2007 Toyota Yaris Electrical Circuits and Wiring Diagram

This wiring diagram manual has been prepared to provide information on the electrical system of the 2007 YARIS. Applicable models: NCP91, 93 Series Refer to the following manuals for additional service specifications and repair procedures for these models:

Manual Name
2007 YARIS Repair Manual pub no. RM01V0U
2007 YARIS New Car Features Pub no. NM01V0U

This manual provides information on the electrical circuits installed on vehicles by dividing them into a circuit for each system.
The actual wiring of each system circuit is shown from the point where the power source is received from the battery as far as each ground point. (All circuit diagrams are shown with the switches in the OFF position.) When troubleshooting any problem, first understand the operation of the circuit where the problem was detected (see System Circuit section), the power source supplying power to that circuit (see Power Source section), and the ground points (see Ground Point section). See the System Outline to understand the circuit operation.
When the circuit operation is understood, begin troubleshooting of the problem circuit to isolate the cause. Use Relay Location and Electrical Wiring Routing sections to find each part, junction block and wiring harness connectors, wiring harness and wiring harness connectors and ground points of each system circuit. Internal wiring for each junction block is also provided for better understanding of connection within a junction block. Wiring related to each system is indicated in each system circuit by arrows (from__, to__). When overall connections are required, see the Overall Electrical Wiring Diagram at the end of this manual…

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PPE Engineering 2ZZ-GE Race Header for Toyota Celica/Matrix/Corolla Installation Guide

PPE Engineering 2ZZ-GE Race Header for Toyota Celica/Matrix/Corolla:

Included in kit:
1 Header
1 Stainless Steel Flex section
1 Header flange
1 Header flange gasket
1 Set of flange hardware (bolts/nuts/washers)
1 Midpipe *optional

Header Installation:
1. Support body of vehicle. *Access to a vehicle lift make installation easier.
2. Remove stock midpipe.
a. Remove O2 sensors, bolts and hangers
3. Remove rear motor mount and motor mount bracket.
4. Support engine with jack.
5. Remove bolts holding in subframe….

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TOYOTA CAMRY Altise 2.4 litre automatic

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TOYOTA CAMRY Altise 2.4 litre automatic~The Camry is one of four locally manufactured vehicles to undergo either a revamp or the release of a new model inrecent times. In the case of the Camry, Toyota has released an all-new range that has increased levels of local development and content. One of the highlights of the new Camry is its unique built-in-Australia body that uses the Toyota Modular Platform (TMP). The new body is said to have greater torsional rigidity than overseas models and is larger than the outgoing model. Around the new platform, Toyota has locally developed much of the componentry that ensures the vehicle is well suited to Australian roads and conditions, including the suspension, brakes, seats,
headlights and security system. Toyota’s launch of the new Camry has revealed an 11 model range that is significantly altered from previous models. While the addition of new sports models bolsters the lineup, a wagon is no longer available. Five models feature an all-new 2.4 litre four cylinder engine, while the remaining six are fitted with a 3.0 litre V6. Revised model names in ascending equipment order are the Altise, the
Ateva and the Azura (V6 only). The engine in the four cylinder Camry is a
brand new locally manufactured 2.4 litre unit that produces 18 kW more power and 13 Nm more torque than the superseded 2.2 litre engine. The new engine is an all-alloy, twin
camshaft, multivalve unit that is equipped with Toyota’s VVTi (allowing infinitely variable inlet valve timing). Toyota claims all new model Camrys are cheaper than the old models on a specification adjusted recommended retail price, with all models now fitted with air conditioning as a standard item. Pricing for the new models starts at $26,990 for a 2.4 litre Altise with a manual gearbox and rises to $48,990 for the comprehensively equipped Azura (V6 and automatic transmission only). The four cylinder automatic Altise evaluated for this report is priced at $28,490 plus dealer and onroad
costs. The entry level model Camry is not loaded with features, but is fitted with sufficient standard equipment to provide a reasonably good level of comfort and make the Camry an easy and pleasant enough vehicle to drive. Some of the standard equipment includes air conditioning, power windows and mirrors, tilt adjustable steering, single CD stereo system, engine immobiliser, power steering and remote central locking…

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Toyota Complete Electrical System and Diagnosis

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Complete factory service manual for 1993 Toyota Pickup FSM 22RE, 3VZ-E, this document contains multiple pdf files that are linked separately. This guide cover about Introduction how to use this manual, troubleshooting, precaution, maintenance, Engine Ignition, Starting System, Charging System, Service Specs, Clutch, Manual Transmission, Automatic Transmission, Transfer, Propeller Shaft, Suspension and Axle, Brake System, Steering, Body Electrical, Body Mechanical, Air Conditioning. Maintenance Schedule Maintenance Operations General Maintenance. Engine mechanical description, troubleshooting, tune up procedure, Compression Check, Cylinder Head, Exhaust System, Service Specifications. MFI system precaution, troubleshooting and diagnosis, Cooling System-Coolant Check and Replacement. Cooling System–Water Pump, Cooling System–Service Specifications. Ignition Description Precautions System Circuit Operation Preparation On Vehicle Inspection Distributor Service Specifications. Body Electrical : General Information Power Source Ignition Switch Lighting System Wiper and Washer System Combination Meter Power Window Control System Power Door Lock Control System Power Mirror Control System Cruise Control System Audio System. Body Mechanical : General Information Hood Front Door Moulding Windshield Back Window Quarter Window (X-Cab) Moon Roof Instrument Panel One-Touch Tail Gate Seat Seat Belt Body Dimensions.

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TRANSMISSION SERVICING - A/T 1994 Toyota Celica

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Transmission
1) Remove engine undercover if necessary. Remove drain plug
and drain fluid. If replacing transmission filter, remove oil pan.
Thoroughly clean transmission oil pan. Install filter and pan with new
gasket.
CAUTION: When removing transmission filter, note different size bolt
lengths for reassembly reference.
2) Replace pan drain plug and fill transmission with
approximate amount of ATF fluid. See TRANSMISSION REFILL CAPACITIES
table. Start engine and shift through all gears. Shift into “P” and
check fluid level. Add fluid as necessary. DO NOT overfill.
Differential
Some FWD models have separate drain plugs for transmission
and differential. Both transmission and differential plugs must be
removed to drain all fluid from both units. Transaxle is filled
through dipstick tube, and differential is filled through a separate
fill plug. See Fig. 1. Fill differential until fluid is level with fill hole.

Fig. 1: Servicing Differential On Integral-Type Transaxle
Courtesy of Toyota Motor Sales, U.S.A., Inc…

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2007 Toyota Yaris Cruise Control System - Service and Troubleshooting

2007 Toyota Yaris Cruise Control System - Service and Troubleshooting~Cruise control is a system that automatically controls the rate of motion of a motor vehicle. The driver sets the speed and the system will take over the throttle of the car to maintain the same speed.

2007 toyota yaris cruise control system diagram The following article contains detail information about Toyota Yaris 2007 Cruise Control System. This articles provides description and illustration on how the cruise control works, system diagrams (includes stop light switch, cruise control main switch, spiral cable, combination meter assembly, speed sensor, ECM, neutral position switch, throttle body assembly, and DLC3), cruise control parts location, fault diagnosis, troubleshooting and repair procedures for problems encountered during the operation of Yaris.

The cruise control system makes it possible to drive at a desired speed without using the accelerator pedal. The ECM controls the throttle opening angle based on signals from switches and sensors. The microcomputer which controls the cruise control system is built into the ECM, and uses is the throttle position sensor and motor as the actuator. Constant speed control gets ready when the cruise control main switch ON-OFF button is pushed (the CRUISE MAIN indicator light comes on).

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Toyota Charging System

Toyota Charging System~Complete charging system explanation for Toyota Vehicle. Typical charging system components include: IGNITION SWITCH When the ignition switch is in the ON position, battery current energizes the alternator. ALTERNATOR Mechanical energy is transferred from the engine to the alternator by a grooved drive belt on a pulley arrangement. VOLTAGE REGULATOR. BATTERY The battery supplies current to energize the alternator. During charging, the battery changes electrical energy from the alternator into chemical energy. FUSING A fusible link as well as separate fuses are used to protect circuits in the charging system. TOYOTA COMPACT, HIGH-SPEED ALTERNATOR Beginning with the 1983 Camry, a compact, high-speed alternator with a built-in IC regulator is used on Toyota vehicles. Corolla models with the 4A-C engine use a different alternator with an integral IC regulator. Alternator Terminals Toyota’s high-speed alternator has the following terminals: “B”, “IG”, “S”, “U’, and “17?. Regulator While engine speeds and electrical loads change, the alternator’s output must remain even - not too much, nor too little. IGNITION ON, ENGINE STOPPED. Diagnosis and Testing The charging system requires periodic inspection and service. Specific problem symptoms, their possible cause, and the service required are listed in the chart below. Output Circuit - Insulated Side. CHARGING CIRCUIT RELAY TESTS Various charging system layouts are used on Toyota vehicles.

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2006 Toyota 4 Runner Wiring Diagram

2006 Toyota 4 Runner Wiring Diagram~Complete wiring diagram of 2006 toyota 4 runner, cover about: ignition coil and igniter, charging system, junction connector, combination meter, engine control, air injection control driver data link connector 3, engine control module. Skid control ECU with actuator suspension, camshaft timing control valve LH, Multiplex Communication System. Engine Immobilisers System. Transponder Key Computer,Security Indicator Light, Back Door Power Window Control SW, Ignition Key Cylinder Light, Turn Signal and Hazard Warning Light System, Door Lock Control SW Front LH Power Window Master SW. Door Key Lock and Unlock SW Front LH Door Lock Detection SW Front LH Door Lock Motor Front LH, Back Door Power Window Motor, Taillight and Illumination. Electronically Controlled Transmission and A /T Indicator. A BS , TRAC, VSC , Auto LSD, Downhill Assist Control and Hill–Start Assist Control. Cruise control. Active H eight Control Suspension and Electric Modulated Air Suspension. Multi Mode 4WD.Airbag Sensor Assembly. Buckle SW LH Seat Position Airbag Sensor. relay location, Instrument Panel Brace RH…

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1985 Toyota Truck & 4-Runner Gasoline Service/Repair Manual

1985 Toyota Truck & 4-Runner Gasoline Service/Repair Manual ~repair manual are dedicated for toyota technician or engineer, contain information about : Introduction, maintenance, engine mechanical, emission control system, EFI system, fuel system, cooling system, lubrication system, ignition system, starting system, charging system, clutch manual transmission, automatic transmission, transfer, propeller shaft, front axle and suspension, rear axle and suspension, brake system, steering, body electrical system, body, winch, air conditioning system, service specifications, standard bolt tightening torque, sst and ssm, automatic transmission, hydraulic circuit, electrical wiring diagrams. How to use this manual, to assist in finding your way through the manual the section title and major heading are given at the top of every page. Repair procedure. Most repair operations begin with an overview illustration. It identifies the components and shows how the parts fit together. Exploded view and part list, general repair instructions 1. use fender seat and floor covers to keep the vehicle clean and prevent damage. 2. during dis assembly, keep parts in order to facilitate re-assembly. Observe the following : before performing electrical work, disconnect the cable from battery terminal. Check hose and wiring connectors to make sure that they are secure and correct. Maintenance schedule, maintenance operations general maintenance etc. Engine mechanical : troubleshooting, engine tune up, idle HC/CO concentration check method, compression check, cylinder head, timing chain, cylinder block. Inspect engine oil level, inspect air cleaner, inspect spark plugs, inspect valve clearane, inspect ignition timing.

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2002 Toyota Camry Repair Manual

Free Repair Manual for 2002 Toyota Camry (sixth generation of Camry, codename XV30). Engine covered in this manual are: 2AZ-FE and 1MZ-FE, however in the real world, Camry is offered in 4 engine variants which are: 2.4 L 2AZ-FE I4 (157 hp), 3.0 L 1MZ-FE V6 (192 hp), 3.0 L 1MZ-FE VVT-i V6 (210 hp), and 3.3 L 3MZ-FE VVT-i V6 SE. Transmission available for Camry are: 5-speed manual, 4-speed U241E automatic, 5-speed U151E automatic, 4-speed U140E automatic, 5-speed U250E automatic.

This manual covers troubleshooting, maintaining, servicing, repairing, adjusting and checking process of the 2002 Camry Toyota XV30.

* Introduction
* Preparation
* Service Spec
* Engine Control System
* Fuel
* Emission Control
* Intake
* Engine Mechanical
* Exhaust
* Cooling
* Lubrication
* Ignition
* Starting and Charging
* Front Suspension
* Rear Suspension
* Wheel and Tire
* Drive and Propeller Shaft
* Brake
* Parking Brake
* Automatic Transmission Transaxle
* Manual Transmission Transaxle
* Clutch
* Steering Column
* Power Steering
* Heater and AC
* SRS
* Seat Belt
* Lighting
* Wiper Washer
* AV System
* Wiring
* Communication System
* Windshield Windowglass Mirror
* Instrument Panel and Meter
* Seat
* Theft Deterrent and Door Lock
* Sliding Roof Convertible
* Engine Hood and Door
* Exterior and Interior Trim
* Vehicle Control System
* Cruise Control
* Maintenance

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BOLT TORQUE SPECIFICATIONS 1997-2001 Toyota Camry

BOLT TORQUE SPECIFICATIONS 1997-2001 Toyota Camry~READ complete manual CAREFULLY BEFORE attempting operation DEMCO products and accessories are intended to be installed by professional installers with experience, proper equipment and the ability to do modification work. Installers with these qualifications can be found in RV and Automotive Service Centers. If the car to be towed has been in an accident, the chassis may be damaged in an area where the Base Plate attaches. It may no longer be suitable for towing. Extreme caution and careful examination are required in such a situation. It is also likely, even from a minor accident, that the hole alignment will be more difficult due to hole alignment problems. Many DEMCO Base Plates are designed to use existing holes and hardware to mount the Base Plate to the towed vehicle. Even though the bolt is there, however, do not assume it is adequate for mounting the Base Plate. Manufacturers make many changes in hardware both within and between model years. Be sure the bolt is long enough to protrude past the nut a distance no less than 1/2 the diameter of the bolt, after the Base Plate is mounted. The threads should be in good condition. …

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Porsche USA Wallpapers

Porsche in America, we’re inviting owners, fans and enthusiasts to tell their Porsche stories on our Porsche Family Tree. We're also looking for the oldest Porsche sports cars in the U.S. in the My Porsche Classic Search. Click on the icons below for more information. Thank you, America! We can't wait for the next 60 years!

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Toyota Camry 1999 Owner Manual 1999 Toyota camry

In this document you will find complete information for 1999 Camry. The Camry's owner should have; to understand how to used all features and panel. Engine coolant temperature gauge, Service reminder indicators or indicator lights, Fuel gauge, Speedometer, Odometer and two trip meters, Theft deterrent system indicator light, etc. Some information will help you to maintain the vehicle and keep your camry in the best condition at all weather.

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Toyota Years: 2007, 2006, 2005, etc. Automotive Market Research Concept

Fragmentation Toyota MarketView 24-Nov-06 Co-occurrences with Years 370 412 414 438 444 447 467 494 512 515 557 585 622 629 638 641 644 832 858 947 950 969 1,017 1,027 1,129 1,146 1,350 1,371 2,006 12,142 0 2,000 4,000 6,000 8,000 10,000 12,000 14,000 toyota truck toyota pickup 1994 truck pickup 2003 1989 2002 2001 2000 used parts toyota tundra tundra toyota 4runner 2005 4runner toyota cel ica price toyota supra toyota tacoma tacoma supra 2006 toyota corolla corolla toyota cam ry camry 2007 toyota - estimated cumulative hd Top 30 Hit List from All phrases 1 of 27 10210 - 111 Street Edmonton, AB T5K 1K9 • Ph#780-428-5530 • www.epiar.com • info@epiar.com 190 190 191 200 203 209 210 213 221 226 232 247 252 254 258 260 261 263 264 281 286 292 294 296 298 299 312 316 325 328 333 342 347 358 365 0 50 100 150 200 250 300 350 400 4 runner toyota 4 toyota car 1981 1985 runner manual toyota mr2 mr2 toyota highlander highlander 1997 toyota sienna toyota prius 1992 1995 sienna toyota rav4 1996 car 1999 1988 1986 4 1993 rav4 1991 1987 1990 engine toyota avalon avalon toyota tercel tercel 1998 - Searches per day 31 - 65 Co-occurrences with Years 2 of 27 10210 - 111 Street Edmonton, AB T5K 1K9 • Ph#780-428-5530 • www.epiar.com • info@epiar.com 93 94 95 96 96 96 96 98 98 101 101 103 105 105 106 106 109 109 113 117 117 120 124 131 131 132 134 145 147 150 150 153 163 184 185 0 20 40 60 80 100 120 140 160 180 200 for a used parts v6 book price review solara repair 94 new truck parts body 1982 toyota celica gt accessories 4x4 rear reviews transmission light gt 92 wiring bed book price list diagram for sale toyota matrix sale fuel 1983 list auto toyota 4 runner toyota car keys - Searches per day 66 - ...

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Toyota Tacoma 1998 - 2000 Owner and Service Manual

Toyota Tacoma 1998 - 2000 Owner and Service Manual

Knowing better of your Toyota Tacoma model. This manual include several section to help you during maintain your engine, transmission, break, and more. Also include Repair Instructions for technicians.

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Dodge Charger Galleries

The 2010 Dodge Charger continued with few changes. A new 2010 Dodge Charger Rallye replaced the SXT, with more styling cues and better handling; it uses the 3.5-liter V-6 engine, 18-inch aluminum wheels, rear sway bar, and rear deck-lid spoiler. 20-inch chrome-clad aluminum wheels with P245/45R20 Goodyear Eagle RS-A all-season performance tires are available. A Rallye Chrome & Leather package adds leather, shiny wheels, numerous luxury features, and a powerful Boston Acoustics stereo.

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Lable:Mclaren F1

The McLaren F1 is a sports car designed and manufactured by Gordon Murray and McLaren Automotive. On 31 March 1998, it set the record for the fastest production car in the world, 240 mph (391 km/h).[1] As of April 2009, the F1 is surpassed by only four other production cars in sheer top speed, but is still the fastest naturally aspirated production car.

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The Audi R8 is a sports-prototype race car introduced in 2000 for sports car racing as a redevelopment of their Audi R8R (open top LMP) and Audi R8C (closed top LMGTP) used in 1999. It is one of the most successful sports cars ever (alongside such greats as the Porsche 956/962) having won the prestigious 24 Hours of Le Mans in 2000, 2001, 2002, 2004, and 2005 (five of the seven years it competed). Its streak of Le Mans victories between 2000 and 2005 was broken only by the Bentley Speed 8 (powered by the same V8 twin-turbo engine) in 2003, when the R8 finished 3rd.

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2010 Vauxhall GTC Paris Concept Photos

2010 Vauxhall GTC Paris Concept First Look

2010 Vauxhall GTC Paris Concept Car Wheel

2010 Vauxhall GTC Paris Concept Photos

2010 Vauxhall GTC Paris Concept Rear Side

2011 Cheverolet Aveo unveiled

2011 Cheverolet Aveo Official Photos

2011 Cheverolet Aveo Rear Side View

2010 Mazda Sport Cars Coupe Shinari Concept Car

Mazda launched the 2010 Shinari sports cars coupe at the Paris Motor Show in early October, a four door concept car that shows the new design. This design as well as to replace the Nagare design. Mazda Shinari Concept represents the profound connection of driver and machine and the beginning of Mazda's latest design theme 'KODO-Soul in Motion'. Shinari exhibits a functional aesthetic that will continue to evolve as Mazda continues to define its next generation of vehicles.

2010 Mazda Sport Cars Coupe Shinari Concept Car

The development of the Shinari Concept was actually a collaboration between three of Mazda’s design centers in Japan, Germany and the United States. Mazda also said it is working to improve the quality level of its interiors for future vehicles. With 2010 Mazda Sport Cars Coupe Shinari Concept Car as the first step, Ikuo Maeda, general manager of Mazda's design division, aims to create original Mazda designs that will be recognized around the world. He summarizes his resolve in the following words:

"My goal is to create designs that people can point to proudly and say, 'This is a Mazda design'. There is no need for Mazda to build cars for people who are only concerned with 'style' and 'trends'. Whether working on sports cars or compact cars, I have always worked to create designs that evoke an emotional response in people and I hope to keep doing the same as I remain fully committed to develop designs for people who love and admire cars. It is my personal belief that the only way to create designs that fundamentally connect with people and to create designs they love, is if the people creating them are absolutely passionate about cars and are willing to make that passion a firm policy for design expression.

The Mazda Shinari is a pure design concept model of a four-door, four-seater sport cars coupe which perfectly expresses the 'KODO - Soul of Motion' design theme in a graceful and carefree form. All of Mazda Shinari Concept's body surfaces appear as if constantly undergoing transformation. There is no static shape to be found, as if the car is in perpetual motion. For instance the subtle control of the angle of the upper surface of the side sill, from the front to the rear, results in a form that suggests a flash of speed along the body of the car. Aerodynamic performance was a major priority for Mazda Shinari Concept, and the centre of the lower sections - on both the front and rear bumpers - are designed to optimize the flow of air along the underbody of the car.

2010 Mazda Sport Cars Coupe Shinari Concept Car 

The principle of 'dedicated driving ergonomics' is further reflected in the car's next generation Human Machine Interface (HMI). The availability of smaller electronic components has allowed Mazda Shinari Concept's designers to create a floating HMI three-dimensional display; a design element that represents the very latest HMI technology . The system offers three distinct modes: 'Business, Pleasure and Sport'.

Yasushi Nakamuta, the chief designer who led the design of the third generation Mazda MX-5, was the first to begin the ideation of the Mazda Shinari Concept: "The challenge for us was to create an innovative new expression for energetic and powerful movement; something that we had never attempted before. We began by developing the design around the image of a predator, as it strikes at its prey, or the stabbing movement in kendo, Japanese fencing, to express the instant where accumulated force is released.

Ikuo Maeda say, "Further, I consider it vitally important to have an awareness of Japanese originality in designing cars for Mazda. This is not merely about incorporating traditional Japanese elements into car design. I believe in reflecting the Japanese spirit in car designs as part of a subconscious practice. So, while I consider where this may lead in the future, my plan is to create cars that will be instantly recognizable as a Mazda, even when viewed at a distance. My ultimate goal is to create a brand presence that car lovers around the world recognize as representing both Mazda originality and Japanese originality. Future Mazda's will move people physically and emotionally - this is 'KODO - Soul of Motion'."

2010 Mazda Sport Cars Coupe Shinari Concept Car 

2010 Mazda Sport Cars Coupe Shinari Concept Car

Mazda launched the 2010 Shinari sports cars coupe at the Paris Motor Show in early October, a four door concept car that shows the new design. This design as well as to replace the Nagare design. Mazda Shinari Concept represents the profound connection of driver and machine and the beginning of Mazda's latest design theme 'KODO-Soul in Motion'. Shinari exhibits a functional aesthetic that will continue to evolve as Mazda continues to define its next generation of vehicles.

2010 Mazda Sport Cars Coupe Shinari Concept Car

The development of the Shinari Concept was actually a collaboration between three of Mazda’s design centers in Japan, Germany and the United States. Mazda also said it is working to improve the quality level of its interiors for future vehicles. With 2010 Mazda Sport Cars Coupe Shinari Concept Car as the first step, Ikuo Maeda, general manager of Mazda's design division, aims to create original Mazda designs that will be recognized around the world. He summarizes his resolve in the following words:

"My goal is to create designs that people can point to proudly and say, 'This is a Mazda design'. There is no need for Mazda to build cars for people who are only concerned with 'style' and 'trends'. Whether working on sports cars or compact cars, I have always worked to create designs that evoke an emotional response in people and I hope to keep doing the same as I remain fully committed to develop designs for people who love and admire cars. It is my personal belief that the only way to create designs that fundamentally connect with people and to create designs they love, is if the people creating them are absolutely passionate about cars and are willing to make that passion a firm policy for design expression.

The Mazda Shinari is a pure design concept model of a four-door, four-seater sport cars coupe which perfectly expresses the 'KODO - Soul of Motion' design theme in a graceful and carefree form. All of Mazda Shinari Concept's body surfaces appear as if constantly undergoing transformation. There is no static shape to be found, as if the car is in perpetual motion. For instance the subtle control of the angle of the upper surface of the side sill, from the front to the rear, results in a form that suggests a flash of speed along the body of the car. Aerodynamic performance was a major priority for Mazda Shinari Concept, and the centre of the lower sections - on both the front and rear bumpers - are designed to optimize the flow of air along the underbody of the car.

2010 Mazda Sport Cars Coupe Shinari Concept Car 

The principle of 'dedicated driving ergonomics' is further reflected in the car's next generation Human Machine Interface (HMI). The availability of smaller electronic components has allowed Mazda Shinari Concept's designers to create a floating HMI three-dimensional display; a design element that represents the very latest HMI technology . The system offers three distinct modes: 'Business, Pleasure and Sport'.

Yasushi Nakamuta, the chief designer who led the design of the third generation Mazda MX-5, was the first to begin the ideation of the Mazda Shinari Concept: "The challenge for us was to create an innovative new expression for energetic and powerful movement; something that we had never attempted before. We began by developing the design around the image of a predator, as it strikes at its prey, or the stabbing movement in kendo, Japanese fencing, to express the instant where accumulated force is released.

Ikuo Maeda say, "Further, I consider it vitally important to have an awareness of Japanese originality in designing cars for Mazda. This is not merely about incorporating traditional Japanese elements into car design. I believe in reflecting the Japanese spirit in car designs as part of a subconscious practice. So, while I consider where this may lead in the future, my plan is to create cars that will be instantly recognizable as a Mazda, even when viewed at a distance. My ultimate goal is to create a brand presence that car lovers around the world recognize as representing both Mazda originality and Japanese originality. Future Mazda's will move people physically and emotionally - this is 'KODO - Soul of Motion'."

2010 Mazda Sport Cars Coupe Shinari Concept Car