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The Subaru Guru offers a pre-purchase inspection service for any used Subaru you may be considering purchasing.

You will know before hand if there are any major issues with a vehicle you are considering buying. We offer this service for all vehicles.

 

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The Subaru Guru can re-manufacture any engine for any car or truck and ship it anywhere in the world.

Call for details at:253–872–7468 or 206–618–2392 you can also fax us with your specifications and requirements of your project at: 253–872–6580

When quality matters in engine maintenance, re-building, repair, replacement, aftermarket, upgrade, performance enhancement, or any engine-related re-manufacturing or activity, the “Subaru Guru” will ensure that you know the process and outcome of the product and ⁄ or service on offer.

It is of extreme importance to familiarize yourself with the sourcing, engines re-manufacture process, quality parts percentage and the machining operations involved in any “Subaru” engine repair and or re-manufacturing process. Quality, fit, process, value and guarantee are all good criteria to consider when evaluating any engine rebuild. You will be well-served to consider the nature, scope and implications of the engine re-manufacturing process used to get you your ‘sourced engine.

For anything and everything and some things in-between for re-manufactured engines and repair, maintenance, replacement, upgrade and or performance tinkering kits for engines of all makes, models, years and sizes imaginable. Full engine assemblies, cam and crankshafts, rings, cylinders and heads, (cracks, straightening and repair), precision machining and re-manufacture process excellence, the “Subaru Guru” can help. Cylinder boring and crankshaft grinding, polishing, thrust bearing repairs, rod straightening and machining to the finest of specifications, leading and precision-edge accuracy, with skill and dedication to minute detail and clearances are a given with our quality engine re-manufacturing process. Expect the best from the “Subaru Guru”, we are committed to deliver

From dis-assembly, cleaning, de-burning, shot-blasting, to precision machining on crankshafts, regrinding to exact specification and dimensions. Bearings, rods and thrust surfaces, polished inspected and measured, tapping and sealing, magna–fluxing, pressure-testing for cracks or weak spots or flaws that still need attention. Rocker studs, springs and shims, valve guides and liners to OEM tolerances and dimension specifications. For all rods and connecting engine parts, precision machining is key, individually gauged and torqued, checked against OEM master and for bend and twist. Wear and tear is evaluated, dimensional accuracy thoroughly checked and verified and/or machined to correct clearances and dimensions. Assembly, testing,  presentation, , verifying all key specifications, dimensions and finishes as well as the percentage of new parts (all new) in every engine and overall is tracked and guaranteed. Appropriate, affordable, quality work, and contributing to rekindle, revive,  reuse, recycle. Doing our part to clean up the Seattle WA. automotive environmental act, impact and contribute meaningfully for generations to come.

Following a somewhat holistic qualitative approach to our engine re-manufacturing process, we believe in simply the best in both process and outcome. Re-manufacturing processes come of age and leading the way to adhere ⁄ exceed the highest of OEM  standards.

For any and all quality work on blocks, crankshafts, connecting rods, cylinder heads, camshafts, and all engine assemblies, the Subaru Guru strives for state–of–the–art, gold–standard processes with machining and machines, processes of excellence, repute and quality execution, outcome, process and results. Crack–testing, alignment, measurements, cleaning, machining, studs, springs, leaks and taps, vacuum–testing and more all form part of the Subaru Guru’s comprehensive engine re-manufacturing process. Quality engine components,the Subaru Guru will focus on detail as well as the big picture, dollar–impact and overall sensibility, quality–guarantee we provide as part of this process shapes our business activities and deliverable s –products, skills, resources and services.

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We offer complete “Subaru air conditioning (a ⁄ c) service on all cars,trucks and SUV vehicles.

Call us at:253–872–7468 or stop by our shop at:8005 S.222nd Street Kent WA 98032

A little history about Automobile air conditioners:

Air conditioning systems are designed to allow the driver and or passengers to feel more comfortable during uncomfortably warm, humid, or hot trips in a vehicle. Cars in hot climates often are fitted with air conditioning. There has been much debate and discussion on what the usage of an air conditioner does to the fuel efficiency of a vehicle. Factors such as wind resistance, aerodynamics and engine power and weight have to be factored into finding the true variance between using the air conditioning system and not using it when figuring out difference in actual gas mileage. Other factors on the impact on the engine and an overall engine heat increase can have an impact on the cooling system of the vehicle.

1953 Chrysler Imperial with factory trunk mounted “Airtemp”

The first air conditioning for cars, was in 1933 when a company in New York city offered installation of air conditioning for cars. Most of their customers were limousine and high end cars for the wealthy.

The Packard Motor Car Company was the first automobile manufacturer to build air conditioners into its cars, beginning in 1939. These air conditioners were originally optional, and could be installed for an extra US$274 (about US$4,050 in 2007 dollars). The system took up half of the entire trunk space, was not very efficient, and had no thermostat or independent shut-off mechanism. The option was discontinued after 1941.

In 1954, the Nash Ambassador was the first American automobile to boast front-end, fully-integrated heating, ventilating, and air-conditioning system. The Nash-Kelvinator corporation used its experience in refrigeration to introduce the automobile industry’s first compact and affordable, single-unit heating and air conditioning system optional for its 1954 Nash models. This was the first system for the mass market with controls on the dash and an electric clutch. Marketed under the name of “All-Weather Eye”, the Nash system was “a good and remarkably inexpensive” system. Entirely incorporated within the engine bay, the combined heating and cooling system had cold air for passengers enter through dash-mounted vents. Nash’s exclusive “remarkable advance” was not only the “sophisticated” unified system, but also its $345 price that beat all other systems.

Most competing systems used a separate heating system and an engine-mounted compressor, driven off of the crankshaft of the engine via a belt, with an evaporator in the car’s trunk to deliver cold air through the rear parcel shelf and overhead vents. General Motors made a front mounted air conditioning system optional in 1954 on Pontiac’s with a straight-eight engine that added separate controls and air distribution. The alternative layout pioneered by Nash “became established practice and continues to form the basis of the modern and more sophisticated automatic climate control systems.”

The innovation was adopted quickly, and by 1960 about 20% of all cars in the U.S. had air-conditioning, with the percentage increasing to 80% in the warm areas of the Southwest. American Motors made air conditioning standard equipment on all AMC Ambassadors starting with the 1968 model year, a first in the mass market with a base price starting at $2,671. By 1969, 54% of the domestic automobiles were equipped with air conditioning, with the system needed not only for passenger comfort, but also to increase the car’s resale value. from <http://en.wikipedia.org/wiki/Air_conditioning>

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East Valley Auto Rebuild–The Subaru Guru

 

 

 

Call us about any Subaru transmission issues you have or stop by for a free inspection: 253–872–7468

Seattle’s first choice for expert professional “Subaru transmission service and maintenance for over twenty five years.

What’s the point of transmission service

To provide the proper automatic transmission fluid and filter change procedures every time your vehicles transmission fluids are changed ⁄ serviced.(“folks this is a really big preventive maintenance item–service your transmission regularly and you will get a lot better service from it”:Mark Bryant)

Many dealerships and almost all quick lube oil change places are using flushing machines to change your automatic transmission fluid.

Why not use a flushing machine

Using flushing machines does not address the critical need for cleaning the sediment in the transmission pan, cleaning the magnet inside the transmission pan, or changing the transmission oil filter (ever had your engine oil changed without changing the filter?)

Flushing machines are used to provide a quick (cheap) transmission fluid change, however they do not address transmission pan cleanliness or the absolute necessity of filter changes. By taking the Subaru transmission pan off, sediment in the pan as well as the magnet which collects microscopic particles can be cleaned, and the fluid filter can be changed. All Vehicle Manufacturers recommend a filter change with the oil (fluid) change, and recommend against the use of flushing machines due to possible fluid contamination from pan sediments.

The “Subaru Guru of Seattle” recommends your transmission fluid and filter changes based on the following 14 steps. For your transmission pan and filter (fluid) oil change follow steps 1 through 12 and 14, for a complete system flush and filter change follow steps 1 through 14.

1. Check with the vehicle manufacture for the correct type of transmission fluid, the amount of fluid and transmission filter before starting the transmission and filter change procedure (or let the Seattle Subaru Guru handle it).

2. For your best results, your transmission fluid should be at normal operating temperature before draining the fluid (Caution: fluid will be extremely hot).

3. With the engine off, position a drain pan under the transmission pan and drain the fluid by loosening the pan bolts. Loosen one corner more than the rest to direct the flow into the drain pan.

4. Finish removing the transmission pan bolts, and lower the transmission pan down carefully (Some fluid is still in the hot transmission pan).

5. Remove the old filter and discard in an appropriate environmental recycling facility. Most transmission filters are held in place with a bolt or two however, some are held by a clip. Make sure the filter O-rings or seals are discarded with the filter.

6. Install your new filter by using the same bolts or clips and use a new O-ring or seal (supplied with the new filter).

7. Inspect your transmission pan before cleaning. A small amount of fine gray clutch dust is normal. However,if
you find metal shavings, there could be a mechanical malfunction or major transmission damage.

8. Clean your transmission pan thoroughly with appropriate solvent and wipe dry so there is no harmful residue.
In some transmission pans there is also a magnet that should be cleaned and reinstalled in the same position in the transmission pan. Clean the transmission and transmission pan mating surfaces thoroughly of all gasket material being careful not to damage the surfaces.

9. Position your transmission pan with new gasket on the pan. Some gaskets have four holes slightly smaller
than the rest to allow threading the four bolts through the pan and through these smaller gasket holes to hold the gasket securely in place.

10. Hand-tighten the transmission bolts in a crisscross pattern until snug. Use a torque wrench to tighten
the bolts to the proper ft–lbs (check manufacture specifications) using the manufacturer’s recommended torque specifications.

11. Refill your transmission through the dipstick fill hole using the amount shown as “refill capacity”
in your owner’s manual.(or bring your vehicle to the Subaru Guru 253-872-7468)

12. If you are performing a transmission pan fluid replacement only, skip to instruction 14. If doing a complete
transmission pan and torque converter fluid replacement, follow the steps in instruction 13.

13. Follow these additional 5 steps for complete transmission pan and torque converter fluid replacement.
1) Obtain the total transmission fluid capacity from the manufacturer and have that amount of transmission fluid available.
2) Place a drain pan large enough to hold the total fluid capacity under the oil cooler.Disconnect the oil cooler lines from the oil cooler and direct the lines toward the drain pan.
3) With another person, be prepared to add ATF to the transmission fill hole (dipstick hole) at the approximate rate as the fluid is being pumped out the transmission line into the drain pan.
4) Start the engine, and as the old fluid is pumped out, add fresh fluid into the transmission fill hole.
5) When either the fluid color brightens or the total capacity has been replaced, shut the engine off and re–attach the oil cooler lines. All your fluid in the transmission pan and torque converter has now been changed.

14. With the vehicle on level ground and parking brake engaged recheck the fluid level using the manufacturer’s procedures outlined in the owners manual. Check the transmission and lines for leaks.

Subaru Guru DISCLAIMER: These automatic transmission fluid and filter change procedures are meant to serve as guidelines only. These guidelines do not take into consideration variations between vehicles. Changing transmission fluid should only be conducted by individuals with the proper mechanical knowledge and training. Personal injury and or transmission problems ⁄ damage can occur when the proper precautions are not followed. If in doubt, have your transmission serviced by individuals capable of performing this function like the professionals at the Subaru Guru of Seattle a.k.a. East Valley Auto Rebuild.

 

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Seattle’s all wheel drive specialist.

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