1) The document explains different automobile body types including sedans, hatchbacks, SUVs, coupes, convertibles, limousines, station wagons, vans, and roadsters.
2) Sedans are passenger cars with two rows of seats that provide good fuel economy and handling but less storage space than other vehicle types. Hatchbacks are similar to sedans but have a rear door that opens upward to increase cargo space.
3) SUVs prioritize size, comfort, and an adventurous ride with the ability to travel on- and off-road, making them suitable for large families or frequent cargo hauling.
general classification of cars based on the body styling and features is described in this presentation. This compilation from the internet source(wheelzine.com) may be useful to the students of Automobile Engineering.
The document discusses factors that influence visibility from a vehicle, including blind spots, forward visibility, and other design criteria like pillar placement, windshield angle, and driver height. It provides tips for better visibility such as keeping windows clean, adjusting mirrors properly, and ensuring glasses prescriptions are up to date. Visibility is important for safety and the document outlines both vehicle design considerations and driver practices to maximize a driver's field of view.
This document discusses and defines different car body styles including 4x4, city car, coupe, estate, hatchback, MPV, saloon, and sports car. It provides details on each style such as 4x4 having all-wheel drive for rough terrain, city cars being compact for urban use, coupes having two doors and two or four seats, estates having additional cargo space, and hatchbacks having rear doors that open upward. MPVs are designed for multiple purposes like passenger and cargo transport, saloons have separate bonnets and boots, and sports cars prioritize handling and speed over comfort.
This document discusses various automobile safety systems. It begins by introducing automobile safety and some early studies on improving vehicle safety through seat belts and padded dashboards. It then describes several key active and passive safety systems used in modern vehicles, including airbags, seat belts, anti-lock braking systems, collision warning systems, blind spot detectors, electronic stability control, and cruise control. For each system, it provides a brief explanation of its purpose and functioning to enhance road safety and prevent injuries during accidents.
Basic vehicle maintenance tips before travelling include checking the battery to ensure it is fully charged, checking fluid levels such as oil, brake fluid, windshield wiper fluid and coolant to maintain proper levels, and inspecting hoses, belts and tires for cracks, leaks, proper tension and pressure. Performing these basic checks on a vehicle before long trips can help prevent breakdowns and ensure a safe journey.
Headlights and tail lights are the main lights used on vehicles. Headlights illuminate the road ahead for safe driving at night and usually have high and low beams. Tail lights make the rear of the vehicle visible to other drivers and often incorporate brake lights. Vehicles also have many interior lights, turn signals, parking lights, and other auxiliary lights to increase visibility and safety. Modern lighting systems are electric and carefully designed and positioned around the vehicle.
Traction control systems help prevent wheel slippage and maintain traction under acceleration. The document discusses the history of traction control which originated from 4-wheel drive systems and antilock braking systems. It describes different types of traction control systems including limited slip differentials and how they work. Examples are given of traction control systems used in cars, motorcycles, and race vehicles to improve safety and performance by avoiding wheel slip during acceleration and turns.
general classification of cars based on the body styling and features is described in this presentation. This compilation from the internet source(wheelzine.com) may be useful to the students of Automobile Engineering.
The document discusses factors that influence visibility from a vehicle, including blind spots, forward visibility, and other design criteria like pillar placement, windshield angle, and driver height. It provides tips for better visibility such as keeping windows clean, adjusting mirrors properly, and ensuring glasses prescriptions are up to date. Visibility is important for safety and the document outlines both vehicle design considerations and driver practices to maximize a driver's field of view.
This document discusses and defines different car body styles including 4x4, city car, coupe, estate, hatchback, MPV, saloon, and sports car. It provides details on each style such as 4x4 having all-wheel drive for rough terrain, city cars being compact for urban use, coupes having two doors and two or four seats, estates having additional cargo space, and hatchbacks having rear doors that open upward. MPVs are designed for multiple purposes like passenger and cargo transport, saloons have separate bonnets and boots, and sports cars prioritize handling and speed over comfort.
This document discusses various automobile safety systems. It begins by introducing automobile safety and some early studies on improving vehicle safety through seat belts and padded dashboards. It then describes several key active and passive safety systems used in modern vehicles, including airbags, seat belts, anti-lock braking systems, collision warning systems, blind spot detectors, electronic stability control, and cruise control. For each system, it provides a brief explanation of its purpose and functioning to enhance road safety and prevent injuries during accidents.
Basic vehicle maintenance tips before travelling include checking the battery to ensure it is fully charged, checking fluid levels such as oil, brake fluid, windshield wiper fluid and coolant to maintain proper levels, and inspecting hoses, belts and tires for cracks, leaks, proper tension and pressure. Performing these basic checks on a vehicle before long trips can help prevent breakdowns and ensure a safe journey.
Headlights and tail lights are the main lights used on vehicles. Headlights illuminate the road ahead for safe driving at night and usually have high and low beams. Tail lights make the rear of the vehicle visible to other drivers and often incorporate brake lights. Vehicles also have many interior lights, turn signals, parking lights, and other auxiliary lights to increase visibility and safety. Modern lighting systems are electric and carefully designed and positioned around the vehicle.
Traction control systems help prevent wheel slippage and maintain traction under acceleration. The document discusses the history of traction control which originated from 4-wheel drive systems and antilock braking systems. It describes different types of traction control systems including limited slip differentials and how they work. Examples are given of traction control systems used in cars, motorcycles, and race vehicles to improve safety and performance by avoiding wheel slip during acceleration and turns.
This document provides an overview of vehicle body engineering, including:
1. It defines key terms related to vehicle body design such as chassis, body, suspension system, and power train.
2. It describes the basic requirements for automobile body design including strength, stiffness, providing adequate space, minimizing air drag, and protecting occupants from weather, corrosion, and accidents.
3. It discusses important considerations for vehicle body design like visibility, terminology, and methods to improve space requirements. Diagrams are included to illustrate factors that influence visibility and space.
Vehicle categories are essential for regulating the automotive industry internationally. There are several international organizations that classify vehicles for regulatory purposes, with the main ones being NHTSA in the US and UNECE (ECE) in Europe. ECE vehicle categories include M (passenger vehicles), N (goods vehicles), L (three-wheeled or smaller vehicles), T/R/S (agricultural vehicles), and O (trailers). Passenger vehicles are further broken down by size and use. The document then provides examples to illustrate the various vehicle types that fall under the different international classification systems.
Vehicle Body Engineering Bus Body DetailsRajat Seth
This document discusses different types and classifications of bus bodies. It describes mini buses, town/city buses, suburban buses, and luxury coaches based on their passenger capacity and key features. The document also provides a table comparing passenger capacities for different bus types. Finally, it classifies buses based on body shape, such as classic, single deck, double deck, two level single decker, and articulated buses.
Hill assist is an automatic system that operates brakes to stop rolling back when it is starting on steep hill. When hill assist system senses vehicle is starting from rest on slope, it automatically keeps footbrake even after you release the pedal by accelerated vehicle using parking brake /hand brake. The hill start assist control helps to increase control on steep grades and prevents from locking. In this hill stop mechanism is also described to prevent car from rolling back.
Crash tests are conducted to evaluate vehicle safety and reduce injuries. Standard tests include frontal impacts at 35 mph into a barrier, side impacts from a moving barrier at 31 mph, and offset frontal crashes where only one side hits a barrier at 40 mph. Advanced crash test facilities use dummies equipped with sensors, barriers, and high speed cameras to analyze crash forces and the likelihood of injury. Vehicle structures are designed to manage crash energy through elements like crumple zones that absorb the force of impacts. Star ratings indicate a vehicle's expected level of occupant protection based on test results.
The document discusses the vehicle body construction. It begins by introducing the objectives of the session which are to understand how vehicle parts form the body and give an aesthetic view to consumers. It then covers various topics related to vehicle body design including the importance of design, types of bodies, body construction components, body materials, and aerodynamics. The document focuses on the components that make up the vehicle body, how the body is constructed, and the purpose of key parts like doors, hood, seats, and other interior and exterior parts.
The document provides guidance on basic car maintenance to prevent bigger issues and save money. It lists several key areas of maintenance including changing the engine oil every 3,000-10,000 miles depending on the manufacturer; checking brake fluid levels regularly; checking and maintaining proper tire pressure weekly; and checking engine coolant levels for long trips. Regular maintenance of air filters, hoses, belts, and wiper blades is also recommended.
The document defines and provides examples of different types of automobiles categorized based on the number of wheels. It discusses vehicles from single wheelers to four wheelers and beyond, including subcategories such as hatchbacks, sedans, SUVs, and more. Body styles, engine sizes, features, and common examples are outlined for each automobile type and segment.
Electronic Brake force distribution (EBFD)Felis Goja
EBD is an automobile brake technology that automatically varies the amount of force applied to each of a vehicle's wheels based on road conditions, speed, loading on wheel etc.
This helps you to know the advance technology of automotive.In this paper, I address the influence of ICT based Intelligent Automobile Safety System reduce the proportion of Highway Accidents due to human factor (i.e. 95%). These systems make use of ICT to provide solutions for improving road safety in particular in the pre-crash phase. These systems operate either autonomously on board of the vehicle or co-operatively through vehicle to vehicle or vehicle to infrastructure communications. They make it possible to ensure safe speed, lane support, pedestrian protection, night improved vision, driver information system, GPS & GIS navigation, emergency braking system, hill ascending & descending holders, traction control, roll over and its protection and wine smell detector.
This document discusses vehicle aerodynamics and the various road loads that affect a vehicle's performance and fuel efficiency. It covers topics such as aerodynamic drag, lift forces, pressure distributions, rolling resistance, and how factors like air density, drag coefficients, tire design and crosswinds influence a vehicle's handling and energy usage. The goal of vehicle aerodynamics is to optimize these elements to reduce wind resistance, improve stability, and minimize fuel consumption during driving.
Vehicle Body Terminology, Visibility & SpaceRajat Seth
This document discusses key terms related to vehicle body engineering including tailfins, center consoles, fascias, and other exterior and interior body parts. It also covers requirements for automobile body design such as strength, stiffness, adequate interior space, minimizing air drag, weather protection, corrosion resistance, and safety in accidents. Finally, it addresses the importance of visibility and methods to improve frontal, downward, and rearward visibility for drivers through strategic window placement and sizing.
The document analyzes opportunities for India as an international sourcing destination for the design, development, and manufacture of automobile engines for the global passenger car industry. It discusses trends in the global automotive industry, including the importance of the powertrain which comprises 40% of a car's value. The powertrain market is projected to exceed $598 billion. India has advantages like a growing middle class, stable economy, and lower costs, but needs to integrate more into global production networks and innovation to remain competitive. The document examines trade in car engines and India's potential to influence key markets. It also evaluates how trade agreements could create opportunities for Indian players.
1. The document discusses and provides examples of different types of cars classified by their design, including sports cars, muscle cars, sedans, SUVs, MUVs, coupes, hatchbacks, and station wagons.
2. Sports cars are two-seat vehicles designed for quick acceleration and handling while muscle cars have powerful engines and aggressive styling. Sedans have four doors and seating for adults, and SUVs provide cargo space and four-wheel drive capability.
3. Example vehicle types mentioned include the Nissan GT-R, Ford Mustang, Porsche Panamera, BMW X4, Maruti Ertiga, Jaguar F-Type, and BMW 328i station wagon. The document
This document provides information on various automobile safety features, including airbags, anti-lock braking systems, traction control, and electronic stability control. It discusses how airbags work by inflating rapidly during a collision to cushion occupants from impact. Anti-lock braking systems use sensors and microprocessors to monitor wheel speed and prevent skidding during braking. Traction control builds on ABS to control engine and brake functions to prevent wheel slip on low traction surfaces. Electronic stability control uses sensors and individual braking of wheels to augment directional stability and limit understeering and oversteering during maneuvers. Global automakers spend billions annually on new safety technologies to protect occupants.
This document discusses measuring the quality of car maintenance procedures and whether customers should follow manufacturer-recommended service schedules. It outlines common service procedures like checking and changing fluids and filters, inspecting components, and cleaning the vehicle. It also reviews literature on using the SERVQUAL model to measure service quality gaps and research showing engine reliability benefits from periodic oil changes. The conclusion is that following service schedules achieves high customer satisfaction, though continuous improvement is needed in maintenance processes.
The document discusses adaptive cruise control (ACC) systems, which use sensors and controllers to maintain a safe distance from the vehicle ahead. It describes how ACC has evolved from conventional cruise control and now uses sensors like radar and LIDAR. ACC systems process sensor data to control braking and throttling. Cooperative ACC (CACC) allows vehicle-to-vehicle communication to coordinate speeds and braking more safely. While CACC promises increased safety and efficiency, its benefits require widespread adoption and it may encourage driver complacency. Researchers continue working to develop more advanced safety systems using sensors and vehicle communication.
The recent trend manufacturer’s shows keen interest in safety and pleasure riding. The seat belts and the airbags which are now a important attachment of the cars must be utilized fully for safer riding. The weakest and most harzdous part the glasses in cars are also now made to add safety with the advanced technology. If this condition persist the safety factor in cars will reach a pioneer position. With these kind of improved technology will pay way for usage of large number of passenger cars
Introduction to Vehicle Electronic Systems and Fault DiagnosisPraneel Chand
1. The document provides an introduction to vehicle electronic systems and fault diagnosis. It discusses the basic components of electronic systems, including electronic control units, sensors, actuators, and cables.
2. It describes the process of electronic system diagnosis and repair, which involves determining the defective component and replacing it, using diagnostic tools and a logical procedure.
3. Several general six-step approaches to diagnostic processes are presented, including collecting evidence, analyzing evidence, locating the fault, finding and rectifying the cause, and testing the repair. Examples of applying these steps are also provided.
1) Microcars are small, lightweight vehicles that typically seat two people and have engines under 1.0 liter. They were popular in post-war Europe and sometimes had unconventional designs like three wheels.
2) City cars are slightly larger than microcars and intended for urban areas. They provide better speed, capacity, and protection than microcars for mixed traffic conditions.
3) Superminis are slightly larger than city cars and designed to seat four people comfortably. Current models are around 3900 mm long for hatchbacks and 4200 mm for sedans and estates.
It is the most common question that arises when you are in the market looking for a new car but not sure what kind of car suits your personality, budget and practicality wise. To help you through this confusion and aid you in making a choice we've compiled a brief description of the most popular vehicle types such as Small City Car, Hatchback, Coupe, Convertible/Cabriolet, Sedan/Saloon, SUV, MPV, Estate and Crossovers.
This document provides an overview of vehicle body engineering, including:
1. It defines key terms related to vehicle body design such as chassis, body, suspension system, and power train.
2. It describes the basic requirements for automobile body design including strength, stiffness, providing adequate space, minimizing air drag, and protecting occupants from weather, corrosion, and accidents.
3. It discusses important considerations for vehicle body design like visibility, terminology, and methods to improve space requirements. Diagrams are included to illustrate factors that influence visibility and space.
Vehicle categories are essential for regulating the automotive industry internationally. There are several international organizations that classify vehicles for regulatory purposes, with the main ones being NHTSA in the US and UNECE (ECE) in Europe. ECE vehicle categories include M (passenger vehicles), N (goods vehicles), L (three-wheeled or smaller vehicles), T/R/S (agricultural vehicles), and O (trailers). Passenger vehicles are further broken down by size and use. The document then provides examples to illustrate the various vehicle types that fall under the different international classification systems.
Vehicle Body Engineering Bus Body DetailsRajat Seth
This document discusses different types and classifications of bus bodies. It describes mini buses, town/city buses, suburban buses, and luxury coaches based on their passenger capacity and key features. The document also provides a table comparing passenger capacities for different bus types. Finally, it classifies buses based on body shape, such as classic, single deck, double deck, two level single decker, and articulated buses.
Hill assist is an automatic system that operates brakes to stop rolling back when it is starting on steep hill. When hill assist system senses vehicle is starting from rest on slope, it automatically keeps footbrake even after you release the pedal by accelerated vehicle using parking brake /hand brake. The hill start assist control helps to increase control on steep grades and prevents from locking. In this hill stop mechanism is also described to prevent car from rolling back.
Crash tests are conducted to evaluate vehicle safety and reduce injuries. Standard tests include frontal impacts at 35 mph into a barrier, side impacts from a moving barrier at 31 mph, and offset frontal crashes where only one side hits a barrier at 40 mph. Advanced crash test facilities use dummies equipped with sensors, barriers, and high speed cameras to analyze crash forces and the likelihood of injury. Vehicle structures are designed to manage crash energy through elements like crumple zones that absorb the force of impacts. Star ratings indicate a vehicle's expected level of occupant protection based on test results.
The document discusses the vehicle body construction. It begins by introducing the objectives of the session which are to understand how vehicle parts form the body and give an aesthetic view to consumers. It then covers various topics related to vehicle body design including the importance of design, types of bodies, body construction components, body materials, and aerodynamics. The document focuses on the components that make up the vehicle body, how the body is constructed, and the purpose of key parts like doors, hood, seats, and other interior and exterior parts.
The document provides guidance on basic car maintenance to prevent bigger issues and save money. It lists several key areas of maintenance including changing the engine oil every 3,000-10,000 miles depending on the manufacturer; checking brake fluid levels regularly; checking and maintaining proper tire pressure weekly; and checking engine coolant levels for long trips. Regular maintenance of air filters, hoses, belts, and wiper blades is also recommended.
The document defines and provides examples of different types of automobiles categorized based on the number of wheels. It discusses vehicles from single wheelers to four wheelers and beyond, including subcategories such as hatchbacks, sedans, SUVs, and more. Body styles, engine sizes, features, and common examples are outlined for each automobile type and segment.
Electronic Brake force distribution (EBFD)Felis Goja
EBD is an automobile brake technology that automatically varies the amount of force applied to each of a vehicle's wheels based on road conditions, speed, loading on wheel etc.
This helps you to know the advance technology of automotive.In this paper, I address the influence of ICT based Intelligent Automobile Safety System reduce the proportion of Highway Accidents due to human factor (i.e. 95%). These systems make use of ICT to provide solutions for improving road safety in particular in the pre-crash phase. These systems operate either autonomously on board of the vehicle or co-operatively through vehicle to vehicle or vehicle to infrastructure communications. They make it possible to ensure safe speed, lane support, pedestrian protection, night improved vision, driver information system, GPS & GIS navigation, emergency braking system, hill ascending & descending holders, traction control, roll over and its protection and wine smell detector.
This document discusses vehicle aerodynamics and the various road loads that affect a vehicle's performance and fuel efficiency. It covers topics such as aerodynamic drag, lift forces, pressure distributions, rolling resistance, and how factors like air density, drag coefficients, tire design and crosswinds influence a vehicle's handling and energy usage. The goal of vehicle aerodynamics is to optimize these elements to reduce wind resistance, improve stability, and minimize fuel consumption during driving.
Vehicle Body Terminology, Visibility & SpaceRajat Seth
This document discusses key terms related to vehicle body engineering including tailfins, center consoles, fascias, and other exterior and interior body parts. It also covers requirements for automobile body design such as strength, stiffness, adequate interior space, minimizing air drag, weather protection, corrosion resistance, and safety in accidents. Finally, it addresses the importance of visibility and methods to improve frontal, downward, and rearward visibility for drivers through strategic window placement and sizing.
The document analyzes opportunities for India as an international sourcing destination for the design, development, and manufacture of automobile engines for the global passenger car industry. It discusses trends in the global automotive industry, including the importance of the powertrain which comprises 40% of a car's value. The powertrain market is projected to exceed $598 billion. India has advantages like a growing middle class, stable economy, and lower costs, but needs to integrate more into global production networks and innovation to remain competitive. The document examines trade in car engines and India's potential to influence key markets. It also evaluates how trade agreements could create opportunities for Indian players.
1. The document discusses and provides examples of different types of cars classified by their design, including sports cars, muscle cars, sedans, SUVs, MUVs, coupes, hatchbacks, and station wagons.
2. Sports cars are two-seat vehicles designed for quick acceleration and handling while muscle cars have powerful engines and aggressive styling. Sedans have four doors and seating for adults, and SUVs provide cargo space and four-wheel drive capability.
3. Example vehicle types mentioned include the Nissan GT-R, Ford Mustang, Porsche Panamera, BMW X4, Maruti Ertiga, Jaguar F-Type, and BMW 328i station wagon. The document
This document provides information on various automobile safety features, including airbags, anti-lock braking systems, traction control, and electronic stability control. It discusses how airbags work by inflating rapidly during a collision to cushion occupants from impact. Anti-lock braking systems use sensors and microprocessors to monitor wheel speed and prevent skidding during braking. Traction control builds on ABS to control engine and brake functions to prevent wheel slip on low traction surfaces. Electronic stability control uses sensors and individual braking of wheels to augment directional stability and limit understeering and oversteering during maneuvers. Global automakers spend billions annually on new safety technologies to protect occupants.
This document discusses measuring the quality of car maintenance procedures and whether customers should follow manufacturer-recommended service schedules. It outlines common service procedures like checking and changing fluids and filters, inspecting components, and cleaning the vehicle. It also reviews literature on using the SERVQUAL model to measure service quality gaps and research showing engine reliability benefits from periodic oil changes. The conclusion is that following service schedules achieves high customer satisfaction, though continuous improvement is needed in maintenance processes.
The document discusses adaptive cruise control (ACC) systems, which use sensors and controllers to maintain a safe distance from the vehicle ahead. It describes how ACC has evolved from conventional cruise control and now uses sensors like radar and LIDAR. ACC systems process sensor data to control braking and throttling. Cooperative ACC (CACC) allows vehicle-to-vehicle communication to coordinate speeds and braking more safely. While CACC promises increased safety and efficiency, its benefits require widespread adoption and it may encourage driver complacency. Researchers continue working to develop more advanced safety systems using sensors and vehicle communication.
The recent trend manufacturer’s shows keen interest in safety and pleasure riding. The seat belts and the airbags which are now a important attachment of the cars must be utilized fully for safer riding. The weakest and most harzdous part the glasses in cars are also now made to add safety with the advanced technology. If this condition persist the safety factor in cars will reach a pioneer position. With these kind of improved technology will pay way for usage of large number of passenger cars
Introduction to Vehicle Electronic Systems and Fault DiagnosisPraneel Chand
1. The document provides an introduction to vehicle electronic systems and fault diagnosis. It discusses the basic components of electronic systems, including electronic control units, sensors, actuators, and cables.
2. It describes the process of electronic system diagnosis and repair, which involves determining the defective component and replacing it, using diagnostic tools and a logical procedure.
3. Several general six-step approaches to diagnostic processes are presented, including collecting evidence, analyzing evidence, locating the fault, finding and rectifying the cause, and testing the repair. Examples of applying these steps are also provided.
1) Microcars are small, lightweight vehicles that typically seat two people and have engines under 1.0 liter. They were popular in post-war Europe and sometimes had unconventional designs like three wheels.
2) City cars are slightly larger than microcars and intended for urban areas. They provide better speed, capacity, and protection than microcars for mixed traffic conditions.
3) Superminis are slightly larger than city cars and designed to seat four people comfortably. Current models are around 3900 mm long for hatchbacks and 4200 mm for sedans and estates.
It is the most common question that arises when you are in the market looking for a new car but not sure what kind of car suits your personality, budget and practicality wise. To help you through this confusion and aid you in making a choice we've compiled a brief description of the most popular vehicle types such as Small City Car, Hatchback, Coupe, Convertible/Cabriolet, Sedan/Saloon, SUV, MPV, Estate and Crossovers.
This document discusses various automobile body styles including microcars, hatchbacks, saloons/sedans, estate cars/station wagons, sports cars and grand tourers, convertibles, off-roaders like SUVs and crossovers, minivans, vans, campervans, RVs, limousines, fastbacks, hardtops, and pickup trucks. Each body style is briefly defined, with microcars noted as small vehicles under 1.0 liter that seat 2, hatchbacks having a rear door that opens upward, and saloons/sedans having separate compartments for engine, passengers, and cargo.
This document provides instructions for checking a vehicle before driving and procedures for driving a vehicle with a manual or automatic transmission. It begins by listing check procedures for various vehicle systems that should be performed before driving, such as oil level, tire pressure, and lights. It then describes techniques for starting and stopping a vehicle with a manual transmission, including how to shift gears smoothly. For automatic transmissions, it outlines how to operate basic controls and prepare the vehicle for driving safely. The document aims to teach readers how to move and position a vehicle according to industry standards.
1-AE-UNIT-I-Classification and Components of four wheeler automobile.pptxGuntur Rajesh
The document provides a history of the automobile from its origins in the late 18th century. Some of the key developments include:
- In 1769, Nicholas Carnot created the first self-propelled road vehicle powered by a steam engine.
- In the late 19th century, Gottlieb Daimler and Karl Benz developed the first vehicles powered by internal combustion engines, paving the way for modern cars.
- Henry Ford later formed the Ford Motor Company in 1903, making cars more affordable for mass production.
- More recent automotive innovations include the introduction of anti-lock braking systems in 1978 and hybrid gas-electric engines by Honda and Toyota in 2002.
The document discusses SUVs and provides classifications and examples of different types of SUVs. It then discusses some popular SUV models in India including the Mahindra Scorpio, Renault Duster, and Ford EcoSport. For the Ford EcoSport, it outlines the pricing strategies used during launch, promotion activities like test drives, and reviews from customers and experts on its performance, design, and comparisons to competitors. It also analyzes gaps in Ford's marketing of the EcoSport in India and provides potential strategies to address these gaps.
The document discusses vehicle classification, chassis, and body components. It covers:
- Three main vehicle classifications: single unit, articulated, and heavy tractor vehicles.
- Vehicle layout is defined by power plant location, steering position, and drivetrain. The chassis includes frames, dimensions, and materials.
- Body construction details integrated body designs and interior systems like dashboards and seating.
- Vehicle types are further broken down into passenger, goods, buses, and lorries/trucks categories.
- Key chassis components like engines, drivetrains, suspensions, steering and fuel systems are also outlined.
Choosing the right van depends on key factors like vehicle type, engine options, payload, and passengers. The document discusses different van types like cargo vans, panel vans, and pickup trucks. It also covers important considerations for engines, including the advantages and disadvantages of electric, diesel, and petrol engines. Additionally, it discusses other factors like van wheelbase, payload capacity, and ensuring the total weight does not exceed legal limits.
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.
There are two main types of chassis: conventional or frame-full chassis and non-conventional or frameless chassis. A conventional chassis has a separate ladder frame that supports the engine, transmission, steering, and suspension systems, while the body is attached to this frame. A frameless chassis has the body itself act as the frame, integrating all vehicle systems without a separate ladder structure. Conventional chassis provide higher load capacity but more vibration, while frameless chassis offer better handling due to increased body rigidity but reduced cargo space. Vehicle bodies also vary between hatchbacks, sedans, wagons, multi-purpose vehicles, sport utility vehicles, and more.
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.
The document discusses the history of automobiles and provides information on various types of vehicles. It begins with the first self-propelled road vehicle invented in 1769 powered by steam. It then lists the top 10 car manufacturers globally and provides brief descriptions of common vehicle types like sedans, coupes, station wagons, convertibles, sports cars, minivans, SUVs, pickup trucks and vans. The document concludes with tips on modifying a model muscle car into a stock car.
The document provides information on the history of automobiles and early steam-powered vehicles. It lists the top 10 car manufacturers globally and describes different types of vehicles such as sedans, coupes, station wagons, convertibles, sports cars, minivans, SUVs, pickup trucks and vans. It also provides step-by-step instructions for modifying a model muscle car into a stock car.
The document analyzes the mid-level luxury performance sedan market. It describes the target consumers as younger adults interested in performance over practicality who want powerful engines and handling. Vehicle options in this market include the Acura TL and Cadillac CTS, which start around $33,000 and compete directly with BMW 3 Series. The Acura TL appeals more to older buyers while the redesigned Cadillac CTS targets younger consumers as Cadillac works to reposition its brand image in this segment.
This document summarizes the key features and benefits of Roadtrek motorhomes. It highlights their storage capacity, comfortable interior, driving ease due to their small size, fuel efficiency, and innovative design features. Roadtreks are described as the #1 selling class B motorhome in North America since 1990 due to their ability to provide the comforts of home while also being nimble to drive, easy to park, and having lower operating costs than other motorhomes or a second vehicle.
Fleet management these days is next to impossible without connected vehicle solutions. Why? Well, fleet trackers and accompanying connected vehicle management solutions tend to offer quite a few hard-to-ignore benefits to fleet managers and businesses alike. Let’s check them out!
Ever been troubled by the blinking sign and didn’t know what to do?
Here’s a handy guide to dashboard symbols so that you’ll never be confused again!
Save them for later and save the trouble!
Implementing ELDs or Electronic Logging Devices is slowly but surely becoming the norm in fleet management. Why? Well, integrating ELDs and associated connected vehicle solutions like fleet tracking devices lets businesses and their in-house fleet managers reap several benefits. Check out the post below to learn more.
The Octavia range embodies the design trend of the Škoda brand: a fusion of
aesthetics, safety and practicality. Whether you see the car as a whole or step
closer and explore its unique features, the Octavia range radiates with the
harmony of functionality and emotion
What Could Be Behind Your Mercedes Sprinter's Power Loss on Uphill RoadsSprinter Gurus
Unlock the secrets behind your Mercedes Sprinter's uphill power loss with our comprehensive presentation. From fuel filter blockages to turbocharger troubles, we uncover the culprits and empower you to reclaim your vehicle's peak performance. Conquer every ascent with confidence and ensure a thrilling journey every time.
2. CAR BODY STYLES
Sedan
HatchBack
Sports Utility vehicles(SUVs)
Coupe
Convertible
Limousine
Station Wagon
Van
Jeep
Roadster
Phaeton
Grand Touring
Coach
Bus
Double-Decker Bus
Truck
Crew cab
Trax
3. SEDAN/SALOON:
o A sedan car or saloon car is a passenger car with two rows of seats and adequate passenger space in
the rear compartment for adult passengers.
o Sedans tend to provide better fuel economy, affordability, handling, and performance. New drivers
in particular favor the sedan over other body types for their safety and handling. If you are looking
for a practical, commuter car with space for passengers, a sedan is the classic choice.
o Since they are closer to the ground and have a lower center of gravity, they tend to perform better
around corners and sharp turns than larger vehicles such as SUVs. As a result, they are much less
prone to tipping and rolling over than trucks and SUVs. With less weight and a lower center of
gravity, it’s easier to move and better for the environment.
4. o The biggest downside of a sedan is the space. The sedan’s lower position gives it a tighter grip on the road, but
also a more awkward storage space. Instead of a large storage area with foldable seats, expect a relatively small
space tucked between the wheelbase. Head and leg room can also be an issue for some car buyers. If need a little
more space, check out the hatchback and crossover options.
o Some sedans available in the market are Chevrolet Malibu, Honda Civic, Toyota Corolla, Ford Focus
etc.
Notchback sedans [3]
(1962 Chevrolet Impala)
Fastback sedans [3]
(1941 Plymouth fastback
sedan) Two door sedan sedans [3]
(Opel Kadett B two-door sedan)
Contd..
5. HATCHBACK:
o Hatchbacks can be described as three door or five door cars that come with a rear door that swings
upward to increase a cargo area.
o There is a separate cabin for engine in these cars, while passenger and cargo areas are together.
Precisely, these body-types do not have an extra rear-end stuffed outside, and is also said to be the
two-box in dimension.
o Generally hatchbacks have rear seats that fold flat to increase cargo space. Not only the backseat fold
up, but the seat bottom in the backseat also folds up. Along with styling and spaciousness, their
resale value is excellent.
o Hatchbacks look like sedans, but they actually have a steeply raked hatchback that affords easier
accessibility to the cargo area and greater carrying capacity than a traditional trunk would.
6. Contd..
o Hatchbacks are popularly known to be reasonable economy cars but much faster and highly-capable
hot-hatchbacks though a bit expensive but are very popular amongst enthusiasts.
o Some popular hatchbaks in india :
Maruti Swift
Tata Tiago
Maruti Alto
Hyundai i20
Tata Altroz
Volkswagen polo
7. Sports Utility vehicles :
o The SUV (Sports Utility Vehicles) is a type of passenger vehicle which possess passenger-carrying and load-
pulling abilities with the efficiency of a pick-up truck. In some countries SUVs are known as off-roader or four-
wheel drive (4WD) or 4×4.
o It is a belief that SUVs are descendants of commercial and military vehicles such as the Jeep and Land Rover. The
squarish design in many SUVs is little bit due to the Jeep.
o Early SUVs were meant to be practical and a means to carry all (passengers or cargos). SUV uses a body on frame
design. That means, the body and frame are built separately and then placed together.
o By the end of the twentieth century, SUVs began to gain popularity. SUVs, large cabins, higher ride height, and
safety attract buyers towards them.
o These vehicles have a separate engine area, although passenger and luggage area are enclosed together.
8. Contd..
o SUVs prioritize size and comfort, and can provide a more adventurous ride than minivans or station
wagons. They are designed for both on and off-road use.
o To be precise, if one has a big family, or carry large loads of cargo usually, then the ideal vehicle to go
with is an SUV.
o Some of popular SUVs in india:
Toyota Fortuner
Tata Safari
Mahindra Scorpio
Hyundai Creta
Maruti Vitara Brezza
9. Coupe :
o A coupe, or French coupé, has two doors and a low, fixed roof, giving it a sporty feel. Up until the
1960s, convertibles were sometimes called drop-head coupes. Now, however, coupes refer exclusively
to fixed head models.
o Coupes are stylish cars best for singles or couples. Coupes and convertibles attract a similar kind of
buyer—someone who values style and experience just as much as utility and performance.
o Since space isn’t the priority, car designers can focus on muscle, stylish features, and performance.
o The doors tend to be wider and the roof lower. It is shorter than a sedan and may or may not have a back
seat. If there is back seating, it might be a little tighter than you may find comfortable.
10. Contd..
o Coupe customers sacrifice space for performance and aesthetics. Without kids or the need to haul
stuff, a coupe or convertible could be a great option. Convertibles and coupes are fun, great for
relationships, and you can sun tan on your commute.
o Some popular Coupes in india :
Ford Mustang
Porsche 911
Porsche 718 cayman
BMW M2 competition
Mercedes CLS
Mercedes CLS
11. Convertible :
o A convertible is a type of automobile in which the roof can retract and fold away, converting it from an
enclosed to an open-air vehicle.Generally it’s available in high end luxury vehicles.
o Electro mechanical devices are used for step by step folding of the roof lines.
o In earlier vehicles leather material were used. In modern vehicles the metal roof lines with design of
folding part by part and eventually rest on/in trunk part of the vehicle. Operating of a button is good
enough for folding or putting back the roof linings.
o There can be Hardtop,soft-top convertible cars, Targa-top or T-top convertibles.
12. Contd..
o Convertibles are more frequently used in cold countries wherein weather temperature is quite less and
also roads have lesser dusty conditions . It’s purely a preferred choice for persons with passion of
using stylish cars and the feel of air in hair when driving vehicle.
o In India also there are quite a number of convertible cars available and till date it’s the most demanded
design for the customers looking for modification in their cars.
o Some popular Convertibles in india :
Porsche 718
Boxster
BMW Z4
Porsche 911
Audi A3
Mini Cooper convertible
13. Roadsters:
o Roadsters are a sub-category of convertibles.
o Cars having no roofs at all are called roadsters and spyder but modern-day roadster and
spyder cars also have a foldable roof and hence the terms Convertibles, Cabriolets, Roadster
and Spyder are used similarly.
o The name usually only applies to two-seater sports cars with retractable roofs so the Mazda
MX-5 and Porsche Boxster are prime examples of the breed. Naturally, only the sportiest cars
come in this format so desirability is often very high.
14. Contd..
o Most issues with roadsters stem from their two-seat layout significantly limiting their practicality
compared to saloons and even coupes. Equally, roadsters typically fail to offer the same levels of
refinement and weather-proofing offered by hard-top cars – but, if you’re buying a sports car, you’re
unlikely to care.
o Some popular roadster in india :
Mazda MX-5
Porsche Boxster
Audi R8 Spyder
Noostalgia Jaguar XK 12
15. Limousine :
o A limousine , or limo for short, is a large luxury vehicle driven by a chauffeur with a partition between the
driver's compartment and the passenger's compartment.
o Limousines are often long-wheelbase vehicles, in order to provide extra legroom in the passenger compartment.
There will usually be occasional seats (in the U.S. called jump seats) at the front of the compartment (either
forward-facing, rear-facing or able to face either direction).
o The chassis of a limousine may have been extended by the manufacturer or by an independent coachbuilder.
These are referred to as "stretch" limousines and are traditionally black or white in color.
16. Contd..
o As the most expensive form of automobile ground transportation, limousines are culturally associated
with extreme wealth or power, and are commonly cited as an example of conspicuous consumption.
o These are cars which are used for political progressions and by famous people for their shenanigans.
17. Station WAGON/estate :
o Station wagon, also known as an estate or only wagon, is a body style which has an interior that is
extended to the back, and comes usually with an extra seat or luggage compartment. Derived from a
horse-drawn vehicle, the wagon name is used for cars that display a sharp level of utility. These
vehicles were very popular among families during the 1950s through the ‘70s.
o An easy way to determine whether the car is a wagon or not is that the roof line of a wagon continues
past the rear doors. A wagon offers everything from all-wheel drive, a roomy interior, rugged off-
road ground clearance, abundant technology, to turbo-diesel torque and efficiency. Occasionally this
term is used to refer to passenger vans.
18. Contd…
o Some of the examples for Wagon Type are Maruti Suzuki Wagon R, Mahindra Quanto, Tata
Indigo Marina, Old models like Tata Estate and so on. Even Maruti Suzuki Ertiga, Nissan Evalia
can be classified under wagon category. The size varies but category is similar
19. VAN :
o Van is the name given to cars with main perspective of flexibility in utilizing the interior space. It has
options of varying number of seats and hence luggage space .Best Example are the Maruti Suzuki
Omni, Eeco.
o Despite the rising preference for crossovers (CUVs) and SUVs, vans and minivans are still the classic
family car choice. Sometimes called Multi-Purpose Vehicles (MPVs), they are taller than station
wagons and offer spacious 3 row seating for 7 or more passengers.
o While you may be tempted by a modern-looking crossover, minivans tend to have more cargo space,
more ways to configure the interior, comfortable third row seats, easy access, and plenty of storage
cubbies.
20. CONTD..
o They may not be the sleekest or sexiest cars on the road, but what they lack in looks they make up for
in functionality. The boxy shape and square doors make it easy to haul any combination of cargo and
people. If you have a large family, this is a car designed for you.
o There is difference in the vehicles (particularly Van) used purely for commercial purpose and for the
one used for passenger purpose.Example for commercial usage vehicle are Tata Ace,Tata Venture etc.
21. CROSSOVER :
o Crossovers or Cross Utility Vehicles (CUV) are generally tall wagons and SUVs that are based on a car
platform for improved ride, comfort and fuel economy.
o They come with a front-wheel drive, rear-wheel drive or all-wheel drive configurations.
o The first proper attempt at a crossover vehicle was made by the Willys-Overland Jeepster.
o To attain a better foothold in the market, Willys builds a passenger car with the styling and roughness of
a Jeep. Though the car wasn’t a sales success, but it did introduce the basic principle of how a crossover
should be like.
22. CONTD…
o Like SUVs, crossover provides appealing qualities such as upright seating position, spacious interiors, great cargo
capacity, high ground clearance, smooth driving, better handling, improved fuel economy. So, in general language,
crossovers look like small SUVs, but they drive like regular cars. Their features are generally derived from
passenger cars, mostly from station wagons and hatchbacks. As crossover offers useful attributes of many vehicle
types, they are becoming popular among people.
o Some popular Crossovers in india :
Maruti S-cross
Honda WR-V
Maruti Ignis
Renault Kwid
Ford Freestyle
23. Grand Tourers :
o A Grand Tourer is usually just a big, posh coupe. They’re usually noticeably bigger and more expensive than
lesser models – the Bentley Continental GT is nearly as wide as a Range Rover and more expensive, too.
o These cars’ back seats tend to be a little more useable than your average coupe’s but still can’t quite match a full
saloon. They often get very powerful engines under the bonnet to provide plenty of power for overtaking and to
feel relaxed at high speeds, but this makes a marked dent in their fuel economy. Like roadsters, though, potential
buyers are unlikely to care.
24. PHAETON :
• The term phaeton had historically described a light, open four-wheeled carriage.
• A phaeton was a form of sporty open carriage popular in the late eighteenth and early nineteenth
century.
• A phaeton typically featured a minimal very lightly sprung body atop four extravagantly large
wheels.
• With open seating, it was both fast and dangerous, giving rise to its name, drawn from the mythical
Phaëton, son of Helios, who nearly set the Earth on fire while attempting to drive the chariot of the
Sun.
1897 Daimler Grafton Phaeton Cadillac phaeton carrying President Johnson, 1967
25. TRAX:
• The vehicles are of simple and durable construction, suited for the severe conditions
found in the Indian countryside. Typically, a multi-purpose vehicle/Multi Utility Vehicle
has two or three rows of seats which serve for 6 to 8 passengers. This is the most
important advantage of this vehicle. Also, the upright design style allows the interior
space to feel more spacious and roomier.
• Generally, these vehicles use unibody construction and thus are lightweight. Improved
construction and reduced weight result in better handling and fuel economy. A multi-
purpose vehicle can be either front wheel drive or rear wheel drive.
FORCE MOTORSTempo Trax Judo/Gurkha FORCE TOOFAN
26. Pickup Trucks :
o Pickup trucks command the road. They are big, rugged cars designed to perform big, rugged tasks.
Sitting high, you’ll have a bird’s eye view of the road.
o Pickups are a great option for people who have a lot of stuff to haul around. With an open rear cargo
area known as a “bed,” you won’t be hindered by cabin height. Truck beds are also great for tailgating,
camping, stargazing, and creative modifications (mini pool, anyone?)
o Whether you are hauling a boat to Galveston or jump-starting a home service business, you’ll be able
to do it all with the right pickup truck. Keep in mind that you’ll probably be the first one to call on
moving day.
27. CREW CABS :
• Crew cabs are the largest of the cab sizes. They seat up to five or six people with two full
rows of seating.
• Not only do they offer the most room, but they usually have four front-hinging doors.
Crew cabs are also more expensive than regular and extended cab trucks.
• Trucks with individual seats in the front and a bench in the back hold five, while pickup
trucks with four individual seats hold four. Many manufacturers offer only one seating
design, while others include seat selection as a trim option.
Ford F-350 Super Duty Crew Cab V10 2019 GMC Sierra 1500 Crew Cab
28. TRUCK :
• A truck or lorry is a motor vehicle designed to transport cargo.
• Made of a chassis, a cab, an area for placing cargo or equipment, axles, suspension and roadwheels , an engine and
a drivetrain. Pneumatic, hydraulic, water, and electrical systems may also be present. Many also tow one or
more trailers or semi-trailers.
• The "cab" is an enclosed space where the driver is seated. A "sleeper" is a compartment attached to or integral with
the cab where the driver can rest while not driving, sometimes seen in semi-trailer trucks.
• Commercial trucks can be very large and powerful and may be configured to be mounted with specialized
equipment, such as in the case of refuse trucks, fire trucks, concrete mixers, and suction excavators
Freightliner M2 dump truck Liebherr T 282B mining truck
29. Contd…
Some popular pickup trucks are :
Isuzu D-Max V-Cross
Tata Xenon
Mahindra Imperio
Mahindra Scorpio Getaway
Mahindra Bolero Camper
30. COACH BUSES :
o A coach is a bus used for longer-distance service, in contrast to transit buses that are typically used
within a single metropolitan region. Often used for touring, intercity and international bus service,
coaches are also used for private charter for various purposes.
o Deriving the name from horse-drawn carriages and stagecoaches that carried passengers, luggage, and
mail, modern motor coaches are almost always high-floor buses, with a separate luggage hold
mounted below the passenger compartment.
31. CONTD…
o In contrast to transit buses, motor coaches typically feature forward-facing seating, with no provision
for standing. Other accommodations may include on-board restrooms, televisions, and overhead
luggage space.
o Characteristics of coaches include:
Comfortable seats that may include a folding table, armrests, and recliner. Comfort is considered to be
an important feature in coaches.
Luggage racks above the seats where passengers can access their carry-on baggage during the journey
Baggage holds, accessed from outside the vehicle, often under the main floor or at the rear, where
passengers' luggage can be stowed away from the seating area
Passenger service units, mounted overhead, on which personal reading lights and air conditioning ducts
can be controlled and used by individual passengers with little disturbance to other passengers
On-board rest rooms fitted with chemical toilets, hand basins and hand sanitizer.
On some coaches, on-board entertainment including movies may be shown to passengers
On-board refreshment service or vending machines
Wheelchair accommodation, possibly including a wheelchair lift for access
Curtains, useful on overnight services
32. SINGLE DECKER BUS :
o A single-decker bus or single-decker is a bus that has a single deck for passengers. Normally the use of the term
single-decker refers to a standard two-axle rigid bus, in direct contrast to the use of the term double-decker bus,
which is essentially a bus with two passengers decks and a staircase. These types of single-deckers may feature
one or more doors, and varying internal combustion engine positions.
o With their origins in van chassis, minibuses are not usually considered single-deckers, although modern minibus
designs blur this distinction. Midibuses can also be regarded as both included with and separate from standard
single-deckers, in terms of full-size length and vehicle weights, although again design developments have seen this
distinction blurred. Some coach-style buses that do not have underfloor luggage space can also be correctly termed
as single-deckers, with some sharing standard bus chassis designs, such as the Volvo B10M, with a different body
style applied.
33. DOUBLE DECKER BUSES :
o A double-decker bus is a bus that has two storeys or decks. Early double-deckers put the driver in a
separate cab. Passenger access was via an open platform at the rear, and a bus conductor would collect
fares.
o Modern double-deckers have a main entrance door at the front, and the driver takes fares, thus halving
the number of bus workers aboard, but slowing the boarding process. The rear open platform, popular
with passengers, was abandoned for safety reasons, as there was a risk of passengers falling when
running and jumping onto the bus.
34. CONTD..
o Double-deckers are primarily for commuter transport but open-top models are used as sight-seeing
buses for tourists. William Gladstone, speaking of London's double-deck horse drawn omnibuses, once
observed that "the best way to see London is from the top of a bus". By Japanese law, vehicles are
confined to maximum 3.8 metres (12 ft 6 in) height and 12.0 metres (39 ft 4 in) length. Japanese
double-decker buses are mainly used for inter-city highway buses (i.e., motor coaches), city tours, and
charter buses.
o Double-decker buses may be more popular with passengers due to the better view, and to cyclists who
may be at risk due to the unpredictable swing of an articulated bus's tail. Articulated buses normally
offer more standing room while double-decker buses may sometimes (not always) offer more seats.
Articulated buses have less dwell time because of the extra doors, while double-decker buses offer less
chances for fare dodgers since there are fewer or no unmanned doors.