Home » Page 60

Tips on Choosing a Car Dent Repair Professional

To make the exterior skin of the latest modern cars as thin as possible, while still maintaining its integrity, it requires the use of several different materials. If you have no experience whatsoever in repairing car dents, it would be a wise choice to hire the services of a car dent professional.

One of the first things that you need to take into account when choosing your dent removal specialist is to make sure that he is properly trained and certified. If training was not essential for a car dent repairer, then all repairs could be done on your own. A professional is one that specializes in dent repair and has sufficient knowledge on the best ways to fix any type of car dent damage. Compared to the services given by someone working at an auto body shop, a car dent specialist uses the latest and the best techniques to fix your vehicle.

Doing a little research is always a wise choice. You can request to see some sample photos from car dent repair shops so that you have an idea on what you can get from their services. Visual aids can help you determine if their services will meet your vehicle needs. Doing an online search is also a good idea. If you are unsure at any point about a particular car dent repair professional, you can search for user feedback. Reading what they have to say can help you make the right decision.

There are some dent repair shops that don’t guarantee the removal of the dent in your car. If you happen to come across a quality car dent repair shop that is able to guarantee their work at no extra cost, their services are definitely worth considering. Even if they can’t fix the dent in your car, most likely they will provide you with credit for any repairs your vehicle would need in the future. A good car dent repair professional will always be honest and upfront with you about what he can and cannot fix.

Choosing the right car dent repair professional is an important decision to make. Because you’ve spent hard earned cash for your vehicle, you want to be sure that it gets the best services your money can buy. Choose a professional that is fully trained and has had years of experience with repairing car dents and one that can also provide you a guarantee of their work.

Get the best services for your vehicle with car dent repair Bridgend. Protect your investment at all cost. Dent repair Bridgend ensures that you get good value for your money.

Share

Team Hybrid: Making It Happen with amsoil

 

Team Hybrid: Making It Happen

Every serious import owner is on a never-ending mission to pull out all the stops in creating the best ride that eclipses any other on the scene. Team Hybrid is no exception, and in fact sets the standard for today’s performance automotive enthusiast. They have been steadily generating buzz by landing some high-profile magazine covers, most recently in the January/December issue of Performance Auto & Sound and PASMAG Overdrive. PAS Magazine features two magazines in one with a cover for both, and Team Hybrid made another mark in the history books by landing both covers for the second time. No other team has accomplished this, which goes to show how revered Team Hybrid is by the respect it receives both in print and on the street. AMSOIL is installed in some of their vehicles currently making headlines, including this one from owner Charleston Penesa.
Currently featured on the cover of the latest PASMAG Overdrive, Penesa’s 2006 Mitsubishi EVO IX engine modifications include a Buschur Racing 3076R turbo kit, 1000cc injectors, HKS Super Suction intake system and much more. In keeping up with these high-performance standards they use AMSOIL Series 600 Brake Fluid, AMSOIL Synthetic High Performance 10W-30 Motor Oil and AMSOIL Ea Oil Filter.

AMSOIL covered this feature in the Promotions blog back in July when it was up and coming, and has since followed Penesa and Team Hybrid as they continue pushing the envelope in the import circuit. Founder James Lin received one more testament to their team’s viability at the 2010 SEMA show, learning Team Hybrid was confirmed to be the most published team in Performance Auto & Sound Magazine history. As one of the top three best-selling enthusiast titles in the US and the number one title in Canada, this is no small accomplishment.
AMSOIL is pleased to lend support to such a talented team of enthusiasts. Team Hybrid has the ability to generate buzz and awareness for not only their rides and organization, but the companies that sponsor them. Look for the AMSOIL logo placement on the cover of PASMAG Overdrive and watch for future updates. As they make their mark across the import circuit, Team Hybrid is rising fast and showing no signs of stopping.

Share

AMSOIL Quickshot SE Awarded Best New Powersports Product by SEMA Judges

AMSOIL Quickshot SE Awarded Best New Powersports Product by SEMA Judges

Buy NOW! Quickshot SE – More Information

AMSOIL Quickshot SE Fuel Additive has been granted the Best New Powersports Product award for 2011 at the SEMA Show at the Las Vegas Convention Center.  This year, over 2,000 new products were submitted for consideration of this distinctive honor in various categories. In determining the winners, judges looked for superiority of innovation, technical achievement, quality, consumer appeal and marketability.

Quick Shot SEQuickshot SE Wins SEMA Award

AMSOIL Quickshot SE is a premium fuel additive formulated to clean and restore optimal performance in small engine and powersports equipment fuel systems. It acts as a fuel stabilizer between uses and short-term storage and helps prevent damaging corrosion.  Its revolutionary formulation focuses on three major fuel-related issues common in small engine equipment: ethanol, water and dirty gasoline.

AMSOIL Quickshot SE is designed to keep water dispersed throughout the fuel tank, moving it out and decreasing the chance of ethanol separating from the gasoline. Moisture finding its way into gas tanks through condensation is dispersed in tiny molecules and safely moved out of the tank through the combustion chamber.  The lack of additives in today’s gasoline can cause fuel system gumming and varnish, creating deposits on critical components. AMSOIL Quickshot SE cleans hard to remove deposits on pistons, spark plugs, injectors, carburetors and other combustion chamber parts to maintain peak operating power.

AMSOIL Quickshot SE is recommended for use in all two-and four-stroke gasoline powered engines including motorcycles, snowmobiles, personal watercraft,  boats, ATV’s, edgers, tillers, mowers, snow blowers, chain saws, generators and farm and construction equipment.

Degraded fuel presents a major maintenance issue in small engines and powersports equipment. It can form varnish, gum and insoluble debris that clog carburetors, fuel injectors and fuel filters. Carbon buildup can form on the tops of pistons that leads to pre-ignition, rough idling and poor throttle response. Fuel-related problems are only expected to intensify in the coming years as the ethanol content in pump gasoline continues to increase.
AMSOIL Quickshot SE (AQS) is a premium fuel additive formulated to thoroughly clean and restore peak performance in small engine and powersports equipment fuel systems. It also stabilizes fuel between uses and during short-term storage periods. Its revolutionary technology focuses on three major fuel-related issues plaguing small engines and powersports equipment: ethanol, water and dirty pump gas.
Buy NOW! Quickshot SE – More Information

Share

Jaguar XK1 Motorcars Origins & Sports Car History

Today in 2010 / 2011 classic vintage Jaguar XK motorcars are more than extremely desirable and popular. Indeed a whole cottage industry has built up around the re-manufacture of both auto , mechanical and body parts as well as the vital professional restoration of these cars. Even they are extremely usable as well as great fun to drive , and while with their characteristic “skinny tyres” , an XK will not corner like a modern new automobile. Still there is nothing like the thrill of driving or being driven as a passenger in a vintage Jaguar XK motorcar.

The very first of the line – the XK 120 first appeared on the world – One of the premier auto shows of the time – of the continent and certainly of the British Empire worldwide was the hallmark automotive show held annually in London England. In today’s automotive industry – automobile design ,manufacturing , and production departments are all nicely & neatly coordinated and integrated with CAD computer drawing setups. The Earl’s Court car was very much a one-off prototype , and the first XK 120 to be sold did not leave the factory until fully July 1949. That first vehicle and the following 238 cars were fully aluminum bodied , after which ( from the spring of 19500 the bodyshells were in steel, which allowed the production rates to be drastically increased to the hilt. Virtually all cars went overseas – export was 100 % mandatory in those days – and for good while it was only newspaper and industry press and a few competition drivers of note, who were able to sample the car on the road of Britain , Scotland and Ireland. Its one nice mesh network in order that coordinated efforts can all row in the same direction to produce a vehicle from start to finish. It’s all one big cascade of efforts and expertise from initiation to concept for niche production models all in the shortest of orders and time frames.

However not long ago this generally if not always was not the case. Lean manufacturing the making of small volumes of vehicles that the consumer and driving public wanted and desired was pioneered in Japan, yet is applied throughout the world now at the likes of Ford , Chrysler and even mighty GM now. In the 1980’s when a Japanese auto exec was asked even though Toyota had plans of being the number one car maker in the world what would become of General Motors. His answer rings true today. “One day you will wake up and G.M. will not matter”. True to form GM is really not a car maker , based on production and sales figures – but a truck manufacturer and distributor. To produce a car in a standard worldwide auto design and produce process usually took upwards of 8 to 10 years. It seemed that “everybody hated everyone”> The designers resented management’s edicts, the parts and mechanical toolmakers resented the design staff as haughty. It went down the line to production management and production line middle management entrusted to implementation. The workers being badgered by abusive middle management , pushing for quotas and higher production figures disliked their superiors.
You can add union / management antagonisms to the mix. Finally in the case of the US auto industry with planned obsolescence at the helm, in the end directed their fury and anger at the ultimate purchasers of the product – the consumer at the dealership. It was considered the role of the auto dealers to fix problems on the vehicles. After all “quality” was something the dealer took care of.
It is amazing in retrospect that the auto industry survived at all , never mind prospered and grew and that as well any new products were developed and released. Product, technical and engineering workups and specs were actually drawn by solitary draftsmen on paper, and then sat around on physical paper. Then add in physical logistics of mail and delays because of the time costs of physical snail mail between departments. The drawings and internal departmental mail would actually sit on the desktops waiting and waiting. In the end the sum totality of most business and industrial processes all depend on practical logistics . In these cases think of the time spent “in the mail” and “on people’s ( and manager’s ) desks sitting forelorne and unopened or open in plain view but not dealt with. Its like the power of compound interest
only in reverse. Next , especially in the more rigid British management models the next steps involving being be passed up through most rigid management systems of approval, further approval, dispersal and finally production. Attention had been paid to performance too , and in March 1958 , along with the introduction of the open-two-seater model came the Weslake-developed straight port cylinder heads. This , fed by three instead of two SU carburetors, raised maximum power by soem 30 bhp and so cars equipped were designated “S” models. Even more power came from a new 3.8 litre version of the XK engine ( with our without the new cylinder heads) become optional in the XK 150 – It might be said that the British style of industrial management was a hold over of pre World War 1 British class structure where social class partitions held way . Everyone up the ladder was better than one step below. No question about that. Workers were seen as peons who were to do what they were told. “Why cannot you do as you are told” was the extreme of British management labor negotiations. I am the manager and therefore know more than you. Its no wonder stifling unions came to the factory floor in the UK. Worse yet many of the drowning rats emigrated to the colonies to do their damage in the Australian , Canadian and American industrial scene. Its all karma so to speak. In the end look at what befell the mighty American auto industry to the Japanese auto marketing onslaught. What a disaster in the making and final fruition. In the end it might be said that it took eons and eons to get anything into production and onto the roads and highways. Biggest news on the mechanical front was the disc brakes that had been tested for years on Jaguar’s competition models but it was the XK 150 that was the first jaguar to have them standard, and all round too. It transformed the car in that now , all the performance could be used between corners and cornering without the dreaded “fade” intervening.

The Jaguar XK was a remarkable car for any of a number of reasons : there was little that was innovative in its make up, but the engineering behind it was of the highest quality. It was powered by what was probably the highest quality
high-performance engine in true series production at that point in time. It had a properly designed front suspension ( used by Jaguar in its essentials right up to the last E-type was built in 1975). According to Canadian based auto industry William S. Simpson he regrets the day he ever disposed of his classic Jaguar XK car. On top of that add in rugged over all vehicular durability. It also cost only 1/3 to even a half of any thing else comparable on the automotive market scene to anything of similar performance let alone styling. Faults ? Nothing is perfect. Not even Douglas DC3 airplanes. The later cars in particular were rather “heavy”. Yet this is often the failing of popular classic cars as they age and creature comforts and options are applied or built in as standard features. As well the more powerful versions suffered from a rear suspension that was by the late 1950’s standards more than a tad primitive. Lastly – and this been an age-old failing of Jaguar – some of the secondary equipment was not as reliable as the major units. While the same basic XK shape remained the XK 140 was easily distinguished by its new bumpers. The XK 120 had possessed little more than overriders, and these had proved more than totally inadequate, especially in North America- the US & Canada primarily , where parking was mainly “by feel”. This new model was given massive protection front and rear in line with that of the MK VII . This heavier look was continued with the radiator grille, the delicate “Continental ” looking XK 120 item having been replaced by a bolder cast grill with thicker ( and consequently fewer) slats. The boot-lid now boasted a chrome strip in which was incorporated a medallion celebrating the marque’s Le Mans successes – two by that time – and the start of a legend. And win they did race after race, important competition after even more prestigious trophy event. The extreme performance of the XK was soon confirmed when head office in Coventry arranged a demonstration run on the Jabberke autoroute in Belgium before a party of journalists flown out from Britain to join their colleagues from the continent. Ron Sutton the company’s chief test driver took the white roadster down the autoroute at a mean of 127 mph ( 214 kph) and a resounding 135 mph ( 213 kph) with the screen removed and the undertray fitted.

The appeal of the car was further widened and enhanced when in 1951, the fixed-head coupe was announced. This was pretty soon labeled the “business man’s express” and was joined by the last variant – the drop-head coupe in April 1953. This had a non-detachable screen, lined hood and wind up windows – all very and most “civilized”. The XK 120’s reign came to an end in the last months of 1954 with the announcement of the XK 140. The 140 never quite achieved the status of its forerunner, but for all practical and intensive purposes it was a better and superior road piece . Finally many of the more primitive aspects of the XK 120 were eradicated and laid to rest. The SS 90 was turned out right up to the outbreak of the British end of the war. There was no penalty either , no need for constant attention from a highly skilled mechanic. The XK engine might of been then the classic specification for a true Grand Prix competition engine, but William Heynes had designed it solely as a production engine. more than able to take all the abuse that the average unskilled schmendrick driver could dole out and well within the abilities of the average good mechanic to fix. Still many sought to differ. If the aluminum head was not torqued exactly the same warpage could result.
Hence many sought out and purloined only their “favorite” chosen mechanic to work on their car – especially the motor and its components to work on only and exclusively. Others in the US and Canada sought out British mechanics not trusted the locals and local talent used mainly to working with Chevys and Fords. Powered by the same 2 ½ or 3 ½ liter overhead-valve engines used in the SS Jaguar saloons , these could achieve a genuine 160 km / hour ( 100 miles per hour in the US and Canadian roads and tracks) in its larger 3 and one half liter form. By virtue of its one time prime economic position Britain has arguably been responsible for more well known and widely admired cars that any other nation. While British “greats” may not have the grandeur of a Mercedes 540K , the liveliness of an Italian 12-cylinder Ferrari or the sheer presence of an American Dusenberg , their individual greatness and significance is by no means diminished by any means or form what so ever.

Like nearly all subsequent Jaguar sports cars (the E-type being the major exception), the SS 100 used a modified short-wheelbase version of the company’s contemporary saloon – in this case the SS 100. Finished in metallic bronze with biscuit upholstery the XK 120 Super Sports as it was called , made its bow at Earl’s Court – and almost frightened Jaguar’s production manager to death with the response. Market demand was so great it was rumored he almost had a heart attack or breakdown. Virtually the entire first years production was sold through in the first opening days of the show. Jaguar’s American importers were almost jumping out of the hotel windows in their greatest anxiety not to be left out and home with promised supply of product. Results were achieved via the well proven formula of light weight and a large torque power plant. By then however, independent front suspension was being adopted by progressive car makers and by 1940 SS vehicles were experimenting with it as well for what became the “post war” range of vehicles.

Unfortunately the managing director died in a tragic car crash , leaving no one in management really at the helm. It seemed at the time that Jaguar had reached a stalemate. Yet somehow with inertia and good staff things moved onwards and upwards. William Lyons had his sights set on an all-new luxury saloon capable of those 100 miles per hour speed range. Planning, testing and retesting was done, even during the war, and by 1945 essentially the essential features of the new post war car had been laid out. For his merits, extreme devotion to and credit to the British automobile industry William Lyons was later knighted.

It can be said that nothing is for nothing, and that everything good requires hard work and preparation. That can certainly be said of the Jaguar XK series of vehicles. Planning and follow through of this core vehicle which laid the work for most of what we take for granted in automotive styling in the auto industry of our times was laid and worked out with care and precision over an extended period of time. We take much for granted today.

Terry S. Vostor Mazda3 Edmonton Alberta The 2010 Mazda3 is a sports compact that exceeds consumers’ expectations by offering a distinctive design, superbly balanced dynamic performance, and a high level of quality and craftsmanship 2010 Mazda3 – No matter what the consumer is looking for, within the compact segment, the Mazda3 outshines its competitors. The Mazda3 Edmonton driving experience

Share

How to Aluminum Weld Safely – The Guidelines

Compared to welding other metals, welding aluminum is easier because of various factors, among them the propensity of aluminum to thaw out at a comparatively lower temperature and not breaking when it turns rock-solid. Depending on the type of alloy of aluminum you are using, you will weld the metal differently. With a little effort you can learn how to weld aluminum in all its different forms.

The various types of alloys include non-heat-treatable alloys like the ones containing manganese (Mn) and Magnesium (Mg) and heat-treatable alloys containing magnesium zinc and silicon copper.

Work pieces made from these types of aluminum are easier to weld whereas the ones containing copper and lead are harder to work with. Copper and lead alloys usually have a tendency to crack when they are weld, which makes it harder to work with them.

Different Welding Methods – MIG and TIG Welding

Apart from gas and plasma welding, the two most often used welding methods are TIG welding and MIG welding. Tungsten inert gas (TIG) welding, also known as Gas tungsten arc welding (GTAW) uses non-consumable tungsten electrode to produce the weld. The power is a constant current welding power supply.

MIG welding process is a subtype of gas metal arc welding. Among the two, MIG welding is the more advanced and can handle thicker aluminum work pieces, at a much faster speed.

Safety, Precautions and First Aid

Safety for yourself and your environment should always be your primary concern when welding aluminum, or any other metal. Welding is unlike many other hobbies or jobs because of the high temperature and stress that are involved in it. Apart from the high temperature, flames, the arc and molten metal are constant risk. Keeping this in mind, wearing your helmet and glasses while you work cannot be compromised with. It must be a habit with you to flick the glass down when you start welding.

Aluminum also requires special care because aluminum jobs produce imperfections in the weld area that have to be brushed away with a steel brush from time to time. You have to be careful while you use the brush.

It is also advisable to learn how to aluminum weld properly as well as know basic first aid in case you or any of your coworkers are injured while welding. Without adequate safety and precaution, your aluminum welding job is an endeavor fraught with risk. You must take steps outlined here to reduce that risk.

Check out my website to day and get a head start on learning how to weld aluminum. You will also find fun projects like aluminum welded boats. While you are there make sure you sign up for the Welding Weekly Newsletter and check out the Welding Forums.

Share