2010 Lexus HS250h Start Up, Full Vehicle Tour, and Engine Details

2010 Lexus HS250h Start Up, Full Vehicle Tour, and Engine Details On YouTube.

Manufacturer-Lexus Parent company-Toyota Motor Corporation Production-2009 present Assembly-Miyawaka, Fukuoka, Japan ClassEntry-level luxury hybrid Body style(s)-4-door sedan Layout-FF layout Engine(s)-2.4L 2AZ-FXE I4 Transmission(s)-Continuously variable transmission Wheelbase-106.3 in (2700 mm) Length-184.8 in (4690 mm) Width-70.3 in (1790 mm) Height-59.3 in (1510 mm) Related-Toyota Avensis, Toyota Sai The Lexus HS is a dedicated hybrid vehicle introduced by Lexus as a new entry-level luxury sedan in 2009.[1] Unveiled at the North American International Auto Show in January 2009, the HS 250h went on sale in July 2009 as a 2010 model in Japan, followed by its debut in the United States in August 2009. The HS 250h represents the first dedicated hybrid vehicle in the Lexus lineup, as well as the first offered with an inline four gasoline engine.[2] Bioplastic materials are used for the vehicle interior.[3] The HS 250h's platform is based on the third generation Toyota Avensis, itself related to the traditional gasoline engine Toyota Allion sold from 2001 to 2007. The Toyota Sai, a non-luxury model based on the HS 250h, was launched in Japan in October 2009.[4] With a total length of 184.8 inches, the Lexus HS is slightly larger than the Lexus IS in terms of size,[5] but still smaller than the mid-size Lexus ES.[6] According to Lexus, the HS designation stands for Harmonious Sedan.[7] In July 2009, the HS 250h made its sales launch in Japan, with 1500 pre-orders logged at ...

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Optimize Vehicle Performance With Exhaust Headers

Optimize Vehicle Performance With Exhaust Headers

An exhaust header is an after market automotive part designed to improve vehicle performance. The small gain in performance facilitated by an exhaust header is important to high performance drivers who often make other modifications to their vehicles in order to increase speed. These modifications include the installation of larger intake vents for the engine. An exhaust header modifies the exhaust system to prevent back pressure, meaning that the cylinders do not have to work as hard to push exhaust out as they do in a traditional system. There are different types of exhaust headers depending on the needs of the drivers, with some tuned for low performance and others aimed at high performance on the open road.

In a conventional exhaust system, after the cylinders combust, they push the exhaust out into the exhaust manifold, which routes the exhaust out of the vehicle through the exhaust pipe. However, the exhaust manifold can create a back pressure which pushes against the cylinder, meaning that it has to exert more energy to push the exhaust out and prepare for the next firing. As a result, some efficiency can be lost.

An exhaust header works differently, essentially creating a miniature exhaust pipe for each cylinder and routing the exhaust to a centralized collector which is much larger. The pipes of an exhaust header are bent to fit under the hood and cut to the same length so that the exhaust gases will arrive sequentially in the collector as each cylinder fires. This eliminates the back pressure problem and allows the cylinders to operate more effectively.

Aftermarket headers can be bolted in place of the stock cast-iron headers. Small block headers usually use 1-5/8-inch primary tubes and big-block headers use 1-3/4-inch tubes. An important consideration when choosing headers is quality of materials. Header tubing vary in thickness, but a good quality header should use between 18-gauge and 14-gauge tubing. The metal used in the header is also important. Some headers are mild-steel, which will rust and corrode over time. Headers can be coated, either with a ceramic coating or a high-temperature paint. Using 100% stainless steel construction eliminates the need for coatings, but it is usually out many buyer's budgets. When headers are shipped, they sometimes come painted. Be aware that this coating is only for rust prevention during shipping, and the paint will not hold up to the heat once the header is installed. When headers are added along with a cat-back exhaust and high-flow catalytic converter, you can usually gain 20-30 horsepower over stock.

In some cases, an exhaust header can be tuned to pull at the exhaust valve of the next cylinder and suck the exhaust out, meaning even less work for the cylinder. Drivers who desire more power for around town driving and better acceleration under a heavy load usually opt for a low performance exhaust header, while drivers who are looking for speed on the open road prefer high performance headers.

A variety of manufacturers make exhaust headers for a dizzying assortment of vehicles, and it is important to install the exhaust header designed for your car. Because exhaust leaks can be dangerous, the exhaust header should be installed with care, or professionally if there is any uncertainty. An improperly installed header could lead to an exhaust leak which vents into the cabin of the vehicle, causing symptoms of carbon monoxide poisoning in the driver and passengers.

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4 vehicle exhaust system Safety Tips

4 vehicle exhaust system Safety Tips

Well-functioning car exhaust system is a critical factor in the cleanliness of the environment, reducing noise, as well as preventing a deadly build of carbon monoxide [CO] inside of your car. You can stop problems when you consider the following four safety tips.

1 Annual review. If you have the right equipment [such as lifts or jacks], you can be a visual inspection. Things to look for: corrosion, loose fittings, couplings losses, damage tovarious parts including the catalytic converter, muffler, exhaust pipes and other components. Many dealers and garages offer free inspections and exhaust system, if you prefer to leave to a mechanic. Tip: Always check the exhaust system immediately after the sinking of a hole or running over road debris. Do not wait for your annual inspection, occurs immediately.

2 Hold the broken windows. Carbon monoxide can be in the cabin of the car withoutWarning. They can not see and when you realize the impact that may be too late. A window slightly open to help collect the toxins to leave the vehicle. This is particularly important if you're stuck in traffic.

3 Combination precautions. If you own a van and leave the tailgate down while driving, windows or openings that are open.

4 Open the garage door. Leave your vehicle can be run inside a closed garage can be fatal. Smokerapidly accumulate in the garage and spread to the rest of the house, if you have an attached garage. If your car has to work in the garage, the vent opening the garage door. Keep the door from the garage, closed the rest of the house, if the car is running inside the garage.

If you find the exhaust system will have to wait, you can work and save a lot of money. Brands include performance exhaust system, Bosal exhaust,Dynamax Exhaust, Gibson Exhaust, Flowmaster Exhaust, Magnaflow Exhaust, Remus exhaust, and others. Choosing the right system for your car, you can reduce the noise, more power and torque free. Above all, a well-equipped, properly installed system for environmental protection both inside and outside the vehicle.

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2011 Nissan Leaf - Battery Electric Car - "In depth" Vehicle Introduction Video

2011 Nissan Leaf - Battery Electric Car - "In depth" Vehicle Introduction Video Tube. Duration : 9.87 Mins.

2011 Leaf Nissn Video - Watch a detailed video introduction of all-new Nissan electric vehicle Leaf. This is a plug-in car battery with a range of 100 miles. The leaf is the first marketing of electric vehicles. Paul Hossen exhibition planners product details and explain what is happening on the sheet. There is no reservoir, radiator coolant, engine oil, exhaust, exhaust, spark plugs, fuel injection, is the smog control devices are battery electric cars transmission, etc. very easy andefficiently. It takes about $ 1.50 to $ 2.50 in electricity to fully charge the battery is a 100 mile range. In an average gas-powered compact sedan to 30 miles per gallon of $ 2.00 will buy you about 25 miles range.

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