Ford C Max Radio Double DIN Dash Kit

The Ford Focus
C-Max was made by the European automakers, Ford. It was launched in the year 2003 and is manufactured till today. It is considered to be the smallest utility vehicle also known as multipurpose vehicle. It has 5 doors that can seat five persons. The boot area is very big and can be further increased by folding the rear seats. It underwent a facelift in the year 2006. The increase of the wheel arch and twin grillies that were trapezoidal brought about more efficiency. The headlights were also made angular in order to increase the range of the light beam. This proved to be useful in places where fogs were profuse. The engines had capacities ranging from 1.6L to 2L. It runs on petrol majorly. It has automatic and manual transmission. It is believed that the Ford Focus C-Max is going to undergo another facelift in 2010.

Since the cost of production at the present location in Germany is high, the production will soon be moved to Spain. The Ford Focus C-Max gives a highly smooth drive. The suspension is good and with body roll being so less is a very good option for a long drive. Though initially it is not that smooth, it picks up fast. From the beginning of its launch it has been a successful model. The factors that made it a favorite were its front modifications. It had first introduced angular lights and head lights that were very effective even in foggy climate. The seating position of the driver is another boost to the interior design of the car. It feels like sitting in a racing car. It is always a debate as to whether a Ford C-Max can be grouped under utility vehicle.

It has a design which similar to a hatch back. Most of utility vehicles can accommodate at least seven passengers but on the other hand C-Max has room only for five passengers. The interior is tending towards utmost sophistication. It is made up of good quality materials and with the facility of touch screen. The car is not very spacious for the rear passengers. There is very little room for stretching legs. Unlike the rear, the front part is spacious. The driver seat is on a higher level giving a brilliant experience while driving. The handling of the car as a whole has been a great advantage for the success of the Ford Focus C-Max. The manual transmission is also an advantage and makes it a very good choice. The radio dash kit double DIN consists of fascia panel, removable keys and adaptors that are of two types. It can either be harnessed or be aerial. These adaptors help in the conversion to din sized unit. The plate colour comes in black and other colours that can be selected according to the interiors of the car. The double DIN comprises two parts. One is the head unit and another unit for CD player. This is getting more popular nowadays.

Most Frequent Auto Repairs By A. Nutt

With any machine as complicated as an automobile, you are bound to run into problems now and then. Fortunately, the majority of car repairs involve the same common issues, so it is relatively easy to find mechanics able to repair them.

Prevention is the best medicine, as they say, and that goes for cars, too. If you know what the most common auto repairs are, you can make sure that you are vigilant of these areas and keep them well-maintained. Often, it`s worth getting repairs done before the part is completely ruined, such as with brakes. When something vital goes wrong, it could cause serious problems and even an accident, so you will want to check these frequently.

Brakes

Since we use our brakes continuously, it makes sense that they tend to wear down before many other parts on the vehicle. However, the brakes are also a very important part of the safety system in a car, so you really don`t want to wait until they fail.

The best way to ensure that you never have real problems with your braking system is to simply have it fixed as soon as you notice anything different. If you hear squealing every time you slow down or the brakes seem mushy and need to really be stomped on to stop, it`s time to head to the garage and get things checked out. It`s just not worth the risk of having the brakes give out when you need them most.

Tires

Another part of vehicles that tends to need attention more frequently is the tires. The last thing you want is a blowout on the highway, so keeping your tires in good condition and making sure to replace them when needed will help keep your vehicle safe.

Things to watch for include bulging of the tires, wobbling or the wearing down of the tire tread. Have a professional check if you aren`t sure about something and keep your tires inflated the proper amount to make sure they last as long as possible.

Dashboard Lights

Believe it or not, the little 'Check Engine' and 'Check Oil' lights tend to break down sooner than many other vehicle parts. While it may be tempting to just ignore the fact that your overheating warning is on all the time, these are guides to help you stay on top of potential problems with the car and should be repaired.

Oil

One of the more frequent auto repairs required involves the motor oil. If your vehicle goes through too much, you will want to have a mechanic take a look and see if there isn`t a leak in the system that can be repaired. Without oil, your vehicle won`t function, so be vigilant of the levels and be sure to top up when required.

Lights

Taillights in particular tend to burn out and it`s easy to miss the fact that you don`t have a turn signal until the police pull you over. Electrical system failures can also cause problems. Lights are important as they are how we signal our intentions to other drivers. Incorrect use (blinking turn signals when your signal is off, etc.) can cause accidents and misunderstandings that may end up being quite serious. Check your lights, front and back, for proper functioning on a regular basis and have them repaired as soon as you notice they aren`t working.

Maintaining a vehicle and ensuring that it is safe to drive is part of being a responsible driver. It helps to understand which areas of the car are most likely to break down and to give these extra attention.

Resource: http://www.isnare.com/?aid=330673&ca=Automotive

Get Your Auto Ready for the Cold Winter By Terry Z. Voster

Father winter is on its way or partially here. Not only that but you can count on it for the weather to get colder and colder as winter progresses. If your car is having difficulty now – what will happen when the cold Manitoba winter sets in? Lots of luck.

Just like almost everything else in life automobile maintenance and preparation are key to an uneventful winter’s motoring.

What can you do to get your car ready for winter? Plenty.

First of all book an appointment to give your car a complete inspection and tune up before the real cold of winter sets in. It is no secret in life that most people live everything for the last minute. In the case of winter time repairs, by leaving things for the last moment will mean delays and lack of vital transpiration to you. You may be spending unnecessarily time waiting for the bus in the dead of winter; up before the crack of dawn just to make it to work on time, so the boss does not give you a telling for arriving late to work.

You can be sure that if you wait for that real cold snap to book the inspection and tune up for your car – then every else in the world – or at least in your town – will be there at the garage or local Canadian tire outlet begging for quickest service in the world.

First you will have to get your frozen, non starting vehicle to the garage. That will involve long waits both on the phone line and then an even longer wait for the tow truck to arrive. Then it’s off to the garage repair shop to wait in a long line and beg for service trying to jump the queue. Problem is everyone else is in the same boat. You all will have to wait the same.

Imagine if you would have only booked the appointment some time earlier – or at least before the worst cold snap of the season, so far arrives. Your car will start. You can drive it to the repair shop. Timing can be done at your leisure. Perhaps the dealer or repair garage facility can even give you a lift to work in their auto transport shuttle. All in all it’s a much more civilized way and manner to have your routine winter tune up and inspection done early and earlier before the rush sets in. A lot easier, perhaps less expensive and certainly less stressful for you and your vehicle as well.

With the routine tune up there are a couple of extra touches which provide for extra attention to your vehicle for the winter ahead – be it car, truck, van or S.U.V.

First make sure that the engine oil and radiator coolant are changed. Have the transmission, power steering, brakes, radiator and battery fluids checked as well. It’s a good practice to change the radiator anti-freeze every year or second year at most. Anti-freeze not only protects your engine , radiator and coolant hoses from freezing – it also feeds the heater and window defroster to keep you warm , snug and safe when driving your car in the wintertime.

All in all the importance of a winter check up and tune up for cold wintertime driving can not be overemphasized. Plan ahead to make your motoring trouble free. Cars need care. Good care will ensure that your vehicle will run efficiently and will last a longer time. Especially if you drive in cold winter areas and in wet or cold climates you not only need to fight rust on your car body but also freezing frigid weather and automotive mechanical breakdowns.

Resource: http://www.isnare.com/?aid=332231&ca=Automotive

Real-time Ethernet For Critical Applications By D Washington Setform

Moog FCS, which is part of Moog's Industrial Group, is introducing a combination of communication interfaces based on real-time Ethernet. Using advanced and proven technology, the servo controllers are said to increase the functionality and boost the performance of aerospace testing systems.

They now provide fast graphics, accurate synchronisation of up to 500 control channels, reduced latency time and complete management of safety procedures to eliminate any risk to the specimen under test.

Although real-time Ethernet is now a common and proven technology, many experts believe it is not suited to critical applications such as aerospace testing.

However, Moog FCS has developed a real-time Ethernet interface that provides the test system with a high bandwidth and an unprecedented level of safety, particularly for high-performance aircraft, helicopter, and spacecraft testing. The test specimen can be protected against single-point failures as well as dormant failures of any part of the control system. No single component should fail without being detected. According to Moog FCS, other systems using fibre optics or legacy technologies cannot provide the same level of safety based on a system architecture supported by real-time Ethernet.

Pim van den Dijssel, the market manager for test systems at Moog FCS, comments: 'This is a great opportunity for us to demonstrate our expertise in applying newly available technology in a way that matches the needs of our aerospace testing market customers. Certain tests, such as iron bird, are deployed over a very long time span. We need to ensure that platform upgrades can take place transparently on running legacy systems so our customers can continue their tests while benefiting from latest technology developments.'

The real-time Ethernet hardware platform represents an efficient means of optimising test performance for Moog's customers running: aircraft structural tests, iron bird tests, landing gear, helicopter airframe, rotor head and blade tests, engine casing tests, fin actuation loading tests, hydraulic system tests, load calibration tests and spacecraft structural integrity. The new hardware architecture uses two different types of Ethernet interfaces. The recently launched Ethernet interface enables real-time data transfer between the command generator (Real Time Front End) and the localised control loops managed by the SmarTEST digital servo controller. The new real-time Ethernet interface uses specific and dedicated protocol software for data transfer. This plays a key role in providing customers with reduced latency while running tests. For example, the quad-core industrial PC processor technology combined with the new Ethernet interface allows the reliable control of 256 control channels with a command resolution of 200Hz and a latency of 5ms for large iron bird test systems with up to 640 look-up tables and calculation channels.

A second type of Ethernet interface is used for transfer of load cell, position and spectrum data from the load control system to the data acquisition system. A similar Ethernet interface can also be activated to produce snapshots, archives or analysis from the servo controller based on data from the data acquisition system.

Pim van den Dijssel says: 'As a company we are committed to helping our customers achieve optimal testing performance, continuous innovation and development in response to evolving challenges. These are key to ensuring continued success. We are delighted to mention that initial customer feedback has been extremely positive and customer expectations have been fully met.'

Resource: http://www.isnare.com/?aid=322575&ca=Automotive

Performance Upgrades For Cars By Sam Read

You may just use your car for getting from a to b and that’s fine but for petrol heads like me we love nothing more than a fast car. There are three main types of modifications you can do they are style, performance and safety in this article I will tell you some of each.

Safety

Safety is very important and goes hand in hand with performance here are a few safety modifications you can do.

Bigger brakes this will help you stop quicker if you are going at speed on a race track.

Seatbelt harness this is like a normal seatbelt but has more straps so it holds you in place stronger
Airbags are a thing that will save many lives when you are in a crash the instantly open and fill with air to soften the blow

Style

Style is great you can really express yourself with the style of a car here a few style modifications you can do

Body kit

A body kits are fiber glass moulds of the front bumper the rear bumper the side skirts and the rear and front guards. Body kits are usually white but can be easily painted and there are hundreds of different styles so you can express yourself how ever you want.

Paint

The great thing with paint is that if you don’t like it you can change it and it is easy and relatively cheap to do. So if I bought a car and it was pink I could easily change it to what ever colour I wanted to.

Graphics

Graphics are a great way to enhance the overall look of your car by putting your anything from your company logo to your favorite band all with special stickers that can come off in a mater of minutes if you want while protecting the paint.

Mags

Mags are one of the most stand out features on a car they are your wheels there are many different styles of mags to fit on any sort of car.

Performance

Performance is in my opinion the best upgrades you can do.

It is the heart and sole of a car.

Big Bore exaust

A big bore exaust makes the tip of your exaust bigger letting more air go out quickly it also makes your car louder.

Pod filter

A pod filter is a pod shaped air filter what makes these great is that with a normal air filter it only lets a little bit of air in but a pod filter lets as much air as possible to the engine.

Turbo charger

A turbo charger uses the power from the exhaust to turn around a fan in a casing very quickly and air goes into the fan and it makes air go to the engine quickly.

Blower

A blower sticks out the front bonnet and sucks up air through the little holes at the top

Conclusion

In conclusion if you add most of these things to your car you will have a mean street machine.

Resource: http://www.isnare.com/?aid=331356&ca=Automotive

Diesel Particulate Filters (DPF) and the Environment By John Hill

Reducing diesel soot emissions by 80%:

Changes to new car emissions legislation scheduled for 2009; the 'Euro 5' standards, will make particulate filters as commonplace in diesel car exhausts as catalytic converters are on petrol cars.

The goal is an 80% reduction in diesel particulate (soot) emissions, but the technology's not without problems; roadside assistance patrols are already being called to cars with the particulate filter warning light illuminated, which normally indicates a partial blockage of the DPF filter.

Clearly, changes to driving styles may be required for maximum benefit from these emission-reducing systems.

How do the filters work?:

Diesel Particulate filters (DPF) or 'traps' do just that, they catch bits of soot in the exhaust.

As with any filter (think of the bag in your vacuum cleaner) they have to be emptied regularly to maintain performance. For a DPF this process is called 'regeneration'; the accumulated soot is burnt off at high temperature to leave only a tiny ash residue. Regeneration may be either passive or active.

Passive regeneration

Passive regeneration takes place automatically on motorway-type runs when the exhaust temperature is high. Many cars don't get this sort of use though so manufacturers have to design-in 'active' regeneration where the engine management computer (ECU) takes control of the process.

Active regeneration

When the soot loading in the filter reaches a set limit (about 45%) the ECU can make small adjustments to the fuel injection timing to increase the exhaust temperature and initiate regeneration. If the journey's a bit stop/start the regeneration may not complete and the warning light will illuminate to show that the DPF is partially blocked.

It should be possible to start a complete regeneration and clear the warning light simply by driving for 10 minutes or so at speeds greater than 40mph.

If you ignore the light and keep driving in a relatively slow, stop/start pattern soot loading will continue to build up until around 75% when you can expect to see other dashboard warning lights illuminate too. At this point driving at speed alone will not be sufficient and the car will have to go to a dealer for regeneration.

Expensive repairs:

If warnings are still ignored and soot loading continues to increase then the most likely outcome will be a new DPF costing around £1000.

Mainly town based driving:

If your own car use or lease car use is mainly town-based, stop/start driving it would be wise to choose petrol rather than risk the hassle of incomplete DPF regeneration.

DPF additives:

The most common type of DPF features an integrated oxidising catalytic converter and is located very close to the engine where exhaust gases will still be relatively hot so that passive regeneration is possible.

There's not always space close to the engine though so some manufacturers use a different type of DPF which relies on a fuel additive to lower the ignition temperature of the soot particles so that the DPF can be located further from the engine.

The additive is stored in a separate tank and is automatically mixed with the fuel whenever you fill up. Tiny quantities are required though so a litre of additive should treat around 2800 litres of fuel, enough to cover 25,000 miles at 40mpg.

With this type of DPF regeneration will be initiated by the ECU every 300 miles or so depending on vehicle use and will take 5 to 10 minutes to complete. You shouldn't notice anything other than perhaps a puff of white smoke from the exhaust when the process is completed.

AA experience:

The AA has seen evidence of DPF systems failing to regenerate - even on cars - that are used mainly on motorways. Their conclusion is that on cars with a very high sixth gear engine revs are too low to generate sufficient exhaust temperature, but occasional harder driving in lower gears should be sufficient to bum off the soot in such cases.

Check the handbook:

If you buy or lease a car with a DPF fitted it's important to read the relevant section of the vehicle handbook so that you understand exactly what actions to take if the warning light illuminates and how, if at all, your driving style may need to be adjusted to ensure maximum DPF efficiency and life.

Resource: http://www.isnare.com/?aid=332645&ca=Automotive

Diesel Particulate Filters (DPF) and the Environment By John Hill

Reducing diesel soot emissions by 80%:

Changes to new car emissions legislation scheduled for 2009; the 'Euro 5' standards, will make particulate filters as commonplace in diesel car exhausts as catalytic converters are on petrol cars.

The goal is an 80% reduction in diesel particulate (soot) emissions, but the technology's not without problems; roadside assistance patrols are already being called to cars with the particulate filter warning light illuminated, which normally indicates a partial blockage of the DPF filter.

Clearly, changes to driving styles may be required for maximum benefit from these emission-reducing systems.

How do the filters work?:

Diesel Particulate filters (DPF) or 'traps' do just that, they catch bits of soot in the exhaust.

As with any filter (think of the bag in your vacuum cleaner) they have to be emptied regularly to maintain performance. For a DPF this process is called 'regeneration'; the accumulated soot is burnt off at high temperature to leave only a tiny ash residue. Regeneration may be either passive or active.

Passive regeneration

Passive regeneration takes place automatically on motorway-type runs when the exhaust temperature is high. Many cars don't get this sort of use though so manufacturers have to design-in 'active' regeneration where the engine management computer (ECU) takes control of the process.

Active regeneration

When the soot loading in the filter reaches a set limit (about 45%) the ECU can make small adjustments to the fuel injection timing to increase the exhaust temperature and initiate regeneration. If the journey's a bit stop/start the regeneration may not complete and the warning light will illuminate to show that the DPF is partially blocked.

It should be possible to start a complete regeneration and clear the warning light simply by driving for 10 minutes or so at speeds greater than 40mph.

If you ignore the light and keep driving in a relatively slow, stop/start pattern soot loading will continue to build up until around 75% when you can expect to see other dashboard warning lights illuminate too. At this point driving at speed alone will not be sufficient and the car will have to go to a dealer for regeneration.

Expensive repairs:

If warnings are still ignored and soot loading continues to increase then the most likely outcome will be a new DPF costing around £1000.

Mainly town based driving:

If your own car use or lease car use is mainly town-based, stop/start driving it would be wise to choose petrol rather than risk the hassle of incomplete DPF regeneration.

DPF additives:

The most common type of DPF features an integrated oxidising catalytic converter and is located very close to the engine where exhaust gases will still be relatively hot so that passive regeneration is possible.

There's not always space close to the engine though so some manufacturers use a different type of DPF which relies on a fuel additive to lower the ignition temperature of the soot particles so that the DPF can be located further from the engine.

The additive is stored in a separate tank and is automatically mixed with the fuel whenever you fill up. Tiny quantities are required though so a litre of additive should treat around 2800 litres of fuel, enough to cover 25,000 miles at 40mpg.

With this type of DPF regeneration will be initiated by the ECU every 300 miles or so depending on vehicle use and will take 5 to 10 minutes to complete. You shouldn't notice anything other than perhaps a puff of white smoke from the exhaust when the process is completed.

AA experience:

The AA has seen evidence of DPF systems failing to regenerate - even on cars - that are used mainly on motorways. Their conclusion is that on cars with a very high sixth gear engine revs are too low to generate sufficient exhaust temperature, but occasional harder driving in lower gears should be sufficient to bum off the soot in such cases.

Check the handbook:

If you buy or lease a car with a DPF fitted it's important to read the relevant section of the vehicle handbook so that you understand exactly what actions to take if the warning light illuminates and how, if at all, your driving style may need to be adjusted to ensure maximum DPF efficiency and life.

Resource: http://www.isnare.com/?aid=332645&ca=Automotive