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BMW M Models to Release as Electric Vehicles (EVs)

BMW M Models to Release as Electric Vehicles (EVs)

An Electric Future for BMW M Models

“For sure, all M vehicles will be electrified by the end of the next decade.” – Frank van Meel (BMW’s M Chief)

In recent years, auto manufacturers are moving towards electrifying their lineups. Not surprisingly, BMW must hop on the bandwagon at some point. BMW M models will release as electric vehicles at some point in the next decade. The quote above is a statement from Frank van Meel at a press conference to CarAdvice journalists. So, expecting an electrified M2 or M5 may not be a crazy thought. Either way, electric vehicles (EVs) are the way of the future. So, hopping on board is a requirement for most manufacturers at some point.

A Step-by-Step Process for BMW

2018 BMW M2 - Front - PAS 2018 - EuroDrift

2018 BMW M2 – Front – PAS 2018 – EuroDrift

Below, a quote by Frank van Meel can be seen discussing a step-by-step process. For BMW, the BMW M model lineup will change with the right technology. Currently, BMW is working on its own hybrid technology. Astonishingly, BMW is designing its own electric motor, gearbox, and platform, from scratch. This is occurring while BMW is working on its fifth-gen architecture that’ll include powertrain options. But, BMW M is not in a rush to electrify the lineup. The BMW M division will await its own “better” technology.

“That’s going to happen step-by-step. The important question is the timing question – what’s the right time for that? If you’re too late then you’re too late, but if you’re too early then you don’t have the ‘straight to the point’ technology.” – Frank van Meel (BMW’s M Chief)

Dissatisfaction with Electrical Components

2018 BMW M4 - Front - PAS 2018 - EuroDrift

2018 BMW M4 – Front – PAS 2018 – EuroDrift

One of the main reasons that the BMW M model lineup is not electrified is the components themselves. Below, Meel can be seen showing disappointment with electrical components. From his perspective, they are quite heavy which will effect weight and power-to-weight ratios. This will obviously lower the overall performance of the vehicle… but maybe not. BMW should look to Tesla for an understanding of EV technology. Why? Because Tesla has a sedan that can reach 60 mph in under 3 seconds. That is faster than most sports cars, including Ferrari and Lamborghini. So, electrical component weight is a poor reason for not advancing the fleet.

“Look at today’s electrification components, they are quite heavy and, for us as a motorsports company, overall vehicle weight and power-to-weight ratio is key.” – Frank van Meel (BMW’s M Chief)

The EV Future of BMW

Why BMW is Going All in With Electric Cars – Bloomberg – YouTube

In the future, within a decade, BMW M models plan to release with electrification. Regardless, by 2025, BMW plans to offer 40% electric powertrain models to the market. Electric vehicles are a growing trend and the way for the future. The beautiful sound of engines will be missed, but just as everything else, things change. It is time for the world to accept the future of the automobile. Performance and respect to the environment are both obtained with EVs. In conclusion, BMW is joining the ever-growing EV market with its models, one by one.

2018 BMW X2 - Front - PAS 2018 - EuroDrift

2018 BMW X2 – Front – PAS 2018 – EuroDrift

Lotus Type 130: The UK’s 1st All-Electric Supercar

Lotus Type 130: The UK’s 1st All-Electric Supercar

Lotus Ends 10-Year Hiatus with All-Electric Supercar

“Type 130 will be the most dynamically accomplished Lotus in our history.” – Lotus CEO Phil Popham

In the current decade, Lotus has been sitting by the sideline with no clear plans for a new vehicle. But, this changes with a new major announcement. The Lotus Type 130 will be the company’s 1st vehicle in the last decade. It will also be the United Kingdom’s 1st electric supercar. So, with this, not only does Lotus plan to break the 10-year hiatus, they also plan to be the first electric supercar from the U.K. The car made its debut at Auto Shanghai 2019 with an expected sale date in 2020. And, for those that don’t know, this will be the first car since the Geely buyout. Geely is a Chinese car manufacturer that also owns Lynk & Co. plus Volvo.

What Engine? How Much Power? Sadly, Not Enough Details!

So, after reading about the Lotus Type 130 all-electric supercar, a question lingers on… what engine and how much power? Well, currently, there’s enough information to elaborate on this topic. Obviously, being an all-electric vehicle (EV), this car should not have any combustion power at all. So, it will most likely sport multiple electric motors. These motors will most likely drive individual wheels, or the front and rear separately. This is the usual design for these types of vehicles. And, a battery compartment will be necessary, probably in the front or rear hood where space was previously in use by a gasoline motor.

Lotus Sets High Expectations for Upcoming Model

Introducing the Lotus Type 130 – Lotus Cars – YouTube

With the Lotus Type 130 all-electric supercar, the manufacturer sets a goal of high expectations. Being the first fully electric supercar from Britain is an accomplishment. Rolls-Royce may not be in the market, but Bentley definitely could be. Bentley builds some great luxury vehicles and will probably try to offer an electric Continental at some point. If not, they’re slacking on the upcoming decade of EVs. But, only time will tell, as not enough info is currently available. Overall, Lotus is coming back from their hiatus and people are looking forward to it!

Aston Martin Rapide E: The 1st Fully Electric Aston

Aston Martin Rapide E: The 1st Fully Electric Aston

The Aston Martin Rapide E is Fully Electric!

For Aston’s 1st all-electric model, the company chose the Rapide. Hence, the birth of the Aston Martin Rapide E came to be. This fully electric vehicle is a beast, regardless of not including the typical V12. The company engineered the Rapide E with an 800-volt battery system. So, it definitely does not lack in capabilities. And, to make it even more stunning, the company enhanced the exterior with optimal styling and newly designed aluminum wheels. Furthermore, this Aston includes all three driving modes: Agile, Controlled, and Beautiful Balanced Drive. So, even though the V12 spirit may be missing, it still drives the same! (At least, theoretically!)

Aston Martin Rapide E - Side - Manufacturer Picture - EuroDrift

Aston Martin Rapide E – Side – Manufacturer Picture – EuroDrift

800-Volt Battery System & Electric Motors

Aston Martin Rapide E - Powertrain Diagram - Manufacturer Picture - EuroDrift

Aston Martin Rapide E – Powertrain Diagram – Manufacturer Picture – EuroDrift

The AM Rapide E sports an 800-volt battery setup with two electric motors at the rear. Firstly, the 800-volt battery system boasts carbon fiber and Kevlar casing. Furthermore, it has a 65-kWh capacity. And, where there used to be a V12, there’s now over 5600 lithium-ion 18650 format cylindrical cells in a bespoke battery pack. Now, as per the electric motors, there are two rear units. Combined, these offer a beastly 604 horsepower and 701 lb.-ft. of torque. This allows the Rapide E to reach 155 mph top speed.

Aston Martin Rapide E - Charging Battery - Manufacturer Picture - EuroDrift

Aston Martin Rapide E – Charging Battery – Manufacturer Picture – EuroDrift

The Electric Future is Coming!

Aston Martin Rapide E: Goodbye V12, Hello EV | Carfection 4K – Carfection – YouTube

With Aston Martin joining the fully electric realm, the auto industry moves even closer to an EV future. Beforehand, many companies already have vehicles planned for the next decade, changing the car world forever. These companies include Audi, BMW, Mercedes, and more. But, the AM Rapide E is an absolutely amazing EV. Although the roar of the V12 may be missed, the car will have the same sports car spirit. And, the electric motors produce a ton of torque, way more than the V12 was going to provide. Overall, the Rapide E is Aston’s entry into the electric car realm.

Aston Martin Rapide E - Rear Corner - Manufacturer Picture - EuroDrift

Aston Martin Rapide E – Rear Corner – Manufacturer Picture – EuroDrift

How Do Electric Vehicle (EV) Batteries Work?

How Do Electric Vehicle (EV) Batteries Work?

What is an Electric Vehicle?

In modern times, electric vehicles (EVs) are an up-and-coming transportation option. So, this may lead many to wonder – what is an electric vehicle? Well, let’s begin with some basic information. Firstly, an electric vehicle, or EV, is an automobile that runs on electric power. Depending on the type, it can be a hybrid or strictly electrical. The hybrid versions use electric motors in combo with a gasoline engine. On the other hand, strictly electrical vehicles use only batteries and electric motors. These vehicles were questionable years ago but are the way of the future. Using only electricity, these cars are faster and more efficient than conventional vehicles. So, moving forward, this knowledge may lead to the next question – how do electric vehicle (EV) batteries work?

How Does the Battery Work?

So, you’re wondering how do electric vehicle (EV) batteries work? Or, maybe you’re not. Either way, let’s take a dive into the concept. The purpose of any battery is to store energy within a chemical compound inside a physical container. Basically, this begins with an elementary particle – the electron. The electron is a charged particle that allows the movement of energy. Electrons allow for the building of voltage potential; hence a charged battery can motion power to the vehicle. As electrons depart, the battery power dissipates until it can no longer operate at the requested level. To charge a battery, simply plug it into the grid using the correct adapter by the manufacturer.

So, how does the battery relate to the electric motor? Well, the battery stores the energy for the electric motor. But it begins with a control scheme. With a full battery, the battery can turn on the controller, which controls power dispersion in the vehicle. The controller determines how much power to send to the electric motor(s), this allows for control of acceleration and velocity of the vehicle. Without the controller, the battery would most likely be sent into full throttle every time the gas pedal is set downwards. So, obviously, a controller allows for proper voltage and current to produce power. Do note, voltage multiplied by current is equal to power. So, an ampere and a volt combine to create a watt of power!

EVs are the Future of Transportation

How does an Electric Car work ? | Tesla Model S – Learn Engineering – YouTube

In the future, EVs will be a normal visual statement on the streets worldwide. A statement of the modern age, of a cleaner future. Obviously, EVs are environmentally friendly, but nothing that exists is free of some type of pollution. For instance, battery production doesn’t help improve the environment, but the lack of gasoline fuel exhaust does. So in the end, the battery’s life and usage will probably outweigh the alternative. Many manufacturers, including Audi, BMW, and Mercedes are working toward electric futures. Either way, hopefully this article helps with an understanding of EVs and their battery operation. In the end, can you now answer the question – how do electric vehicle (EV) batteries work? If not… read again!

Note: The featured image is of a 2009 Nissan Leaf EV battery layout as shown on display at the 2009 Tokyo Motor Show. The picture is from Tennen-Gas of Wikimedia.

Volkswagen Electric Race Car: Eyes Set on Pikes Peak Record

Volkswagen Electric Race Car: Eyes Set on Pikes Peak Record

Volkswagen’s Eyes Set on Pikes Peak Record

After 31 years of not participating, Volkswagen is taking aim at the Pikes Peak hill climb record. To do so, VW is building an electric race car with hopes of accomplishing this goal. The Pikes Peak International Hill Climb takes place at Pikes Peak near Colorado Springs. The 2018 hill climb event will occur on June 24, 2018. By this date, VW hopes to build a car that will defeat any and all competition.

Pikes Peak International Hill Climb

In the year 1916, the Pikes Peak International Hill Climb began taking place in the beautiful Rocky Mountains of Colorado. At a length of 12.4 miles, this hill climb takes drivers up a total of 4,700 feet in height to reach the peak. The summit of Pikes Peak is slightly over 14,000 feet above sea level. Back in 2016, the hill climb record for a modified electric vehicle was 8 minutes and 57.118 seconds. For this record, driver Rhys Millen drove a e0 PP100 vehicle. In the same year, the Tesla Model S set the record for a production vehicle climb at 11 minutes and 48.264 seconds.

Statement by Dr. Frank Welsch of VW’s Board

“The Pikes Peak hill climb is one of the world’s most renowned car races,” stated Dr. Frank Welsch, a VW board member. “It poses an enormous challenge and is therefore perfectly suited to proving the capabilities of upcoming technology.”.

VW Sets Target for Electric Vehicles

This statement by Frank Welsch is a signal that VW is aiming to leap forward in vehicle technology. By succeeding at Pikes Peak, VW would improve their reputation in the auto community. This is definitely a necessary requirement after the entire diesel emissions fiasco. Welsch hopes that the Pikes Peak program will provide VW with a gain of knowledge in the electric vehicles realm. Volkswagen aims to release an EV crossover in 2020 as well as revive the Microbus as an EV for 2022.

Volkswagen is Determined to Win

Overall, Volkswagen is aiming to obtain the Pikes Peak record. A victory like this would prove beneficial to a company that had a dip in reputability in the last few years. The fiasco may have injured VW’s reputation but a leap forward into the electric cars could prove beneficial. If VW is able to make competitive EV vehicles, it will join in on the competition of the future. Brands such as Mercedes already have major goals for electric vehicles meaning. In June 2018, the world will have their eyes set on VW as they attempt to obtain the Pikes Peak record.

2018 BMW i3 & i3s: “It’s Electric!”

2018 BMW i3 & i3s

The i3, BMW’s small electric car, is receiving an overhaul for the 2018 model year. The first major part of the news is that there will be an i3s model with additional power and a sportier styling. Secondly, the vehicles will both be offered with a mileage extender. On top of this, the BMW i3 and i3s will have the new iDrive 6 system with Apple CarPlay. This may not seem like much but it is a step forward for the i3 electric car.

125 kW Electric Motor with 168 Horsepower

The BMW i3 sports a 125 kW electric motor producing 168 horsepower on the base model. The i3’s base battery option is a 21.6-kWh (Kilowatt Hours) lithium-ion battery pack. There is also an optional battery pack of 33.2 kWh to increase range by 33 miles. The base battery has 60 Ah while the larger battery has 94 Ah (Amp Hours). This causes the 60 Ah range to be 81 miles (130 km). For the 94 Ah, the range is 114 mi (183 km), a 33 mile difference. If the range extender is opted for, the i3 base battery mileage drops to 72 miles while the 94 Ah drops to 97 miles. The difference is made up with a 0.6-liter twin cylinder engine known as the range extender.

2018 BMW i3 Base Model

For the BMW i3, it has been 4 years since its introduction. Now, the i3 has 170 horsepower and 184 lb.-ft. of torque. This means the i3 can complete 0 to 60 mph in 7.2 seconds. The top speed of this model is 93 mph. The base model MSRP is $44,450 while the range extender package ups the bill to $48,300.

2018 BMW i3s

For the BMW i3s, it is a brand new version of the i3 to be introduced for the 2018 model year. The i3s has 184 horsepower and 199 lb.-ft. of torque. This leads the i3s to hit 60 mph in only 6.8 seconds, 0.4 seconds faster than the base i3. The top speed of the i3s is 100 mph, 7 mph faster than the base i3. The enhancements that place the i3s over the i3 include modified motor controls, tapered roller bearings, 20” wheels, sports suspension, and the Driving Dynamics Control System. Both the i3 and i3s are equipped with the iDrive 6 system integrated with Apple CarPlay.

BMW i3 is the New SMART Car

The 2018 BMW i3 and i3s are a step forward for the electric model. The four year old i3 had an overhaul while the i3s was introduced to the market. The i3s should attract customers looking for a cheap, sporty electric vehicle. Some may say it isn’t the prettiest car, it is BMW’s version of the SMART car. Overall, the 2018 BMW i3 and i3s should benefit BMW’s placement in the electric car market.

Audi E-Tron GT Concept Appearance at Avengers: Endgame Premiere

Audi E-Tron GT Concept Appearance at Avengers: Endgame Premiere

Audi Markets E-Tron GT at Endgame Premiere

At the premiere of the Avengers: Endgame movie, Robert Downey Jr., who plays Tony Stark, arrived in the Audi E-Tron GT Concept. This car made its initial debut at the 2018 Los Angeles Auto Show. Now, it’s impressing the fans of the Avenger films after this flashy appearance. While waiting for the premiere, fans were outside of the theatre, when an E-Tron GT pulled up front. To no surprise, Tony Stark hops out of the car in style. Just as the Avengers: Endgame film, Audi wants to dominate the market. Avengers: Endgame has already broken box office records within its first week. Imagine a few weeks down the road! Shh! No Spoilers!

Facts About the Audi E-Tron GT Concept

Audi E-Tron GT Concept - Interior - Manufacturer Picture - EuroDrift

Audi E-Tron GT Concept – Interior – Manufacturer Picture – EuroDrift

In late 2020, Audi hopes to sell the E-Tron GT as a new model. This vehicle starts with an all-electric AWD system. This setup allows for a range of 248 miles. And, to make road trips less of a headache, this car can tackle 200 miles on a 20-minute charging time. Wow! To power this vehicle, the E-Tron GT sports electric motors boasting 590 horsepower. Furthermore, to store power, a 90 kWh lithium-ion battery system is in place. From 0 to 60 mph, this car takes only 3.5 seconds. Lastly, the E-Tron GT’s top speed is 149 mph.

Will the Audi E-Tron GT Concept Sell on the Market?

In the past, car “gurus” thought electric vehicles weren’t going to work. They weren’t good enough and didn’t provide enough reason to switch. But, nowadays, EVs are the way of the future! So, many people may wonder – will the Audi E-Tron GT Concept sell on the market? The answer is – YES! Just take a glance at the Porsche Taycan. Porsche was definitely hesitant to jump into the EV game. Now, they’re enticing it. The Taycan is so popular, that Porsche is opening a factory just to tackle the demand. So, if Audi does a similar thing, it will most likely do very well. Plus, this car looks absolutely stunning. So, how could one go wrong?

Audi E-Tron GT Concept - Rear Corner in Motion - Manufacturer Picture - EuroDrift

Audi E-Tron GT Concept – Rear Corner in Motion – Manufacturer Picture – EuroDrift

Bugatti Crossover with 1,000+ Horsepower May Head to Production

Bugatti Crossover with 1,000+ Horsepower May Head to Production

Bugatti Crossover in Consideration at Manufacturer

Recently, Bugatti is seeking to add a second model to their lineup alongside the Chiron. With rumors spreading across the market, Bugatti has two possibilities. One of the biggest considerations is a Bugatti Crossover. While not a full-out SUV, it would be similar to the Urus, but more compact and lightweight. It’d also sport a ton more power than the Urus, as well as the upcoming Porsche Cayenne Turbo S E-Hybrid. So, if given the green light by Volkswagen Group, a crossover could come to market from Bugatti. It’s basically a revival of the Royale in ultra-luxury limousine style crossover.

Although the CEO of Bugatti, Stephan Winkelmann, is against SUVs, that doesn’t rule out the crossover. To back this up, Winkelmann actually oversaw the development of the Urus. So, building a similar crossover wouldn’t be a complete surprise. There’s also consideration of a 2-door crossover sports car. Depending on VW’s decision, Bugatti will move forward with either car, or neither. For all anyone knows, VW will decline both choices, leading to chaos amongst Bugatti news outlets.

Over 1,000+ Horsepower via V8 & Electric Motors

So, as with most Bugatti models, this car will boast an obnoxious amount of power. If the Bugatti Crossover is to become a reality, this car would probably sport the Urus’ motor. This is a 641 horsepower 4.0-liter twin-turbo V8. Furthermore, the engine would receive backup from an electrical motor to reach a goal of over 1k horsepower. In combo, these engines would make this vehicle one of the most powerful crossovers in the world.

Who Doesn’t Want a Bugatti Crossover?

If Bugatti Divo and Lamborghini Urus had a baby – Jimmy Huynh – YouTube

So, who doesn’t want a Bugatti Crossover? Well, surprisingly, there’s people that probably don’t. But, most of us auto enthusiasts do. Obviously, only time will tell if it will happen… or not. Regardless, expect a possible Bugatti unveil at an upcoming auto show… maybe. Furthermore, manufacturers are moving into a greener, fully electric future. So, using electricity to help power this vehicle is basically a requirement. And, the market has already shown electric vehicles (EVs) are popular. Although, some people may need help moving on from their gasoline engine. But many drivers are already ready and willing to do so.

Bugatti Crossover SUV - Rear Corner - Unknown Creator - EuroDrift

Bugatti Crossover SUV – Rear Corner – Unknown Creator – EuroDrift

Note: The images and video for this article are not official by Bugatti. Hence, the pictures and video only represent possibilities for design – by outside sources. For the real design, await Bugatti’s unveil in the upcoming future. Currently, the crossover is only an idea awaiting approval. Thanks for understanding!

Rolls-Royce Avoids Bankruptcy Thanks to BMW According to CEO

Rolls-Royce Avoids Bankruptcy Thanks to BMW According to CEO

BMW Keeps Rolls-Royce Afloat in Auto Industry

According to the Rolls-Royce CEO, Torsten Mueller-Oetvoes, Rolls-Royce avoided bankruptcy thanks to BMW. Back in 2003, BMW bought Rolls-Royce and kept it as a subsidiary. Without BMW, there’s a chance Rolls-Royce wouldn’t exist today. The CEO believes the company would’ve gone out of business, probably during the last decade. Whether this is 100% true, there’s no way to tell. Time travel would be necessary to see the outcome if BMW didn’t buy the company. Check out what the CEO said to GoAuto Australia:

”I’m glad to be a part of the BMW Group, and I would even say that Rolls-Royce would be dead without the BMW Group – we would never exist anymore.” – Torsten Mueller-Oetvoes, CEO of Rolls-Royce

Even Today, Rolls-Royce Needs BMW

Rolls-Royce Cullinan - Interior - Manufacturer Picture - EuroDrift

Rolls-Royce Cullinan – Interior – Manufacturer Picture – EuroDrift

Even today, Mueller-Oetvoes believes Rolls-Royce needs BMW. Otherwise, the company would dwindle and cease to exist. This is in partial to the current grind forward to the new technology of the next era. More precisely, EVs and modern auto tech.

“This brand, I mean, these small little precious brands, would all die if they don’t have an OEM who invests early enough into long-term, very expensive technology, be it electric driving, be it autonomous, be it that you comply with all legal regulations worldwide.” – Torsten Mueller-Oetvoes, CEO of Rolls-Royce

“In the meantime, we are facing as a manufacturer so many different legal requirements, regulations, that it’s extremely costly to develop cars and this starts even with the MMI system in a car which is basically the whole brain and electronics in the car that is super-expensive and without having somebody in the back who is able to provide that in a very refined, proper way. No, no chance.” – Torsten Mueller-Oetvoes, CEO of Rolls-Royce

Obviously, Torsten feels strongly about the fate of Rolls without BMW.

Rolls-Royce is an Autonomous “Follower”

ROLLS ROYCE – Everything You Need to Know | Up to Speed – Donut Media – YouTube

According to Mueller-Oetvoes, Rolls-Royce is an autonomous “follower”. The company itself is not actively pursuing autonomous driving, but people can ensure BMW is doing so. Autonomous electric vehicles are the way of the future, and BMW is one of the companies attempting to be at the top of the curve.

”I would call ourselves, when it comes to autonomous driving, followers. And the reason for being a follower is that we would only bring technology into our products when the technology is at a level that customers would tell us, ‘That’s great, that’s effortless, it really helps me, it’s truly autonomous.’” – Torsten Mueller-Oetvoes, CEO of Rolls-Royce

Imagine the world without Rolls-Royce luxury. Without champagne refrigerators and curtain windows. It’s…it’s not possible! Overall, Rolls-Royce is an amazing car manufacturer and deserves to stay afloat in the industry.

Rolls-Royce Cullinan - Rear Seating - Manufacturer Picture - EuroDrift

Rolls-Royce Cullinan – Rear Seating – Manufacturer Picture – EuroDrift

How Does an Exhaust System Work?

How Does an Exhaust System Work?

The Functions of an Exhaust System

In modern times, most people have driven or ridden in a vehicle. With automobiles, the debates of pollution and sound become alive. But, sometimes both of these can be down to the car itself. In this article, the goal is to help with a common question: “How Does an Exhaust System Work?”. Well, the exhaust begins with four main functions. These functions are:

  1. Direct Fumes Away from Cabin & Passengers
  2. Improve Fuel Consumption (MPG)
  3. Improve Performance (HP/TQ)
  4. Noise Amplification or Reduction (Usually Reduction)

With the exhaust handling these functions, its purpose is quite diverse. While it keeps passengers from breathing harmful gases, it also can add power and improve fuel consumption. Furthermore, all exhausts have a tone… hence noise is amplified or reduced via the muffler or silencer design. Finally, the layout of an exhaust system can depend on engine size, manufacturer, and/or model.

Control of Toxic Gases

Porsche Exhaust - Rear Undercarriage - Max Pixel - EuroDrift

Porsche Exhaust – Rear Undercarriage – Max Pixel – EuroDrift

When asking “How Does an Exhaust System Work?”, the concept of exhaust emissions comes into play. When an engine runs, it produces a total of 6 gases as emissions. Unfortunately, 3 of these gases are toxic: carbon monoxide, nitrogen monoxide, and nitrogen oxide. So, an entire design arrives around this to attempt to minimize the release of these gases into the atmosphere. Also, it obviously works to keep these gases away from the driver or passengers of the car. These gases are dangerous and can be harmful to animals, the environment, people, and plants.

How Do Emissions Exit the Car?

Car Exhaust - Rear of Automobile - Pixabay - EuroDrift

Car Exhaust – Rear of Automobile – Pixabay – EuroDrift

Again, when asking “How Does an Exhaust System Work?”, the gas must be filtered in some manner, correct? Right! First, the exhaust manifold collects gas from the cylinder head acting as a funnel. Next, the gas travels to the catalytic converter, where applicable. For instance, electric vehicles (EVs) do not have catalytic converters when there are no gasoline engines. Well, on the other hand, hybrids do for the engine portion of power. At the catalytic converter, the harmful gases are removed prior to moving on. Finally, the final gases pass through downpipes to the exhaust’s muffler or silencer. The purpose of this part of the exhaust is to filter sound, or amplify it. Manufacturers tend to remove sound while aftermarket companies amplify it.

Hopefully, That Helps!

How Car Exhaust System Works – Automotive Basics – YouTube

So, hopefully this article helps with the question: “How Does an Exhaust System Work?”. Covering the basics of gases to release via the exhaust tips, this article covers a decent portion of the process. The goal of this is to provide readers with a simple understanding of the system. Obviously, there is more that can be for discussion such as details on specific designs or layouts, temperature effects, and more. But, that is something for another time. Overall, the exhaust system plays a vital role on all gasoline vehicles.

Note: The featured image is by Clément Bucco-Lechat of Wikimedia Commons.

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