I am an avid truck enthusiast and have been following the heavy automobile market for quite a lot of time. Amongst the various types of such vehicles, I have observed that the demand for used 4×4 trucks is more than any other truck at the moment. This shows that the 4×4 trucks are really popular amongst consumers. The increasing sale of used trucks can be explained by the fact that the price of used trucks is much lower than a new one. This article is targeted at people who are looking for a used truck for their business or industries. Both of these are 2010 models and they have done really well in the market till now.

2010 Toyota Tacoma – Toyota, as we all know, is one of the biggest names in the automobile industry. Some say that they are at the top but I disagree – Ford is doing a bit better. But Toyota has produced really good heavy automobiles in the past and for this year; they have given us the Tacoma. This has done well in the new as well as used 4×4 trucks market. This vehicle is the successor to the 2009 model and you get options of two doors or four doors. Up to five passengers can sit comfortably inside the truck. Toyota has been really good in its engineering process; this is proved by the fact that this automobile is available with 7 different trims in the market. The leading trims here are Regular Cab I4 manual, Access Cab V6 manual, Access Cab I4 manual, Access Cab V6 automatic, Double Cab V6 automatic Double Cab V6 Manual and Double Cab Long Bed V6 automatic. The latter is most superior. It is no surprise to see that this truck has done well in the used 4×4 trucks market too.

The 2010 Ford F-150 Super Cabs SVT 4×4 is my second ace. It would be a crime to leave out Ford when compiling the best trucks. They are one of the biggest names in the truck industry. This model from Ford has dynamic performance which is the most impressive part about it. There is a capacity of up to five persons on the inside. You get just one trim for this vehicle – the 133 in WB Raptor. This automobile is available in version of 5.4 liter, 310 Horsepower V8 and a flexible fuel engine. This truck is available with a six speed automatic transmission and it is one of my favorite trucks in this category. If you don’t have enough money to buy a new one, you can look for this vehicle in the used 4×4 trucks collection that your local dealer might have.

There are other used 4×4 trucks for sale in the market too but these two really caught my eye so I am writing about it. If you are thinking about buying a 4×4 truck make sure you check out these two before making your decision. Also I would recommend you to go for a used automobile instead of a new one since it costs a lot less.

Stupid Unsafe Vehicles

For years now gas-guzzling “Sport Utility Vehicles” have been taking America by storm. Due to recent high gas prices, the SUV fad has dissipated and people are now choosing smaller vehicles that have less gas consumption. The oil market is not what this website is about however. Its about the HISTORY and the safety records of SUVs.

QUOTE: “The North American automotive industry has actually been hurt by SUVs. With high oil prices in the post 9/11 world, the SUV is no longer popular. So instead people are buying smaller cars that were made overseas. Building SUVs doomed Ford, Chrysler and GM to the fact that the Japanese [and other overseas car manufacturers] would eventually take over when the SUVs lost their ability to sell. Already Toyota is bigger than Ford.”

# Here is a list of the biggest safety issues related to SUVs: Bigger blindspots.
# More rollovers.
# Lack of safety regulations for trucks.
# No crash tests. They’re classified as trucks and don’t have to be crash tested.
# Over confident drivers.
# Size-related accidents due to drivers thinking it will fit into more narrow spaces.
# Poor handling and horrible braking due to increased size/momentum.
# Higher level of bugs/defects than tried/tested cars.
# Most people don’t know how to drive a truck.

According to a study by the National Highway Safety Traffic Administration (USA), if you are in an accident with an SUV, you are 3.4 times more likely to be killed than if you had been hit by another car. Simply put, on the road, mass wins. Tough luck for the other guy (or woman or child), you might say, but at least I’ll be protected, right? Wrong! SUVs are not safe for their own drivers, either. The higher mass of SUVs make them more difficult to stop. This lack of maneuverability INCREASES the numbers of fatal accidents.

The most dangerous SUV: The Hummer has the highest rate of drivers killed and the highest rollover rate.

The minivan is also another dangerous vehicle. Also built on a truck frame, it doesn’t have to pass safety regulations or have crash tests.

How the S.U.V. ran over automotive safety.

1.

In the summer of 1996, the Ford Motor Company began building the Expedition, its new, full-sized S.U.V., at the Michigan Truck Plant, in the Detroit suburb of Wayne. The Expedition was essentially the F-150 pickup truck with an extra set of doors and two more rows of seats—and the fact that it was a truck was critical. Cars have to meet stringent fuel-efficiency regulations. Trucks don’t. The handling and suspension and braking of cars have to be built to the demanding standards of drivers and passengers. Trucks only have to handle like, well, trucks. Cars are built with what is called unit-body construction. To be light enough to meet fuel standards and safe enough to meet safety standards, they have expensive and elaborately engineered steel skeletons, with built-in crumple zones to absorb the impact of a crash. Making a truck is a lot more rudimentary. You build a rectangular steel frame. The engine gets bolted to the front. The seats get bolted to the middle. The body gets lowered over the top. The result is heavy and rigid and not particularly safe. But it’s an awfully inexpensive way to build an automobile. Ford had planned to sell the Expedition for thirty-six thousand dollars, and its best estimate was that it could build one for twenty-four thousand—which, in the automotive industry, is a terrifically high profit margin. Sales, the company predicted, weren’t going to be huge. After all, how many Americans could reasonably be expected to pay a twelve-thousand-dollar premium for what was essentially a dressed-up truck? But Ford executives decided that the Expedition would be a highly profitable niche product. They were half right. The “highly profitable” part turned out to be true. Yet, almost from the moment Ford’s big new S.U.V.s rolled off the assembly line in Wayne, there was nothing “niche” about the Expedition.

Ford had intended to split the assembly line at the Michigan Truck Plant between the Expedition and the Ford F-150 pickup. But, when the first flood of orders started coming in for the Expedition, the factory was entirely given over to S.U.V.s. The orders kept mounting. Assembly-line workers were put on sixty- and seventy-hour weeks. Another night shift was added. The plant was now running twenty-four hours a day, six days a week. Ford executives decided to build a luxury version of the Expedition, the Lincoln Navigator. They bolted a new grille on the Expedition, changed a few body panels, added some sound insulation, took a deep breath, and charged forty-five thousand dollars—and soon Navigators were flying out the door nearly as fast as Expeditions. Before long, the Michigan Truck Plant was the most profitable of Ford’s fifty-three assembly plants. By the late nineteen-nineties, it had become the most profitable factory of any industry in the world. In 1998, the Michigan Truck Plant grossed eleven billion dollars, almost as much as McDonald’s made that year. Profits were $3. 7 billion. Some factory workers, with overtime, were making two hundred thousand dollars a year. The demand for Expeditions and Navigators was so insatiable that even when a blizzard hit the Detroit region in January of 1999—burying the city in snow, paralyzing the airport, and stranding hundreds of cars on the freeway—Ford officials got on their radios and commandeered parts bound for other factories so that the Michigan Truck Plant assembly line wouldn’t slow for a moment. The factory that had begun as just another assembly plant had become the company’s crown jewel.

In the history of the automotive industry, few things have been quite as unexpected as the rise of the S.U.V. Detroit is a town of engineers, and engineers like to believe that there is some connection between the success of a vehicle and its technical merits. But the S.U.V. boom was like Apple’s bringing back the Macintosh, dressing it up in colorful plastic, and suddenly creating a new market. It made no sense to them. Consumers said they liked four-wheel drive. But the overwhelming majority of consumers don’t need four-wheel drive. S.U.V. buyers said they liked the elevated driving position. But when, in focus groups, industry marketers probed further, they heard things that left them rolling their eyes. As Keith Bradsher writes in “High and Mighty”—perhaps the most important book about Detroit since Ralph Nader’s “Unsafe at Any Speed”—what consumers said was “If the vehicle is up high, it’s easier to see if something is hiding underneath or lurking behind it. ” Bradsher brilliantly captures the mixture of bafflement and contempt that many auto executives feel toward the customers who buy their S.U.V.s. Fred J. Schaafsma, a top engineer for General Motors, says, “Sport-utility owners tend to be more like ‘I wonder how people view me,’ and are more willing to trade off flexibility or functionality to get that. ” According to Bradsher, internal industry market research concluded that S.U.V.s tend to be bought by people who are insecure, vain, self-centered, and self-absorbed, who are frequently nervous about their marriages, and who lack confidence in their driving skills. Ford’s S.U.V. designers took their cues from seeing “fashionably dressed women wearing hiking boots or even work boots while walking through expensive malls. ” Toyota’s top marketing executive in the United States, Bradsher writes, loves to tell the story of how at a focus group in Los Angeles “an elegant woman in the group said that she needed her full-sized Lexus LX 470 to drive up over the curb and onto lawns to park at large parties in Beverly Hills. ” One of Ford’s senior marketing executives was even blunter: “The only time those S.U.V.s are going to be off-road is when they miss the driveway at 3 a. m. ”

The truth, underneath all the rationalizations, seemed to be that S.U.V. buyers thought of big, heavy vehicles as safe: they found comfort in being surrounded by so much rubber and steel. To the engineers, of course, that didn’t make any sense, either: if consumers really wanted something that was big and heavy and comforting, they ought to buy minivans, since minivans, with their unit-body construction, do much better in accidents than S.U.V.s. (In a thirty-five m.p.h. crash test, for instance, the driver of a Cadillac Escalade—the G.M. counterpart to the Lincoln Navigator—has a sixteen-per-cent chance of a life-threatening head injury, a twenty-per-cent chance of a life-threatening chest injury, and a thirty-five-per-cent chance of a leg injury. The same numbers in a Ford Windstar minivan—a vehicle engineered from the ground up, as opposed to simply being bolted onto a pickup-truck frame—are, respectively, two per cent, four per cent, and one per cent. ) But this desire for safety wasn’t a rational calculation. It was a feeling. Over the past decade, a number of major automakers in America have relied on the services of a French-born cultural anthropologist, G. Clotaire Rapaille, whose speciality is getting beyond the rational—what he calls “cortex”—impressions of consumers and tapping into their deeper, “reptilian” responses. And what Rapaille concluded from countless, intensive sessions with car buyers was that when S.U.V. buyers thought about safety they were thinking about something that reached into their deepest unconscious. “The No. 1 feeling is that everything surrounding you should be round and soft, and should give,” Rapaille told me. “There should be air bags everywhere. Then there’s this notion that you need to be up high. That’s a contradiction, because the people who buy these S.U.V.s know at the cortex level that if you are high there is more chance of a rollover. But at the reptilian level they think that if I am bigger and taller I’m safer. You feel secure because you are higher and dominate and look down. That you can look down is psychologically a very powerful notion. And what was the key element of safety when you were a child? It was that your mother fed you, and there was warm liquid. That’s why cupholders are absolutely crucial for safety. If there is a car that has no cupholder, it is not safe. If I can put my coffee there, if I can have my food, if everything is round, if it’s soft, and if I’m high, then I feel safe. It’s amazing that intelligent, educated women will look at a car and the first thing they will look at is how many cupholders it has. ” During the design of Chrysler’s PT Cruiser, one of the things Rapaille learned was that car buyers felt unsafe when they thought that an outsider could easily see inside their vehicles. So Chrysler made the back window of the PT Cruiser smaller. Of course, making windows smaller—and thereby reducing visibility—makes driving more dangerous, not less so. But that’s the puzzle of what has happened to the automobile world: feeling safe has become more important than actually being safe.

2.

One day this fall, I visited the automobile-testing center of Consumers Union, the organization that publishes Consumer Reports. It is tucked away in the woods, in south-central Connecticut, on the site of the old Connecticut Speedway. The facility has two skid pads to measure cornering, a long straightaway for braking tests, a meandering “handling” course that winds around the back side of the track, and an accident-avoidance obstacle course made out of a row of orange cones. It is headed by a trim, white-haired Englishman named David Champion, who previously worked as an engineer with Land Rover and with Nissan. On the day of my visit, Champion set aside two vehicles: a silver 2003 Chevrolet TrailBlazer—an enormous five-thousand-pound S.U.V.—and a shiny blue two-seater Porsche Boxster convertible.

We started with the TrailBlazer. Champion warmed up the Chevrolet with a few quick circuits of the track, and then drove it hard through the twists and turns of the handling course. He sat in the bucket seat with his back straight and his arms almost fully extended, and drove with practiced grace: every movement smooth and relaxed and unhurried. Champion, as an engineer, did not much like the TrailBlazer. “Cheap interior, cheap plastic,” he said, batting the dashboard with his hand. “It’s a little bit heavy, cumbersome. Quiet. Bit wallowy, side to side. Doesn’t feel that secure. Accelerates heavily. Once it gets going, it’s got decent power. Brakes feel a bit spongy. ” He turned onto the straightaway and stopped a few hundred yards from the obstacle course.

Measuring accident avoidance is a key part of the Consumers Union evaluation. It’s a simple setup. The driver has to navigate his vehicle through two rows of cones eight feet wide and sixty feet long. Then he has to steer hard to the left, guiding the vehicle through a gate set off to the side, and immediately swerve hard back to the right, and enter a second sixty-foot corridor of cones that are parallel to the first set. The idea is to see how fast you can drive through the course without knocking over any cones. “It’s like you’re driving down a road in suburbia,” Champion said. “Suddenly, a kid on a bicycle veers out in front of you. You have to do whatever it takes to avoid the kid. But there’s a tractor-trailer coming toward you in the other lane, so you’ve got to swing back into your own lane as quickly as possible. That’s the scenario. ”

Champion and I put on helmets. He accelerated toward the entrance to the obstacle course. “We do the test without brakes or throttle, so we can just look at handling,” Champion said. “I actually take my foot right off the pedals. ” The car was now moving at forty m.p.h. At that speed, on the smooth tarmac of the raceway, the TrailBlazer was very quiet, and we were seated so high that the road seemed somehow remote. Champion entered the first row of cones. His arms tensed. He jerked the car to the left. The TrailBlazer’s tires squealed. I was thrown toward the passenger-side door as the truck’s body rolled, then thrown toward Champion as he jerked the TrailBlazer back to the right. My tape recorder went skittering across the cabin. The whole maneuver had taken no more than a few seconds, but it felt as if we had been sailing into a squall. Champion brought the car to a stop. We both looked back: the TrailBlazer had hit the cone at the gate. The kid on the bicycle was probably dead. Champion shook his head. “It’s very rubbery. It slides a lot. I’m not getting much communication back from the steering wheel. It feels really ponderous, clumsy. I felt a little bit of tail swing. “

Well before World War II, American automakers as well as automakers from several European countries had started to produce extremely fast and powerful cars. Certainly, that concept was not strange at that time, however these cars were particularly expensive and suited for the high end clientele who had a great need for speed. As the 1950s and 1960s approached, manufacturers started to put out what they referred to as muscle cars, which were high powered, high acceleration vehicles that provided the same power as the high end models made previously, except they were at a much more affordable price

Ironically, if you wish to own a muscle car today, you need to be prepared to pay about the same price as you would for a European sports cars or more. Since many of the popular muscle cars are no longer in production, they are pretty rare, and thus quite expensive. As an example, a mint condition 1970 Chevelle can cost upwards of $50,000 or more. A rare 1970 Superbird, even one that needs reconditioned, can sell for $100,000 or more. This is because only 2,000 of these models were ever produced.

Often times, the difference between owning a sports car today and a muscle car isn’t about the cost, but the preference of the owner. If someone wants a sleek, low profile car that catches people’s eye, and exudes class and distinction, they would probably opt for a sports car. Those who love the raw power and looks of a muscle car, will be more than happy to pay a similar price for a top of the line model of their choice.

In the end, there will always be debate about sports cars vs. muscle cars. Some people will tell you that they all belong in the same category, while others will vehemently deny these cars should ever be classed together. In reality, all that matters is that the car you buy makes you a happy and proud owner. Hopefully it is one that you will want to show off and is the apple of your eye, even ten years after you bought it!

Used sedans are everywhere. If you’re looking to buy one, it’s useful to know which are the very best to consider. People will have their favorites, but some used sedans are rated higher than others.
Hyundai Elantra

The Hyundai Elentras made from 2003 to 2008 are very highly rated used sedans. They’re built very well and have always delivered excellent fuel economy. After 2007 other models were removed, and the Elantra was only offered as a sedan, the redesign making it roomier inside. For a compact sedan, it offers great comfort.
Toyota Camry

The Camry is one of the most familiar vehicles on the road, and the sedans made from 2003 to 2008 are among the best used sedans on the market. The car gives a very smooth ride, which is what most people desire in a sedan rather than anything sporty. Newer models give a great deal of room in the passenger compartment as well as in the trunk. With both hybrid and V6 versions available, there’s even plenty of green choice in the Camry.
Hyundai Azera

Introduced in 2006, the Hyundai Azera is the best of the full sized used sedans on the market. It’s a vehicle that’s done very well in crash test scores and has rated very highly on safety, which is a plus when transporting a family. It’s a sedan with pretensions to being a luxury car, so many upscale features are standard that won’t be found on other used sedans. That means even as a used car it will give an excellent ride.

The recreational vehicle (RV) world is having a major comeback with the influx of baby-boomers. Today’s travel trailers, 5th wheels, and motor coaches now include everything from satellite television and central air conditioning to built-in electric fireplaces. However, these luxury land yachts have one major disadvantage over the RV world of earlier years—they require large amounts of electrical power to operate.

Most high-end RVs can power all of their lighting and a few DC-powered appliances without an external hookup, but their limited onboard battery capacity will quickly be depleted when powering larger loads like a gas furnace fan or color television. These large RVs require a generator to power their major appliance and air conditioning loads when not plugged in at an RV park.

Dry campers, or boondockers, do not move each day from one high-tech camp ground to the next. The motorized covered-wagon pioneers of today head for the backwoods or fishing hole in smaller, less energy intensive campers. Many convert old buses into RVs or build their own truck campers. Some of you may use an enclosed truck-bed cap to protect your camping gear, build a fire for cooking and keeping warm, and set up a tent for sleeping. If you fall into this low tech camping category, your power needs will not include central air conditioning or electric hot water heating. However, you still may want to at least power several 12-volt DC lights, a laptop computer, and a radio. Even these limited power requirements can still deplete a typical RV/marine battery after only a few days. This article describes how you can build your own solar powered charging system for your camping or fishing RV/marine battery, or add a solar charger to an existing truck camper battery system.

System sizing

Unlike my previous solar articles, I am not going to describe how to calculate battery and solar array sizes. The battery of choice for most RVers is the 12-volt deep cycle RV/marine battery, and your truck camper will probably not have the space or weight capacity for more than one.

In addition, your smaller roof area will not be able to accommodate more than one or two solar modules in the 50 to 75-watt size range. Taking this design approach, there is no need to estimate how many days your battery will operate during cloudy weather. If this fully discharged point is reached, you either go to bed early or fire up a generator.

Conventional dual battery charging systems

One of the first wiring issues to address is battery isolation. The RV/marine battery for your camper must be isolated from the starter battery in your truck, or you could have a very long walk after you discharge the truck starter battery from the camper.

Although we want the truck starter battery isolated from the loads being supplied from the camper’s battery, we still may want both batteries charged by the same alternator. This can be easily accomplished using a battery isolator, available from most auto supply stores.

Different models are available for different truck and alternator types, but they all work the same way. They function like a check valve in a plumbing system, allowing charging current to flow out to each battery from the charging source but block a very high reverse current flow from the fully charged battery back into a fully discharged battery. The positive (+) output from the truck’s alternator feeds the battery isolator, which then has a separate positive (+) connection for the truck battery, and one for the RV/marine battery.

The negative (-) leads from both batteries and the alternator are usually connected together. If your present RV battery is wired to the truck battery charging system using a battery isolator, you need to decide if you want the planned solar charger to charge both the truck battery and RV/marine battery, or just the RV/marine battery.

We want to make sure we do not alter the existing dual-battery alternator charging system, and we also need to make sure the new solar wiring does not provide a path for large discharge current flows from one battery into the other. A second battery isolator can be added to divide the solar charging current between both batteries, while still keeping the batteries isolated from each other.

Many solar charge controllers need to “see” the battery voltage in order to constantly adjust the rate of solar charging. Unfortunately, many conventional battery isolators can block the reverse battery voltage sensing of a solar charge controller, resulting in no solar charging taking place. The solar charge controller thinks the battery was disconnected and stops charging. If this is your situation, you either need to divert the output of the solar charge controller manually between the two separate batteries using a DC-rated three-position switch (battery 1/off/battery 2), or install two separate solar charge controllers connected to the same roof-mounted solar module.

Materials & construction

Since I wanted to keep this simple, I designed everything around off-the-shelf components. The bed cap of my truck was too small for two or more smaller solar modules, so I mounted a single Siemens 100-watt 12-volt DC module using aluminum brackets. I selected a high capacity 12-volt sealed RV/marine battery that can be found in most discount warehouse stores for under $75. These batteries will take repeated slow discharge/ recharge cycling, yet are still fairly inexpensive. If you need more battery capacity, consider using two 6-volt golf cart batteries wired in series.

Unlike a conventional alternator that is only charging when the vehicle motor is running, a solar charging system is able to provide many hours of charging current every summer afternoon that it is not overcast. Unless you have a very high quality solar charge controller and perfect charge voltage setpoints, it is very easy to overcharge these batteries with a solar charger and eventually boil them dry.

It is also possible that hydrogen gas will be generated during extended charging which is explosive in high concentrations. For this reason I like to place my batteries in a rugged liquid-proof battery box with vented lid. You will need to check the water level in your battery much more often than you normally do, as even “Maintenance Free” liquid electrolyte batteries with sealed gas recombiner caps will lose water during extended charging.

I found the perfect battery box at a local marine supply store for under $20. Since these are available in several sizes, be sure to measure your battery before purchasing. I also purchased two in-line 20-amp automotive type fuses and fuse holders, and a cigarette lighter auxiliary powered socket designed for bulkhead mounting. I mounted the auxiliary power socket on the side of the lid of the battery box, which makes it easy to plug in 12-volt DC radios, portable televisions, or laptop computer power adapters.

I purchased a 12-volt Morningstar 10-amp charge controller with built-in load control, which I mounted on the top of the battery box lid. I really like this controller, as it is very rugged and includes a temperature sensor that adjusts battery charging voltage based on ambient air temperature. I connected the “load” control terminals to my small portable 12-volt DC refrigerator.

Unlike the temporary electrical loads powered from the auxiliary socket, a refrigerator operating for extended hours can easily discharge a battery this size in less than 24 hours. The load control terminals on the charge controller will shut off power to the refrigerator if the battery voltage drops below safe limits. It will then reconnect the refrigerator after the battery is recharged.

Wiring layout

I have included two different solar battery charger wiring diagrams that you can use, depending on which battery isolation method you need. Wiring Diagram #1 shows how to charge your RV/marine battery and the truck battery using a battery isolator or a manual switch.

Wiring diagram #2 shows the same solar charging system with two separate solar charge controllers to provide the battery isolation. This keeps each battery isolated from each other. If you intend to charge only the RV/marine battery, omit the second solar charge controller.

Summary

Make sure your battery box lid is strapped down, and the battery box is properly anchored to avoid acid damage to your truck. I located my completed assembly near the front of the truck bed where it will be protected from the elements by the bed cap. There are many low cost 12-volt adapters and pocket-size inverters now available that can power almost anything that runs from a 12-volt DC battery power outlet. Although you may not need to power a wide screen television, it is still nice to take along some small 12-volt DC appliances and lights that you can operate at night without running a generator.

he thermostat in the Volkswagen Passat 1.8L is a mechanical thermostat, equipped with a spring-loaded jiggle valve designed to open as the temperature of the radiator fluid rises. The thermostat increases the flow of fluid through the engine, which in turn cools the engine temperature down. If the thermostat fails, it does so in the open position, which allows unrestricted flow of fluid through the engine. When this happens, the engine does not produce enough heat to warm the inside of the vehicle. During the summer, this is not an issue; however, in the winter, the lack of heat increases the need to replace the thermostat.
Difficulty: Moderate
Instructions

Things You’ll Need:

* Pliers
* Sealable container
* Screwdriver
* Adjustable wrench
* 2 gallons of radiator fluid
* 2 gallons of distilled water
* Funnel

1.

Drain the fluid from the radiator into a sealable container. To drain the fluid, open the petcock located on the lower-left side of the radiator with a pair of pliers. With the fluid drained, close the petcock and seal the container with the fluid to prevent children and animals from gaining access to the toxic material.
2.

Locate the water inlet tube. The easiest way to locate it is to trace the lower radiator hose to the location where the hose connects to the engine. On the Pasat, the water inlet is located directly below the water pump housing.
3.

Remove the hose from the water inlet tube. Loosen the band clamp that holds the hose on the tube, using a screwdriver, and then pull the hose off the tube.
4.

Remove the two bolts that secure the tube to the engine, using an adjustable wrench. Pull the inlet tube off the engine. Be cautious–the gasket and the thermostat tend to fall out with the inlet tube.
5.

Remove the gasket, O-Ring (located inside of the inlet tube) and the thermostat, and then discard them. Inspect the inlet tube for any stress cracks of fractures. If you find any, discard the inlet tube and purchase a new one.
6.

Place the new O-ring into the water inlet tube. Place the new thermostat into the tube–the end of the thermostat with the spring sticks out of the tube. Place the gasket on the bottom of the inlet tube and place the tube back onto the engine. Secure everything into place with the two bolts.
7.

Slide the hose back onto the water inlet tube and secure it using the old band clamp.
8.

Drain a 50/50 mixture of radiator fluid and distilled water into the radiator via the radiator filler spout.

NEW DELHI: Indian automotive component makers plan to invest $30 billion by 2020 to ramp up production capacity as they try to keep pace with a fast growing auto market.

Indian component makers clocked a total revenue of $25 billion for the year ended March 2010 out of which exports contributed ap-proximately $3.8 billion, as per estimates made by the industry body Automotive Component Manufacturers Association of India (ACMA).

“The market is consistently growing with the local players trying to cope up with the buoyant domestic demand. Export orders are positive and we are looking at free trade agreements (FTA) with Brazil, South Africa and Iran which could be a ready market for India-made products,” said Vinnie Mehta executive director at ACMA.

ACMA is also seeking safeguard measures from the government against cheap imports of finished parts, primarily from China. Compo-nent imports grew 20% last fiscal to $8.2 billion. While this was driven by record sales in passenger car and two-wheelers, demand has gained further momentum as Indian automobile industry posted its best ever monthly sales in July with total vehicle sales growing 32% to 12.4 lakh units.

Trucks are the lifeline of transportation industries and also are having the most spectacular demands in the industries for their several purposes. These trucks are offered in various types to satisfy different needs of production and distribution.

Here are few of the examples that are making the trucks for sale by owner prices in USA revealed and exposed. Have a view and get the best review of these trucks for sale by owner prices.

These needs of trucks are satisfied by the supply of new trucks and used trucks. The new trucks are offered by the authentic and authorized truck dealing showroom of the company and the used trucks are offered by the dealer as well as the used trucks for sale by owners. The offers of owners directly are quite economical than the offers from the dealers. Here are some of the examples of truck models that are offered by the owners on the online websites.

The Ford F 2000 F 250

The Ford F 2000 F 250 is the truck model is one of the most searched and popular models in used trucks. This model is enriched of having the factors like V8 engines and the engine is powerful enough to make the trucking more dedicative. The automatic transmission and extended cabs are making the trucks enriched and empowered.

The trucks are having better elevation of dumps and flatbeds. Bucket trucks are also having exclusive features added to this truck models. The truck quality can be judged with the fact that these trucks are ASE Certified by the technicians.

All of these advance equipments are offered alongwith these truck models at the cost of $13475. These owners’ prices are quite cheaper than the dealer prices as the owners need not have to spend on the showroom expenses and on the other fixed expenses. To have the best deals of Ford F 250 model with the manufacturing of 2000, approach the online deals of these models by owners.

The Ford F 2007 Xlt Light Duty Truck

Sometimes the used trucks are offered in such good conditions that no one can even feel that they are not the new trucks. One of such model is the Ford F 2007 Xlt Light Duty truck. This truck is offered by the owner directly to the buyers with the help of online giant site for truck buying and selling, exclusive trucks. This truck is having the quality features like Triton 5.4 engine with just running of 42,200 mileages.

The automatic transmission and spring suspension are the master keys of these kinds of trucks. The 17 inch alloy aluminum wheels and the spacious crew cabs are the leading function that is making this Light Duty truck more attractive and attentive for truck buyers. This precious truck is offered in $25,995 which is quite affordable and reasonable in prices. This model is quite in demands and these prices are quite affordable and worth for the truck that is offered against.

These are couple of samples that can give better idea of the reasonable and affordable nature of trucks for sale by owner prices in USA.

With the high price of fuel and the continued reporting in the media of the detrimental effect that your vehicle is having on the environment, it is no surprise that many of you are trying your best to come up with fuel saving techniques. We at 21st Century can help by using the latest technology at our disposable to study your driving skills and advise you on how to save money.

Ecomanager advises drivers through an LED screen on how to improve your fuel economy by studying your braking techniques, any excessive vehicle movements, harsh acceleration and overall speed.

By reducing excessive braking, driving at a more conservative speed and avoiding inconsistent motorway lane changes are all tips to help lower your fuel consumption and our system will provide you with up to the minute, real time advice using a red, amber and green light system to improve your driving style.

We are committed to providing a system which both reduces costs for you the driver and improves road safety. It is no secret that diesel powered vehicles have a detrimental impact on the environment, so diesel fuel saving is high on our agenda to save you and your business money at the same time as protecting your surroundings.

In addition to all of this, the high prices set for both petrol and diesel means that understandably everybody is keen to use less fuel to reduce costs. Our leading technology will reduce your emissions, save on fuel and help you to do your bit to lower your carbon footprint.

Through using our industry defining traffic light system, Ecomanager will be sure to help with your fuel saving and provide a successful way to save you money as well as doing your bit for the environment. For any more information on how we can help you please contact us via our online contact form.

With voters concerned about record-high oil and gas prices and a slow economy, both presidential candidates are urging strong measures to reduce U.S. dependence on oil.

Last week, in a widely reported speech from Lansing, Mich., Sen. Barack Obama said, “breaking our oil addiction is one of the greatest challenges our generation will ever face,” and “will take nothing less than a complete transformation of our economy.”

Sen. John McCain has long called for breaking dependence on foreign oil for the sake of the economy, national security and the environment. Both propose accelerated battery research, tax incentives and other measures so consumers can soon buy affordable plug-in hybrid and electric-powered cars – cars that get 150 miles a gallon.

Most cars are driven less than four hours a day, meaning they could plug in and recharge for the other 20 hours at an equivalent electric cost of less than a dollar a gallon. A Seattle company, V2Green, is working with regional agencies, national utilities and the Idaho National Laboratory to demonstrate how recharging cars with smart technology at off-peak times can also make the power grid more efficient.

But what about the trucks and other heavy duty vehicles we need to deliver the goods to keep the economy going? High fuel costs are raising the price of almost everything we buy. Trucks account for 10 percent of total U.S. oil consumption. But unlike cars, long distance and local delivery trucks are on the road most of the day, making recharging difficult.

Two Seattle-area companies that are in the delivery business, Paccar and AmazonFresh, are working on solutions.

AmazonFresh, the online grocery of Amazon.com, has a fleet of delivery trucks it wants to make greener. One innovative approach under consideration would be to reduce the vehicle miles traveled (VMT) by working with the Washington State Department of Transportation, King County and others to install pick-up kiosks at regional park-and-ride lots. Customers could make orders online during the day and when they return to the park-and-ride lot to head home, their orders would be ready to pick up. This could work not only for groceries, but for anything Amazon sells, and as a potential portal to arrange for pick-up services for everything from prescriptions to pizzas.

Vehicle miles are reduced in two ways: Delivery trucks don’t have to travel into neighborhoods to make deliveries, cutting miles and time; and customers don’t have to make side trips to run errands at the end of the day, saving more miles and time.

A longer-term solution for delivery trucks will be to move as much as possible from diesel fuel to carbon-free electricity.

Several manufacturers are working on plug-in hybrid electric delivery trucks, and national companies such as Wal-Mart are helping to jump-start production by making the initial orders in hopes of reducing costs by increasing volume production.

National and state government delivery truck fleets could help lead the way as well. France is making government orders for electric mail-delivery trucks for use in urban areas. With a clean electric power grid in Washington, our state should be a leader as well. (Imagine a fleet of clean, plug-in school buses picking up and dropping off Washington state school kids, which also would cut their exposure to harmful diesel emissions.)

Changing long-haul trucking will be more difficult. A typical long-haul truck travels more than 500 miles a day, 100,000 miles a year, using 20,000 gallons of diesel. On any given day there are 100,000 trucks on Interstate 5. On average, a long-haul truck also idles 1,690 hours a year.

New technologies are coming. Paccar, parent of Kenworth, has developed new hybrid electric and (for the long-haul market) liquid natural gas trucks to meet the challenges of a future where the U.S. must be less dependent on oil to help the economy, security and the environment.

One immediate solution is to electrify truck stops so that trucks can connect to the power grid and avoid burning diesel while idling. A system of recharging stations along interstate routes and at warehouse and transfer points can be implemented relatively quickly and would be cost effective for truckers.

Also in the near term, retrofitting freight rigs with better aerodynamics and accessories should be a high priority. Replacements and retrofits to the current West Coast truck fleet could save a billion gallons of diesel fuel and $5 billion in fuel costs over the 10-year average remaining truck life. Other benefits including cutting carbon dioxide emissions by 110 million metric tons and nitrogen oxide emissions by 110,000 metric tons.

Oregon nonprofit Cascade Sierra Solutions has created a set of retrofit measures to accomplish these goals and is rolling them out at trucker outreach centers in the I-5 corridor.

The Northwest has an opportunity to become a center of transportation technology to meet one of the central challenges of our time. Reducing dependency on imported oil in transportation can be good for regional businesses, as well as being the right thing to do