The document traces the evolution of cars from early steam-powered vehicles in the late 18th century to modern hybrid vehicles. Some key developments discussed include the first patent for a gasoline-powered automobile awarded to Karl Benz in 1886, the introduction of air conditioning in the 1940s, and seat belts and airbags becoming standard safety features in the mid-20th century. The document also examines the changing body styles and improvements in fuel efficiency and engine output that have occurred in the modern era.
Cars have evolved significantly over time. Originally, cars were designed primarily for transporting passengers and had engines, seating for 1-8 people, and four wheels. In the early 20th century, cars started being mass produced using assembly lines, bringing the cost down and making them more accessible. As technology advanced in the late 20th and early 21st centuries, features like automatic transmission, anti-lock brakes, airbags, and automatic climate control were incorporated into car design. Today hybrid electric vehicles that combine a gasoline engine and electric motor such as the Toyota Prius are increasingly popular alternatives to traditional petroleum-powered cars, while some electric cars are powered entirely by on-board batteries.
Daimler designed the first four-wheeled automobile in the late 1800s. Karl Benz is credited with building the first automobile powered by an internal combustion engine in 1885. Throughout the early 20th century, automobiles continued to evolve with improvements like synchronized transmissions, braking systems, and new materials. By the late 20th century, computer technology began to be used more in automobiles to control systems like anti-lock brakes and GPS navigation. Today's cars are increasingly computerized and made with lightweight but strong materials.
The document summarizes the history and development of automobiles from the first steam-powered car built by Joseph Cugnot in 1769 to modern cars with computer-controlled systems. It notes key developments like the first internal combustion engine (Jean Joseph Étienne Lenoir), four-cylinder engine (Nikolaus August Otto), four-wheeled automobile (Gottlieb Daimler), and Model T (Henry Ford). Over time, cars gained new technologies, styles evolved between World Wars, and computer chips now control many systems. Top modern brands include Toyota, Volkswagen, Mercedes, and BMW.
The document summarizes the evolution of cars from early designs in the 1300s to modern times. It describes key developments like the first internal combustion engine in the 1800s, the first vehicle to move under its own power in 1769, early experiments with fuels like gunpowder and coal gas, and innovations like the gasoline engine, hybrid vehicles, fuel injection, catalytic converters, and fuel cells. It traces the transition from steam and gas power to gasoline and highlights early pioneers and models like the Model T that helped popularize automobiles.
The document summarizes the history and development of automobiles from the 15th century to present day. It describes how the first self-propelled vehicles were invented in the 15th century in China and then developed in Europe in the 18th century. Nicolas Joseph Cugnot is credited with building the first true automobile in 1769. Steam power was used initially but was replaced by gasoline engines in the late 19th century. Henry Ford's Model T in 1908 made cars more affordable and accessible to the masses. Technology continued advancing throughout the 20th century with smaller engines but more horsepower and new safety features that are now standard in modern cars.
The document provides a brief timeline of important developments in cars from 1769 to 1997. It describes the first car built by Nicolas Cugnot in 1769, the first practical automobile built by Karl Benz in 1885, Wilhelm Maybach building the first 4-cylinder engine in 1890. It then discusses Henry Ford's moving assembly line allowing for mass production of affordable Model T cars in 1913, cars developed during World War II, the muscle car era of the 1960s, the 1973 oil crisis, and the introduction of the Toyota Prius hybrid electric vehicle in 1997.
The document provides a history of the automobile starting with early steam-powered vehicles in the 1600s and crediting Karl Benz with inventing the modern automobile in 1885. It discusses Henry Ford's introduction of the Model T and assembly line production, which revolutionized transportation. The document also covers fuel and propulsion technologies including gasoline, diesel, electric, hybrid, and alternative fuels. It concludes with benefits of automobiles and their major environmental impacts.
Electric vehicles first gained popularity in the late 19th century as battery technology advanced, allowing for higher speeds. By the early 20th century, electric vehicles were more popular than gas-powered cars due to their reliability. However, as the price of electric cars increased and fossil fuels became cheaper, gas vehicles rose in demand. Interest in electric vehicles renewed in recent decades due to higher gas prices and environmental regulations. Now, battery technology provides electric vehicles with ranges over 200 miles, and many major automakers are producing electric car models as their popularity continues to grow.
Electric cars are powered by electric motors and batteries instead of gasoline engines. They produce no tailpipe emissions, are quieter to drive, and have lower emissions than gas-powered cars. Some advantages of electric cars include being better for the environment if powered by renewable energy, requiring less maintenance than gas cars, and qualifying for tax credits. Key features of electric cars are powerful acceleration, regenerative braking that charges the battery, and roomy interiors since electric drivetrains take up less space than engines. Popular electric car brands in India include Tata, MG, Hyundai, and Mahindra, with prices usually higher than comparable gas-powered cars but lower operating costs.
This document provides details about Munish Kumar's 2-month industrial training at T & T Motors Ltd. It includes an introduction to the company, models produced by Mercedes-Benz, innovations introduced, and explanations of automotive systems like turbochargers, wheel alignment, disc brakes, and automatic transmissions. Tools used in the workshop are also listed. The document serves to document Munish Kumar's training experience and learnings.
El documento resume la historia y evolución del automóvil desde su invención en el siglo XVIII hasta la actualidad. Destaca que los primeros prototipos se crearon a finales del siglo XIX y que la historia se divide en etapas marcadas por hitos tecnológicos como la introducción del motor de gasolina en 1885. Luego describe algunos de los modelos y avances más importantes de cada etapa que llevaron al desarrollo del automóvil moderno.
The first self-propelled vehicle was invented in 1769 by Nicolas Joseph Cugnot and was powered by steam. It traveled at speeds between 12-21 mph but had to stop every 10-15 minutes to build up steam. The Borodino steam carriage, introduced later, resembled a horse-drawn carriage but had a steam engine in the back. The internal combustion engine, invented by Belgian Etienne Lenoir, did not require waiting for steam and made starting a vehicle quicker. Carl Benz and Gotlieb Daimler helped popularize the combustion engine in the 1880s. Early cars resembled horse-drawn carriages and were called "horseless carriages." They were hand-built, expensive
El automóvil ha evolucionado desde los primeros prototipos de vehículos autopropulsados por vapor en el siglo XVIII hasta convertirse en uno de los inventos más característicos del siglo XX. La historia del automóvil se divide en varias etapas marcadas por hitos tecnológicos como la invención del motor de combustión interna a gasolina en 1885 y el desarrollo de la producción masiva a partir de 1900. En la actualidad, los automóviles incorporan motores más seguros, eficientes y menos contaminantes.
The document summarizes the evolution and life cycle of cars from their invention to modern times. It describes key developments in early steam-powered vehicles in the late 18th century, followed by gasoline-powered cars in the late 19th century pioneered by Karl Benz. Henry Ford later revolutionized car production with the assembly line in the early 20th century. The document then outlines the various stages in a car's life cycle from raw material extraction and assembly to consumer use, repair, and eventual recycling of parts at the end of its life.
Motorcycles come in many types for different purposes. They have evolved from early prototypes in the late 1800s to become a major mode of transportation and recreation today. The three top producers globally are Honda, Yamaha, and Hero MotoCorp. There are three main types - street bikes for roads, off-road bikes for trails, and dual-purpose bikes that can handle both. Motorcycles saw rapid growth during World War 1 when they were used extensively by messengers and military police due to their maneuverability. Today's motorcycles come in a variety of modern designs and are very fast, requiring safety gear like helmets.
Este documento resume brevemente la historia del desarrollo del automóvil desde su creación en 1769 por Nicolas-Joseph Cugnot hasta el año 2000. Detalla algunos de los hitos más importantes como el primer motor de gasolina en 1883, el primer vehículo de serie con neumáticos en 1895, el primer automóvil de Henry Ford en 1896, y la introducción de nuevas tecnologías como los airbags en 1988 y los vehículos híbridos en 2000.
This is a brief presentation on what made Henry Ford successful. It analyzes various qualities due to which he became what he became. This is a part of evaluation in 'Creativity & Innovation' class.
Mr. Kamble Sagar presented on the history, evolution, and future of automobiles. The document discussed the early history of automobiles from steam-powered vehicles in the 17th century to Karl Benz's gas-powered Motorwagen in 1885. It covered the types of engines used in cars from gasoline and diesel to future technologies like electric, hydrogen, and air-powered engines. The document concluded with a discussion of innovations in automobiles including hybrids, hypercars, ultra-light cars, and self-driving vehicles.
572 electric car workshop project presentationPaul Ni
This document provides an overview of an electric car workshop. The workshop aims to help salespeople assist customers in choosing electric vehicles that suit their lifestyles and needs. It covers topics like defining electric cars, comparing them to gas vehicles, the history of electric cars, types of electric cars available, and how to charge electric cars. It also discusses factors like government incentives, emissions, fuel costs and maintenance. Through exercises, the workshop teaches salespeople to understand different customer profiles and lifestyles in order to match customers to appropriate electric vehicle options.
Mr. Kamble Sagar presented on the history, evolution, and future of automobiles. The document discussed the early history of automobiles from steam-powered vehicles in the 17th century to Karl Benz's gas-powered Motorwagen in 1885. It covered the types of engines used in cars from gasoline and diesel to future technologies like electric, hydrogen, and air-powered engines. The document concluded with a discussion of innovations in automobiles including hybrids, hypercars, ultra-light cars, and self-driving vehicles.
This document summarizes the history of cars from their earliest uses in ancient Egypt to transport stone blocks to modern developments. It notes that the first self-propelled car was created in 1769 by Nicolas Cugnot and that mass production of affordable cars began with Henry Ford's Model T in 1908. The document then discusses various car manufacturers and models today before considering future possibilities like hydrogen fuel cells and efforts to reduce accidents and pollution.
The document provides an overview of the history and production process of three-wheeled vehicles. It discusses how three-wheelers emerged as economical transportation alternatives and underwent innovations over time. The production process for three-wheelers generally involves designing the vehicle using CAD software, fabricating a prototype, and refining the design based on testing before beginning mass production using assembly lines.
The document provides a history of French automobiles, beginning with early designs for steam-powered and internal combustion engine vehicles in the late 18th and 19th centuries. It discusses Nicolas Cugnot building the first self-powered road vehicle in 1769 in France. Gottlieb Daimler and Karl Benz are credited with inventing practical gasoline-powered automobiles in the 1880s in Germany. The document then summarizes the evolution of automobile technology and highlights several important early French automobile manufacturers and models, including Peugeot, Citroen, Renault, and Bugatti.
The document provides a history of French automobiles, beginning with early designs for steam-powered vehicles in the late 18th century. It discusses Nicolas Cugnot building the first self-propelled vehicle in 1769. Gottlieb Daimler and Karl Benz are credited with inventing gasoline-powered automobiles in the 1880s. The document then covers the evolution of automobile technology and early manufacturers like Peugeot, Citroen, and Renault. It provides details on iconic French cars like the Citroen 2CV and Traction Avant. The last sections discuss Ettore Bugatti and the founding of the Bugatti brand, as well as some of their pioneering racing vehicles and the modern Veyron.
The document traces the history and development of automobiles from the first steam-powered car built by Joseph Cugnot in 1769 to modern hybrid and electric vehicles. Some key developments included Karl Benz building the first internal combustion engine car in 1885, Henry Ford developing assembly line manufacturing making cars more affordable, and computer chips now controlling most car systems. Top car manufacturers today include Toyota, Volkswagen, and Mercedes-Benz while top luxury brands are Rolls-Royce, Bentley, Ferrari and Lamborghini.
The document summarizes the history and development of motorcycles. It describes some of the early inventors who created early motorized bicycles in the late 1800s, powered initially by coal and steam engines. It then discusses the first motorcycle companies in the 1890s, and the large-scale production of motorcycles during World War 1 to supply troops. Finally, it outlines how the motorcycle industry became dominated by Japanese companies in the 20th century, with models like the Honda Super Cub becoming very popular in Asia and Africa.
This document provides a summary of some of the most popular classic and modern classic vehicles from the UK and US. It begins by looking at some of the most endangered British cars from the past including the Austin Allegro, Austin Montego, and Hillman Avenger. Next it discusses some of the most popular classics from both the UK and US, including the Porsche 944, Triumph Spitfire, Jaguar E-Type, Ford Cortina, Mini, and from the US, the 1969 Chevrolet Camaro, 1964 Ford Mustang, and 1964 Chevrolet Impala. It concludes with the Rolls Royce Phantom as a top price motor from the UK.
The document traces the history of Audi from its founding in 1899 as the Horch company through its evolution over the 20th century. It highlights several key events, including August Horch founding the company and building its first car in 1901 (Horch), the company being renamed Audi in 1910 after a trademark dispute, Audi introducing left-hand drive in 1921, the merger of four car companies including Audi, DKW, Horch and Wanderer to form Auto Union in 1932, Volkswagen acquiring Auto Union in 1964, and the introduction of the iconic Audi 100 and Quattro models in the late 1960s and 1980s that helped establish Audi as a leader in automotive technology and performance.
Car and their remarkable evolution presentationlearnatyour
The document discusses the history and future of cars. It begins by defining what a car is and providing car ownership statistics. It then discusses the early history of cars, including the first automobile invented by Karl Benz in 1885 and Henry Ford's Model T. The document outlines the rise of electric vehicles and envisions future cars incorporating flying capabilities, autonomous driving, and connectivity. It concludes by predicting cars will continue advancing with electrification and hybrid technologies.
The first three sentences summarize the key developments in early automobile history:
The first car was built by Joseph Cugnot in 1769 and was powered by a steam engine. Jean Joseph Étienne Lenoir built the first internal combustion engine in the 1860s. Karl Benz is credited with building the first automobile powered by an internal combustion engine in 1885.
The document provides an overview of automobile engineering and the history of automobile development. It discusses:
- Automobile engineering as an applied science that includes elements of mechanical, electrical, electronic, software and safety engineering.
- The evolution of automobiles from horse-drawn carriages in the late 19th century.
- Key developments in Europe including early steam vehicles in the 1770s and gas-powered engines in the 1860s. Mass production methods in the US in the early 1900s helped popularize automobile use.
- Indian automobile development beginning in the late 1940s with companies producing cars and other vehicles often through foreign collaborations.
This document provides a history of the automobile from its origins in China in the late 17th century to modern developments. It discusses early steam-powered vehicles, the invention of the gasoline-powered automobile by Karl Benz in 1886, and the mass production of automobiles through companies like Ford in the early 20th century. The document also covers the materials used in automobile construction over time and important safety innovations like anti-lock brakes.
This document summarizes recent trends in automobile engineering, including hybrid cars that combine gasoline engines and electric motors, electric cars like the Moovie and Zap Xebra Sedan, air-powered cars like the Mini Cat, hydrogen fuel cell vehicles, single-wheel vehicles like the Embrio/2025, ultra-light cars made from composites, stackable parking cars, and futuristic cars that can change their exterior displays. The trends focus on more efficient, alternative fuel, electric, lightweight, and customizable vehicle designs.
HENRY FORD IS FIRST MAN WHO INVENTED CAR AND FIRST INTRODUCED ASSEMBLY LINE IN MANUFACTURING AND HE MADE SO MANY CONTRIBUTIONS IN THE FIELD OF MANAGEMENT
The automotive industry began in the late 19th century with hundreds of manufacturers pioneering the development of motor vehicles. Motorcycles were also developed starting in the late 19th century. By the early 20th century, major motorcycle manufacturers emerged in Europe and the US. During World War 1, motorcycle production increased significantly to support military operations. In the postwar period, Harley-Davidson became the largest motorcycle manufacturer. Today, the motorcycle industry is dominated by Chinese and Japanese companies, while the Indian market is led by Hero MotoCorp, Bajaj, and TVS Motors. The automotive industry in India is also large and growing, led by two-wheelers.
August Horch founded the company A. Horch & Cie. Motorwagen-Werke in 1899 in Germany. After a disagreement with the board, he was forced to leave the company in 1909. He then established a new company called Horch Automobil-Werke but was sued for trademark infringement by his former partners. He was forced to change the company name to Audiwerke GmbH in 1910, using the Latin translation of his name. Over the decades, Audi merged with other car companies and was eventually acquired by Volkswagen in 1964. Audi has since focused on innovative automotive technologies and design, such as the quattro all-wheel drive system, aluminum construction, and a
The document provides a history of motoring and highlights some popular classic and modern car models:
1) Motoring originated in the early 1800s with basic carriages but cars evolved in the early 1900s to have engines in the front, making them more elegant.
2) The Ford Model T, produced from 1908-1927, was the first affordable car for the masses and was produced using assembly line processes.
3) In the post-war era from 1946-1979, cars advanced with new technologies, and brands like Cadillac, Ferrari emerged, leading to the popular Ford Mustang muscle car.
4) Popular classic car models mentioned include the 1956 Chevrolet Belair and 1963 Ford
The document provides a history of motoring and describes several iconic car models from different eras:
- It traces the origin of motoring to the early 1800s, when the first cars resembled carriages. Cars began incorporating front-mounted engines in the 1910s, making them more elegant.
- Iconic early 20th century cars included the Ford Model T, the first affordable car mass produced on assembly lines, and the 1934 Ford Model B with improved engines from the Model A.
- Cars from 1946-1979 saw advances in design and new technologies, including the introduction of V8 engines. Popular brands and muscle cars like the Ford Mustang emerged.
- Well-known 1950
The Apperson touring car from the early 1900s showed incredible vision with its advanced design features like a 40 hp four-cylinder engine, jump-spark ignition, and an early radiator design. It also had a friction clutch, four-speed transmission, and two braking systems. Military vehicles began exploring automobile uses for warfare around the same time, with armored cars and vehicles with mounted machine guns appearing in the late 1890s. Henry Ford launched the Ford Motor Company and its simple, affordable Model A in 1903, selling over 1,700 that first year despite 88 other new car companies starting at the same time. Variable valve technology was also experimented with as early as 1901, with the De Dion-Bouton Motore
Preventing and Addressing Oil Leaks in Your Mercedes A Comprehensive Service ...Momentum Motorworks
"Preventing and Addressing Oil Leaks in Your Mercedes: A Comprehensive Service Guide" offers expert advice on maintaining your Mercedes-Benz. Learn to identify, prevent, and repair oil leaks with step-by-step instructions, practical tips, and essential maintenance practices. Ensure your vehicle's longevity and performance with this indispensable guide for every Mercedes owner.
Expert Mercedes Car Clutch Services Smooth Gear Shifts and Enhanced Driving P...Motronix
Expert Mercedes Car Clutch Services ensures smooth gear shifts and enhanced driving performance. Our skilled technicians specialize in Mercedes vehicles, providing top-notch clutch repairs and replacements. Trust us for reliable service, using high-quality parts for maximum efficiency and longevity. Experience the difference in your driving with our expert care and attention to detail. Satisfaction and performance guaranteed.
International Journal of Microwave Engineering (JMICRO)jmicro
International Journal of Microwave Engineering (JMICRO) is a peer-reviewed, open access journal which invites high quality manuscripts that focuses on Engineering and theory associated with microwave /millimeter-wave technology, guided wave structures, electromagnetic theory and implementation. Authors are invited to submit original research works that stimulate the development of latest technology in industry and academia. Good quality review papers and short communications are also acceptable.
"What Causes Audi Car Battery Failures: Solutions and Maintenance Tips" explores common reasons behind battery issues in Audi vehicles. This guide provides practical solutions and essential maintenance tips to prolong battery life. Learn to diagnose problems, prevent failures, and keep your Audi running smoothly with expert advice and step-by-step instructions.
Design of Automatic Car Washing System and Construct Prototype.pdfrahulchaure14
Design of Automatic Car Washing System and Construct Prototype
all information on this project design calculation, arduino program, proto model 3d model
2. First Self Propelled Car..
• In 1769, a French military
engineer named Nicholas
Cugnot created a steam
powered road vehicle.
• Used a steam engine
attached to a three-
wheeled cart.
• According to popular belief
it reached walking speed
• It was used by the French
army to haul cannons.
3. In 1886, Carl Benz is awarded
German patent number
37435 for a three-wheeled,
self-propelled "Motorwagen".
With a rear-mounted single-
cylinder engine, the first
automobile forever changes
the way people move, and
sparks a legacy of innovation
that continues to this day.
4. Several Mercedes Benz Cars,
Busses, Trucks and Fire Service
Vehicles became available with
battery-electric propulsion an
early ancestor of todays hybrid
drive
The Mercedes Benz Special
Touring Car (1910) was the first
car to employ four valves per
cylinder to improve both
performance and fuel
consumption.
5. A Compressor(Supercharger) driven by the Engine noticeably
increases power of several Mercedes models by pressurizing the
fuel air mixture
The Mercedes 170 features the first-
ever fully independent suspension,
which allows each wheel to respond
individually. Along with a new
hydraulic braking system, the 170
sets new performance and safety
benchmarks that remain the gold
standard today.
6. The First Diesel passenger Car
The Mercedes Benz 260D Uses
about 30% less fuel than its
gasoline counterpart and does
so without the maintenance of
ignition components.
Mercedes Benz Formally begins safety research with a test
vehicle featuring highly rigid floor side impact protection and
collapsible steering column.
7. Car air-conditioning..
• Air-conditioning was
introduced to cars in 1940.
This invention made cars a lot
more comfortable, especially
on really hot days. At first, the
air-conditioning was a little bit
awkward. To turn the air-
conditioner off, the driver had
to stop the car , get out and
disconnect a tube located
under the bonnet.
PACKARD
8. 1956-The seat belt:
In 1956, the seat belt was
installed into the car.
Australia was the first
country to make seat belts
compulsory in all vehicles.
The seat belt did not
become compulsory in the
United States until 1968.
9. For the first time, development of every new Mercedes includes
an increasingly rigorous regimen of crash-testing. This vital
learning tool was initially performed outdoors.
Another important safety
inclusion to the car was the
airbag. The airbag was first
installed in 1971 by the Ford
Motor Company.
1971-AIRBAGS
10. Debuting On the compact 190-
Class the breakthrough 5 arm
rear suspension design provides a
new level of handling precision,
ride comfort and active safety
A concept first unveiled in 1970, ABS helps the driver retain
steering control under heavy braking by preventing wheel
lockup. It remains both a milestone in automotive safety and a
cornerstone, with the ability to individually brake wheels
serving as a fundamental element of countless future
breakthroughs.
11. A groundbreaking system that can help prepare the occupants for
an accident before it happens, PRE-SAFE can detect that certain
types of collision might be imminent. In the precious moments
before impact, it can snug the front seat belts and adjust the front
head restraints to help optimize the effectiveness of the restraint
systems.
After measuring over 70 parameters in the first few minutes of a
drive, this innovation can help detect signs of drowsiness and
audibly alert the driver to take a break.
12. VETERAN ERA
The Veteran Auto Era is part of the Brass Era, and refers to
automobiles manufactured before 1905.
Innovation was rapid and
rampant, with no clear
standards for basic vehicle
architectures, body styles,
construction materials, or
controls. Many veteran cars
use a tiller, rather than a
wheel for steering.
13. A wide variety of vehicles
powered by technologies
including steam,electricity,
and internal combustion
engines.
• Breakdowns were
frequent, fuel was
difficult to obtain, roads
suitable for travelling
were scarce, and rapid
innovation meant that a
year-old car was nearly
worthless.
14. FORD MODEL T
• The Model T was an automobile
built by the Ford Motor Company
from 1908 until 1927.
• Affordable transportation for the
common man, it quickly became
prized for its low cost, durability,
versatility, and ease of
maintenance.
• Because of the reverse gear
offered more power than the
forward gears, the Model T
frequently had to be driven up a
steep hill backward.
15. The Vintage Car Era
• Vintage cars are vehicles which
were built in the vintage era, which
began in 1919.
• Closed-bodied cars with heating
systems, standardized controls, and
front-mounted engines.
• The new closed-body style allowed
families to travel while comfortably
shielded from the elements, and
standard controls made driving
more convenient and easier.
16. PRE WAR ERA
• Steam-powered road
vehicles, both cars and
wagons.
• Fast-steaming lightweight
boilers and efficient engine
designs.
• Development of the high-
speed diesel engine from
1930.
17. POST WAR ERA
• THE POST-WAR ERA (1945 – 1970s)
• Throughout the 1950s, engine power
and vehicle speeds rose, designs
became better integrated and more
stylized, and cars grew more popular
across the world. The auto market
slightly shifted in the 1960s, causing
Detroit to worry about foreign
competition. European makers
adopted even greater technology and
Japan appeared as a serious car-
producing nation.
18. MODERN ERA
• Body styles have changed as
well in the modern era. Three
types, the hatchback, sedan,
and sport utility vehicles.
• The modern era has also seen
rapidly improving fuel
efficiency and engine output.
• the adoption of the diesel
engine, and the
ubiquity of fuel injection.
19. Ambassador – the iconic Indian car
Ambassador was the first
car to be produced in India.
It started production in 1958,
and for a long time was the
only car to be sold in India.
Despite the fact that it
had over 70% market
share at a time, how did
they lose their grip and
slip to a mere 0.12%
20. The increasing popularity of Maruti
800 hatchback was a warning
about the impending future. Soon
after, in the 1990s after
liberalization took over the country
and markets opened up to new
players, people started buying
different car models.
What went wrong?
As more cars came to the Indian
market, the Ambassador didn't find
a category to fit in, it was too big
for a Hatchback and too small to be
called an SUV.
23. HYBRID VEHICLES
• Hybrids are most often gasoline-burning
machines that utilize their electric bits to
collect and reuse energy that normally goes to
waste in standard cars.
24. 1. Much Cleaner Energy
2. Higher Gas Mileage, Lower Gas Costs
3. Regenerative Battery
4. Less noise
The Advantages of Hybrid Cars
25. Disadvantages of hybrid cars
• They have less weight.
• Poor handling.
• High cost.
• High maintenance.