drive to create a beastly machine. The V8 motor produces 354 horsepower at 7,000 rpm and 325 lb.-ft. of torque at 3,500 rpm. With a 6-speed manual transmission, the best option for this model year, you can’t go wrong. The B8.5 and B9 Audi S5 have newer S-tronic transmission which replace manual with a double-clutch paddle shifter system.

The Audi S5 is a Stunning Vehicle


Overall, the Pfaff Tuning Audi B8 S5 V8 is a stunning vehicle. From it’s sporty stance to its engine upgrades, this vehicle is quite unique and powerful. The roar of the V8 with the AWE Tuning Track Edition exhaust shows the audacity of this vehicle. Although Audi did away with the V8, the S5 is still a gem on the road. In the end, this B8 Audi S5 shows why Audi chose the 4.2-liter V8 engine as its partner.

2016 Mercedes-AMG GT Super Bowl XLIX Commercial: Hare vs. Tortoise Showdown

2016 Mercedes-AMG GT Super Bowl XLIX Commercial: Hare vs. Tortoise Showdown

2016 Mercedes-AMG GT Super Bowl XLIX Commercial

In 2015, Mercedes-Benz advertised the 2016 Mercedes-AMG GT during Super Bowl XLIX (49). At the beginning of the 2016 Mercedes-AMG GT Super Bowl XLIX commercial, a hare and tortoise prepare for a showdown race. This race contains basis in the Aesop book titled The Tortoise and the Hare. As anyone would suspect, the hare is the faster creature. But, in this race, just as the book, a series of events alters the outcome of the race.

Hare vs. Tortoise Showdown Begins!

At the starting line, the hare and tortoise line up and a fox releases a bird to signal the start. And, they’re off! The hare looks like a rocket ship blasting down the path while the tortoise struggles to move. To rub it in even more, a snail begins to pass on the tortoise’s left. Eventually, the hare makes it so far ahead he decides to hang out while he waits for the tortoise to arrive a while later.

Mercedes-AMG Factory to Victory

Luckily, for the tortoise, a Mercedes-AMG factory is located within the forest of the race. The tortoise wanders into the factory, awed by the beautiful of the AMG build. From here, the race takes a twist. Launching out of the factory, the tortoise accelerates the AMG GT like a racing pro. After hauling ass down the road, the tortoise hops right over the hare to land in front for the victory. Luckily, for the hare, the car went airborne because otherwise that could’ve ended badly… for the hare.

The Tortoise and the Hare is a Life Lesson Story

The 2016 Mercedes-AMG GT Super Bowl XLIX commercial is great entertainment as well as a lesson in life. This life lesson is that one should not judge a book by its cover. Although it may appear slow, such as the tortoise, that can be a false representation. Unfortunately, for the hare, there were no rules specifying no use of vehicles. So, the tortoise made the right decision to hop into the Mercedes-AMG GT. In conclusion, a tortoise in a Mercedes-AMG GT kicks the ass of a hare… end of story.

Bugatti EB110 SS: 3.5-Liter Quad-Turbo V12 Burnout

Bugatti EB110 SS: 3.5-Liter Quad-Turbo V12 Burnout

Bugatti EB110 Unveiling in the Early 1990s

On September 15, 1991, Bugatti unveiled the EB110 sports car, exactly 110 years after Ettore Bugatti’s birth. The Bugatti EB110 mid-engine sports car was produced by Bugatti Automobili S.p.A. from 1991 to 1995. This car would become the only production model made by Romano Artioli. The vehicle’s assembly occurred in Campogalliano, Italy. During this time, Bugatti went bankrupt. Regardless, in 1992, Bugatti revealed the EB110 SS.

3.5-Liter Quad-Turbo V12 Engine

The Bugatti EB110 SS contains a 3.5-liter quad-turbo V12 engine. This motor produces 611 horsepower and 324 lb.-ft. of torque. With this power, it can hit a top speed of 216 mph. The 0-60 time is only 4.4 seconds while the quarter mile is 12.5 seconds at 119.5 mph. As a 1992 vehicle, the Bugatti EB110 SS sports a 6-speed manual transmission rather than the modern double-clutch setups.

Breakdown of YouTube Burnout Video


The 3.5-liter quad-turbo V12 allows the Bugatti EB110 SS to burnout with ease. In the YouTube video, the EB110 SS can be seen burning rubber. First, the driver hops in and shuts the suicide doors. From there, the engine roars on start-up.
Afterwards, the EB110 SS pulls a burnout as it takes off. From there, the vehicle glides down the road with different angle views. One of the best views is the rear engine bay window where the motor can be seen functioning in motion.

The Bugatti EB110 SS is Currently Worth Over $1,000,000

Overall, the Bugatti EB110 SS is a landmark sports car. From it’s roaring quad-turbo V12 to its sporty design, this car was a step forward in the early 90s. A true Italian sports car, this vehicle is now a collector’s piece. The EB110 SS sells for slightly over 1 million USD on the current market. There are limited vehicles for sale so be sure to snatch one up before their collector value goes up even more. In conclusion, the Bugatti EB110 SS is a beautiful can that can pull one stunning burnout.

Google & Volkswagen: Automotive Quantum Computer Collaboration

Google & Volkswagen: Automotive Quantum Computer Collaboration

Google & Volkswagen Collaboration

Throughout the history of the automobile, different types of technology have seeped into industry. In recent times, a large motion of artificial intelligence and quantum computing are the future. Due to this, Google and Volkswagen are partnering on an automotive quantum computer collaboration. It will start off as a study but with positive results, it may shift the way automobiles compute information. In this article, we will review the concept and the goal of Google’s quantum computing project.

EV Battery Technology, Machine Learning, & Traffic Flow

The reasoning for the Google and Volkswagen partnership is to solve the question of how to apply quantum computers to automobiles to solve fundamental problems. These issues include EV battery technology, machine learning, and traffic flow. Each of these issues need to be addressed to take automobiles to the next level. Quantum computing is a newer concept that’s primary goal is artificial intelligence and simulations. By investigating its use in the auto field, the way people commute may change forever.

Quantum-Mechanical Phenomena

Quantum computers, the new generation of computation, use quantum-mechanical phenomena to perform data operations. The quantum-mechanical phenomena include entanglement and superposition. Both of these concepts are part of quantum physics, one of the most difficult physics subcategories in the world. Quantum computers use quantum-mechanical action which means the power of atoms performs memory and tasks. Yes, actual atoms… the ones you learn about in chemistry.

Era of Quantum Computing Competition

Google is one of the top two quantum computer competitors alongside IBM. Google’s universal quantum computer is exponentially more powerful than silicon-based, conventional systems. With technology like this, Google expects to take the entire world to the next leap in technology. The concepts of entanglement, quantum computing, and superposition are over most people’s heads. Regardless, fortunately for everyone, there are the select few who are able to understand and make use of this science.

EV Battery Technology

Google’s purpose for researching EV batteries is an attempt to increase the efficiency of these batteries. EV batteries are used in mostly all electric vehicles and provide power to the vehicle. These batteries have come a long way through the years but there is still much need for improvement. Current vehicles can make it a few hundred miles before requiring a recharge. The goal is to improve EV batteries to a point that recharging becomes less than half as frequent.

Intelligent Machine Learning

Intelligent machine learning is part of the artificial intelligence realm. The concept of machine learning means that a computer will learn naturally rather than through programming. Basically, as the computer operates, it will attempt to understand certain phenomena and adapt to the situation. This can be from how to handle road obstacles to passenger preferences. With this technology, artificial intelligence computing will be able to handle every day situations without the need for constant alterations by a programmer.

Traffic Flow Research

In Google’s traffic flow research, Google will look at the entire infrastructure of the entire system rather than individual vehicles. Changes to one vehicle may benefit the passengers of that vehicle but that doesn’t resolve the entire issue of traffic as a whole. With this project, Google hopes to resolve traffic around the world. Considerations that Google will take into play include the vehicle and its surroundings. These include barriers, bypass vehicles, lanes, road lines, and other surroundings. In addition, improving traffic flow will also require car-to-car communication through signal waves.

Quantum Computing is the Future


Overall, Google is attempting to take the automotive world into the future with quantum computing. By teaming up with Volkswagen, Google will be able to work with an auto manufacturer to complete its task. It is beginning as a research study and may lead into the next generation of automobiles. Furthermore, quantum computers will be the norm in the near future and now is the time for big businesses to figure it out. In conclusion, quantum computing may be the norm in the years to come.

Nürburgring Nordschleife Accidents: Reason for Modern Warning System

Nürburgring Nordschleife Accidents: Reason for Modern Warning System

Nürburgring Nordschleife Accidents

In early November 2017, the Nürburgring Nordschleife fell witness to an epic accident between many vehicles. While cruising around the track, one driver witnesses an accident occur in front of them. Due to this, he pulls over on the side of the road to offer assistance. By flagging down passing vehicles, he hopes to diminish the risk of additional collisions and injuries. Unfortunately, other drivers were plowing through the turn and many of them ended up colliding with the cars already there. These Nürburgring Nordschleife accidents act as an alert that modern safety measures are necessary at this track.

Nürburgring Driving Regulations

First, to analyze the Nürburgring’s driving regulations, we will take a look at Section 2.4. This section states “The entire Nürburgring, including the hard shoulders, is an absolute no-stopping zone. Vehicles with technical defects are exempted from this rule. Turning back and reversing is also banned on the Nürburgring.” From this statement, stopping is against the rules, unless there are technical defects. But, in reality, this initial accident would’ve probably led to additional accidents regardless. The placement of the damaged vehicles on the track would limit the ability of many other drivers to pass safely.

Who’s To Blame?

So, many may rise the question, why did this man stop? Is he to blame for the additional collisions? In my view, he did the right thing. The current Nürburgring system requires a driver to call a phone number to report collisions. As you can tell, any response by those on the line would not have made it in time to provide proper warning to other drivers. Let alone the fact the track is quite long at 12.9 miles leading to longer response times. This driver made a decisive move to attempt to warn other drivers of the collision risk ahead.

Audis, BMWs, Porsches, and More Collide in Recent Event

In this accident, car after car fly by the cameraman colliding with the vehicles ahead. Audis, BMWs, Porsches, and more were involved in this major chain accident. At one point, an Audi TT can be seen slamming into a BMW that is parked on the side of the track. Even the guy filming had his car join in on this collision when a Porsche spins out and slams right into it. The most important thing in this event is that everyone is not severely injured. Human life is much more important than any of those cars as a car is replaceable, a life isn’t.

Modern Warning System Options

From this catastrophe, concerns about Nürburgring’s handling of accidents comes into play. If Nürburgring were to implement a modern warning system, drivers around the track could be alerted to the danger ahead. This could be handled through audible or visual alarms. An audible alarm could be a siren that blares warning drivers of a collision around the track. A visual alarm could be a light system that is green when safe, yellow when caution is necessary, and red when there is an accident.

Sequence of Collisions on Nürburgring are Avoidable


Overall, the sequence of collisions that occurred on Nürburgring Nordschleife were and are avoidable. Although the track has a set of regulations for drivers to follow to minimize accidents, it is time for a modern warning system. Whether the Nürburgring Nordschleife puts up lights or sirens, either would be beneficial to safety. Although, there is the fact they may never implement a more advanced safety system. In the end, driver safety is the highest requirement at a track and improving safety should be a top priority for this track.

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