Nissan X-Trail The Best Value SUV

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Nissan X-Trail The Best Value SUV

The X Trail was added to Nissans off road range in 2001 and is something of an unsung hero. It is a compact 4×4 with practical boxy lines. Dynamically, the X-trail drives great on-road making it better choice than rivaling BMW X3 or Volvo X360. The X-Trail is the best option for those looking for a dependable yet enjoyable 4X4 car. It also returns a great value for money in terms with generous standard kit and strong resale values. The overall look of the Nissan X-Trail remains the same since 2001 apart from the light tweaks it received in 2007, but the X-Trail doesnt really need any change in design as it is a winning formula that still feels fresh and has helped the Japanese manufacturer flourish through the off road vehicle market. The X-Trail has a rugged look thanks to its chunky bumpers and dark scuff plates. Inside it has a luxurious but practical cabin that feels upmarket with high quality materials.

Having said that, the dashboard looks a bit odd with centrally fitted screen which looks like a substandard after market accessory. The X-Trail is powered by a 148bhp 2.0litre and 171bhp 2.0litre diesels mated with a six speed manual gearbox. The gearbox is smooth but it drives a bit firm and on motorways there is a lot of road noise. Having said that, it performs great on the bends thanks to the firm set-up giving it an edge over the agricultural Land Rover Freelander. The X-Trails appetite for revs makes it an entertaining car to drive. However, like other Nissans, the X-Trail is also not the best at stopping and takes 62.6 metre to stop when brakes are applied at 70mph, the rivaling Kia Sorento (larger in size) does the same in 52.6 metres.

The X-Trail managed to score only four out of five stars in Euro NCAP crash test rating, which is same as the Toyota RAV4 but one star less than the Land Rover Freelander. However, the standard safety equipment includes six airbags, AntilocCK Braking System and electronic stability control. The four wheel or two wheel drive can be selected with a touch of a button that adds to the drivers confidence. Nissan cars have a strong reputation for reliability and the X-Trail has performed really well in owner satisfaction surveys. It finished ninth in Auto Express Driver Power Survey.

The X-Trail boast 603 litres of boot space which can be increased to 1,773litres on folding the seats, that is 100 litres more than the rivaling Freelander which is larger in sizes. There is plenty of legroom for the passengers at the back and cabin boasts a huge glovebox and lots of cubbyholes. The driver enjoys a comfortable position thanks to highly adjustable seat and steering wheel. All of these make long journeys easy for both the driver and the passengers. The X-Trail returns fuel economy of 44.1mpg which is on a par with its rivals. However, it enjoys high residual values as compared to its rivals plus the kit levels are impressive. The Sport version gets a sunroof, Bluetooth connectivity and CD changer. All of these combine to make the X-Trail an appealing package for buyers.

Diy Battery Desulfator For At Home Reconditioning

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A DIY battery desulfator is a device that rejuvenates batteries in order for them to perform like brand new. Here’s a scenario for you: Your typical car battery’s life span is about two to four years. After that, it eventually dies – sometimes while you’re running pretty late to work or sometimes on a family cross country trip or sometimes just at home when you’re about to start the car up. Regardless of when or where it conks out, it’s dead and the situation renders your car useless. So, you haul the off to the recycler’s and spend some cash for a new one so that you can use the car.

But what if you could actually recondition the battery and make it work like brand new before it died out? The good thing is – you can! Most car batteries (and batteries for other machines and devices) can be reconditioned or refurbished in order to make it work like brand new and prolong its life expectancy.

What Causes The Batteries To Deteriorate, Anyway?
Over time, the inside of the battery starts to undergo a process called sulfation, where the lead plates (the part of the battery that produces the electric charges) become coated with sulfate. The coat creates an insulation on the lead plates, which causes then to produce a lower voltage charge. Eventually, the coating becomes so thick that the battery can no longer hold any charge. When this occurs, the battery is considered ‘dead.’ However, the reconditioning process simply de-sulfates the battery in order for the sulfate build-up to break down. This clears up the lead plates, allowing the battery to produce more charge, allowing it to work normally like it usually does.

Can DIY Battery Reconditioning Be Done?
Battery reconditioning can be done at your local automotive service shop – or you can do it yourself. All you need is a desulfator or Nanopulser. This device works by emitting high voltage pulses right into the battery. The pulses force the sulfate crystals to break down and dissolve, rendering the ‘bad’ or ‘dead’ batteries useful or almost like brand new.

Where Can I Get A Battery Desulfator?
Battery desulfators can be purchased online or from local vendors – or you can have someone make it for you. Some desulfator devices come with chargers, and can range anywhere from $25 to $100. Or, you can choose to make your own DIY Battery Desulfator from scratch. Making one is simply easy and can be created using a number of items that are available from hardware and electrical stores near you.

A good guide should provide a proper work plan and should give you a diagram to follow in making your own battery desulfator. Once you have the device on hand, try practicing on spare batteries or ‘bad batteries’ that you may be able to purchase at a cheap price.

It’s a good idea to use the desulfator at home as a preventative measure. Meaning, battery reconditioning should be done when the battery is still alive, as a preventive measure – as a last minute resuscitation measure once the battery dies.

Automotive V.i.n. Numbers What Do They Mean

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V.I.N. V.I.N.s. You will hear this term tossed around frequently by car sales people, auto insurance people among others in the automotive trade. What does the term “VIN” mean and how it is important to you?

The term V.I.N. is short form of “Vehicle Identification Number”. It’s a unique number that is assigned to your vehicle – be it car, truck, S.U.V., van truck, motorcycle or any other vehicle. Think of the VIN as the Social Insurance Number for your automotive vehicle.

In order to register a vehicle, especially a new vehicle, you will need its V.I.N. In order to insure your vehicle ditto. If your car is stolen it may well be tracked down and identified by this unique listing – it’s V.I.N. If you are in the market for a vehicle and do a vehicle history search – say at Carfax or a similar online service and the lookup will all be done by V.I.N. How else could the system work if each vehicle did not have its own unique identifying number? Through such automated systems you can quickly and accurately determine vehicle history since new – a list of owners , any accident reports , has the car been involved in a major accident , been written off , been in a flood , have liens or charges against it , as well as many additional concerns for auto buyers ,financers , and dealers.

How can you determine the V.I.N. of your vehicle? That is easy if have ready access to your registration and insurance documentation. If not, or if you want to confirm the VIN number assignment you can simply find out your vehicles stamp. Simply look through the windshield on the driver’s side of the auto at the corner of the dash. It should be clearly stamped on a plate attached to the dash. As well that same designation should be clearly listed on your bill of sale. If the 2 numbers do not match – this could be a sign of future trouble if you are ever involved in a collision and have to deal with auto insurance claims and payment to yourself or your auto body shop.

A short course in how to read a VIN to be of use to you – should you be in the car buying mode, need registration information or want to import a car into Canada. Where an auto is manufactured often determines import duties and taxes.

Reading a V.I.N. First things first look at the first number on the left hand side. This first character designates where the vehicle was built – 1 is the US, 2 is Canada, 3 is Mexico, J for Japan, K for Korea for example.

Next the second character in line designates the manufacturer or who built the car. The letter “G: stands for General Motor or G.M. products. Next is the third character – in this example if the number 2 is the third character – this would indicate the Pontiac division of GM. Characters 4 and 5 indicate the car line series, eight represents the body style for example 2 door coupe, 4 door sedan, hatchback. The seventh character indicates the type of safety restraint system that was installed at the factory. Eight character stands for the engine code – each type of engine has its own stamp. Between the eighth and the last sequence of letters is a check digit – a spacer to prevent confusion. The last sequence of digits is the grouping that singly identifies the vehicle and makes it wholly unique.

Why all this effort in creating this system and nomenclature of listing and describing each car individually. How else could the automotive trades work if they could not id each and every vehicle separately , track it , keep detailed records and lastly allow you as a car , truck , SUV , Van or motorcycle driver to research the past history of your new found vehicle.

Selecting A Good Quality Pre-owned Car

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Ways To Choose A High Quality Used Car

And with a financial savings like that it truly is amazing that any person buys new cars anymore. This post will look at some things to seek out when shopping for a used car.

Of course the first thing you want to seek out is any rust on the exterior of the vehicle. And we are not only looking for visible rust but rust that could be hidden under the paint. How you can tell should there be rust under the paint is by looking at the finish. If you find bubble spots on the paint, then there is a possibility that rust is ready to come through. Even though you see just a bit rust, proceed to the next car since it will probably get worse in a few years.

An additional area to look at for rust is inside the trunk of the car. That is an area of the car that lots of people forget to look at. Any small rust inside the trunk will spread to the rest of the car. Plus you won’t want to put anything in that trunk as it may end up suffering from water damage as the water can come through rust spots.

The next phase is to check the internal of the car. In the event the interior of the automobile is clean there is a pretty good chance that the person who owned it took good care of the vehicle. When the seats and carpets are tainted or torn there is a good chance that the previous owner didn’t conserve the car and he probably didn’t conduct the scheduled maintenance either.

Now when you are inside the vehicle check all the controls, this consist of windows, door locks, heater and everything else the car has. The last thing you want to do is to buy a car in the summertime and then figure out the heater doesn’t operate when winter hits.

Now look at the tires to find out if there is tread on the tires and if you can find any uneven wear. If you observe that the tread on one side of the car has significantly less wear than the other side, then there can be some issues with the car. It may just need an alignment, but then again it could be an issue that could run thousands to repair. In the event that there is any type of uneven wear on the tread, don’t give it an extra thought, move on to the next car.

The very last thing you should do is to get the car for a test drive. You want to be sure that the car turns well without issues and the brakes will work well and not soft. If you take the car for a test drive you will find a way to find out if there are and clunks or other troubles.

Nanotechnology For Automotive Lubricant Systems.

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How and why tungsten nanospheres work:
To start, nano particles (spheres) are hard to imagine. So small, that they can interact with engine lubricant and other matter on a molecular level.
This interaction allows them to become one with both the metal surfaces and the lubricant they are exposed to, enhancing engine efficiency, power and gas mileage.

The tungsten component is chemically inert, stable and unaffected by temperatures encountered in application as a lubricant. Tungsten nanospheres will not alter the carrier, exposure to them alters the way the metal of the friction surfaces interact with the lubricant .

Once the metals are exposed to the tungsten component in the carrier fluid, metal to metal friction is dramatically reduced, if not eliminated.
This increases engine efficiency and gas mileage.
The end result is a dramatic reduction in wear, the friction that causes wear, heat, and power losses. This will also increase gas mileage.

Primitive man discovered that rubbing dead animal fat on things made them work better. Ever since, man has quested for better means of lubricating the things he (or she) has created.
Lubrication has progressed from animal and vegetable based oils and greases, to highly refined mineral bases, silicone and synthetics. Graphite and Molybdenum have been used as additives in varying degrees in the past.
Tungsten nanospheres are an exciting development in lubrication for the 21st century.

Benefits:Lower friction, improved lubricity, lower energy costs.
Measurably better gas mileage , reduce wear, increase engine efficiency and
increased horsepower. Lower operating temperatures (as less energy is converted into heat). Increase in Oil / lubricant life and longer changeovers.
High Load bearing property means Reduction in wear of mating parts.
Offers increased corrosion resistance. Nanoparticles cannot clog oil or fuel filters as .5 micron particles easily pass through filter.

Characteristics :Nanoparticles are defined as any particle with a size less then 100 nanometer (0.1 micronmeter). When materials are made into nanoparticles, their reactivity increases. Nanoparticles have a very high surface area to volume ratio, due to this, a higher percentage of atoms (in nanoparticles) can interact with other matter. Therefore, the surface area (measured in square meters per gram) is the most important unit of measure for nanoparticles.The higher the surface area,the higher the lubricity.

Tungsten nanoparticles as applied to engine lubrication:Tungsten nanoparticles are one of the most expensive and highly developed lubricant additives available today.
Nanotechnology, as applied to lubricant additives, suspends the tungsten spheres in the circulating lubricant. This allows the tungsten component to be applied to all metal bearing surfaces, as well as cylinder walls, pistons and piston rings. An important characteristic of nanoparticles, is that they bond to the metal friction surfaces. Essentially plating them, preventing metal to metal contact. Tungsten is one of the most wear resistant substances known to man. Tungsten nanoparticles are temperature resistant far beyond what is encountered in any automotive application.

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