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Toyota ISO Adapter Wiring Diagram

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Filed Under (Toyota Manuals) by admin on 19-05-2011

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4R Runner 1991-2000 Amazon > 2000 Avensis > 1997 Avensis verso > 2003 Camry > 1991 Carina E > 1988 Celica > 1990 Corolla > 1988 Corolla verso > 2002 Hi-Ace > 1990 Hi-Lux > 1989 Land Cruiser 1984-2002 Lite Ace > 1993 MR2 > 1990 Paseo > 1997 Picnic > 1990 Previa > 1994 RAV-4 > 1994 Starlet 1993-1997 Supra 1986-1996 Tacoma 1995-2001 Yaris > 1999 Reference : AC000005AA If you are interested, contact our sales department : Car kit Parrot Battery Pin Number Couleur Description 1 White Mute In 1 2 Yellow Mute In 2 3 Blue Mute In 3 4 Orange + 12V Memory 5 Green 6 Brown 7 Red + 12 V Permanent 8 Black Masse Car kit Parrot, car’s speakers Pin Number Couleur Description 1 Grey Rear right speaker + 2 White Rear right speaker – 3 Blue Front right speaker + 4 Green Front right speaker – 5 Red Front left speaker + 6 Orange Front left speaker – 7 Bronw Rear left speaker + 8 Black Rear left speaker – Toyota Audio Toyota Supply N° Connector Color Description 2 Toyota 2 Green Rear left speaker + 2 Toyota 1 White Front left speaker + 1 Toyota 1 Grey Front Right speaker + 1 Toyota 2 Violet Rear Right speaker + 3 Toyota 2 Green Black Rear Left speaker – 9 Toyota 1 White Black Front Left speaker – 10 Toyota 1 Grey Black Front Right speaker- 6 Toyota 2 Black Violet Rear Right speaker – N° Connector Color Description 3 Toyota 1 Red +12 V Permanent 4 Toyota 1 Orange +12 Ignition 8 Toyota 1 Black Ground Toyota 1 Toyota 2 Toyota Audio Toyota Supply N° Connector Color Description 2 Toyota 4 Green Rear left speaker + 2 Toyota 3 White Front left speaker + 1 Toyota 3 Grey Front Right speaker + 1 Toyota 4 Violet Rear Right speaker + 3 Toyota 4 Green Black Rear Left speaker – 9 Toyota 3 White Black Front Left speaker – 10 Toyota 3 Grey Black Front Right speaker- 6 Toyota 4 Black Violet Rear Right speaker – N° Connector Color Description 3 Toyota 3 Red +12 V Permanent 4 Toyota 3 Orange +12 Ignition 8 Toyota 3 Black Ground

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1989 Toyota 4Runner ENGINE PERFORMANCE Removal Overhaul And Installation

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Filed Under (Toyota Manuals) by admin on 26-10-2011

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CARBURETOR (COROLLA) REMOVAL 1) Drain cooling system. Disconnect air intake hose. Disconnect emission control hoses from air cleaner. Remove air cleaner mounting bolt and wing nut. Remove air cleaner. 2) Disconnect accelerator cable. Disconnect throttle cable (A/T). Disconnect carburetor wiring connector. Disconnect emission control hoses and tag for installation. Disconnect fuel inlet hose. Remove 4 carburetor mounting nuts and No. 1 vacuum pipe. Remove carburetor. DISASSEMBLY Air Horn 1) Remove air cleaner setting bolt. Remove fuel pipe clamp, union, fuel pipe and gaskets. Remove vacuum hoses. Remove pump and pivot screw and pump arm with connecting link. Disconnect choke link and choke opener link. 2 Remove 8 air horn screws and number plate, fuel pipe support and wire clamps. Remove air horn from carburetor body. Disconnect wiring from solenoid valves. 3) Remove float pivot pin, float and needle valve assembly. Remove air horn gasket, needle valve seat and gasket, power piston retainer, power piston and spring. Remove pump plunger and boot. See Fig. 2.
Fig. 1: Exploded View of Aisan Carburetor Main Body (Corolla) Courtesy of Toyota Motor Sales, U.S.A., Inc. Fig. 2: Exploded View of Air Horn Assembly (Corolla) Courtesy of Toyota Motor Sales, U.S.A., Inc. Main Body 1) Remove solenoid valves from carburetor body. Remove stopper gasket. Disconnect throttle positioner links and remove bracket attaching bolts. Remove accelerator pump retainer gasket and remove pump discharge weight, long spring and discharge large ball. See Fig. 1. 2) Remove pump dampening spring. Using tweezers, remove plunger retainer and check ball. Disconnect throttle positioner link and throttle position levers, washer and spring. Remove primary and secondary main passage plugs and gaskets. Remove primary and secondary main jets and gaskets. 3) Remove auxiliary acceleration pump (AAP) housing, spring and diaphragm. Remove AAP inlet plug and check ball. Remove outlet plug, short spring and small ball. Remove primary and secondary small venturies. 4) Remove sight glass retainer, sight glass and “O” ring. Remove throttle lever return spring and back spring. Remove throttle lever and fast idle cam. 5) Disconnect link and remove secondary throttle valve diaphragm assembly and gasket. Remove throttle position switch and bracket. Remove 3 body-to-flange screws and vacuum passage screw. Separate body from flange. See Fig. 3. Remove washer from throttle valve shaft. Remove idle mixture adjusting screw and idle speed adjusting screw.

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Burien Toyota 5SFE Turbo Installation Instructions

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Filed Under (Toyota Manuals) by admin on 17-06-2011

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The following parts are not required, but you may want to have on hand: 9 Fresh Toyota engine coolant 9 New engine oil (preferably synthetic) and new Toyota oil filter 9 New parts to perform a tune-up (spark plugs, distributor cap & rotor). If you do replace your plugs, you may want to use a colder plug to reduce the chance of detonation. 9 New Ignition wires, if your current wires are old 9 New Toyota fuel filter (since you’re replacing the expensive injectors) 9 Shorter oil filter union from Toyota (See step #11) 9 Tie-wraps to secure vacuum lines (See step #27) 9 Shielded audio cable (See step #26.b) 9 For automatic transmissions, consider replacing the transmission fluid with a good synthetic brand and installing an ATF cooler. Burien Toyota 5S-FE Turbocharger Installation Manual Page 2 of 20Kit Contents ¾ Toyomoto exhaust manifold ¾ Garrett TB0344 turbo (Exhaust manifold and turbo charger come attached) ¾ Intermediate pipe (‘S’ shaped pipe with blow off valve attached) ¾ Down pipe (‘J’ shaped pipe with 90° bend and exhaust flange, also has mount for oxygen sensor) ¾ Turbo intake pipe (Usually attached to turbo) ¾ 90º elbow with valve cover breather hose attached (Elbow used to mount air filter) ¾ K&N air filter ¾ HKS Racing Blow-off/Pop-off valve ¾ (4) 360cc Toyota Injectors ¾ Toyota Oil pan ¾ Toyota MAP Sensor ¾ All necessary hoses, clamps, nuts, bolts, fittings, studs, gaskets and such required to install the system.

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Installation of the Smitty 5-speed Toyota Kit

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Filed Under (Toyota Manuals) by admin on 25-10-2011

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Toyota pilot bearing: Toyota uses a ball pilot bearing which is a very accurate fit on the end of the pilot shaft. I had to sand my pilot shaft down slightly with wet/dry paper to get the bearing to be other than a force fit. You need a sliding fit for installation of the trans in the car. Pilot Tool adjustment: I believe it is necessary, or desirable at least, to tighten up the accuracy of the supplied plastic pilot tool to make sure the nose of the first-motion shaft will slide into the Toyota pilot bearing during installation of the trans. I wrapped the pilot tool with enough electrical tape so it was a perfect fit on both the pilot bearing and the clutch disc splines. 1 layer of tape around the contour of the splines did the trick. Smitty supplies an aluminum ring which holds the Toyota pilot bearing into the Healey flywheel. I used a vise to press the bearing into the ring, and a large 1-5/16 socket as a tool to hammer this into the recess in the flywheel. This was easy if you’re careful. Your lead hammer makes a dandy driver for this. Toyota Trans install: The shop manuals warn against tilting the engine into the radiator. Mine has the 6- bladed fan about 1/2″ back from the radiator and during this process it never came close to the radiator. If you have the block between the valve cover and the firewall, minor or no jacking of the engine should be necessary in order to get the Toyota trans in place. Position your trans jack or floor jack in the middle of the hole and place the Toyota trans on top of it. Lower enough to get the bell housing through the opening, then raise it back up to where the bolt holes align. Observe parallelism between the bell housing and engine flange. I believe the limiting factor here is the alignment of the Toyota pilot shaft with the pilot bearing–I believe this is at least as accurate as anything to do with the dowel bolts.

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1989 Toyota 4Runner STEERING COLUMN REMOVAL AND INSTALLATION INSTRUCTIONS

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Filed Under (Toyota Manuals) by admin on 13-11-2011

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REMOVAL & INSTALLATION STEERING COLUMN Removal 1) Disconnect battery ground cable. Remove steering wheel. On Cressida, Corolla, MR2 and Tercel models, remove fuse box cover, lower instrument trim panel and air duct from under steering column. 2) On all models, remove upper and lower steering column covers. Remove combination switch. Mark position of “U” joints and shaft for reassembly. 3) On models with “U” joints, remove “U” joint retaining bolt. On models with flexible joint, remove flexible joint retaining bolt. NOTE: On 2WD Pickup models, remove steering column with intermediate shaft attached. 4) On all models, mark position of joint and pinion shaft for reassembly. Remove intermediate steering shaft. 5) Remove floor pan cover bolts. Remove tilt bracket-to- dashboard mounting bolts. Remove steering column toward inside of vehicle. Fig. 1: Exploded View of Camry, Corolla, MR2 & Tercel Steering Column Assembly Courtesy of Toyota Motor Sales, U.S.A., Inc. Fig. 2: Exploded View of Celica, Cressida & Supra Steering Column Assembly Courtesy of Toyota Motor Sales, U.S.A., Inc. Fig. 3: Exploded View of Land Cruiser, Pickup, Van & 4Runner Steering Column Assembly Courtesy of Toyota Motor Sales, U.S.A., Inc. Installation 1) To install steering columns, reverse disassembly procedure. Grease main steering shaft and all bearings. 2) Ensure marks made to flexible couplings and to “U” joints are aligned. Ensure steering column and shafts do not bind after installation. STEERING COLUMN OVERHAUL NOTE: Camry, Corolla, MR2 and Tercel steering columns are similar. Some of the following procedures will not pertain to all models. Disassembly (Camry, Corolla, MR2 & Tercel) 1) Remove tension springs, grommets and screws from tilt bracket. Remove tilt lever left-hand set bolt. Remove column upper support lock bolt. 2) Remove tilt steering support bolts and pawl set bolts. Place bushings and “O” rings aside and keep them clean. Remove ignition lock cylinder. 3) Using a screwdriver, push 2 thrust stoppers into bearing retainers. Pull out shaft from column. Remove the No. 1 column ring, bearing retainer, thrust stoppers and No. 2 column ring from shaft. 4) Remove snap ring and lower bearing from shaft. Remove bearing inner snap ring. Remove upper bracket retaining bolts and ground strap. Separate upper bracket from column. Inspection 1) Check that steering lock mechanism operates properly. Check upper bearing for smooth rotation or excessive noise. Replace upper bearing (if necessary). 2) Using Drift (09631-00020) and Adapter (09627-30010), drive bearing from upper bracket. Pack new bearing with grease. Using the same drift and adapter used in removal, drive new bearing into upper bracket. 3) Inspect lower bearing for smooth rotation or excessive noise. If lower bearing shows signs of wear or damage, replace with a new one. Reassembly 1) Install upper bracket onto column. Install ground strap. Tighten retaining bolts to 14 ft. lbs. (19 N.m). Install inner snap ring on shaft groove nearest to center of shaft. 2) Install lower bearing and lower bearing snap ring. Place No. 2 column ring into position next to bearing on side nearest center of shaft. See Fig. 4.

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TOYOTA LANDCRUISER BRAKE CONVERSIONS SERVICE MANUAL

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Filed Under (Toyota Manuals) by admin on 19-05-2011

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Transport Inspectors: Provides sufficient guidance to ensure familiarity with approved brake system modifications to stated Toyota Landcruiser models. Approved Inspection Stations (AIS): Provides sufficient guidance to ensure familiarity with approved brake system modifications to stated Toyota Landcruiser models for the issue of a Safety Certificate. Approved Persons: Provides sufficient guidance to ensure familiarity with approved brake system modifications to stated Toyota Landcruiser models so as to ensure consistent certification of vehicles. Vehicle owner: Provides guidance on vehicle compliance requirements. Applies to Installation of Safe Effect Integrated Braking System (SIBS) to Series 70, 75, 78, 79, 80 and 100 Series Toyota Landcruiser motor vehicles. Installation of the Corefleet Offroad Braking (Rear) (COBR) system to Series 78 and 79 Series Toyota Landcruiser motor vehicles. Objective To ensure that braking modifications carried out to the above mentioned Toyota Landcruiser vehicles are to the approved and certified standard. Background Modification approval has been issued to two applicants regarding braking modifications to a range of Toyota Landcruiser vehicles. These vehicles are commonly used in the mining and exploration industry. The standard manufacturer supplied braking systems have been considered of very high maintenance characteristics due to the nature of vehicle operations (for example, underground mining activities, harsh operating conditions). An additional model of vehicle has recently been approved and the list of approved models of vehicles amended. These vehicles are also commonly registered for use on public roads. To ensure the braking systems of these vehicles remain in a serviceable condition to prescribed standards and maintain extended service life, modified braking systems have been developed to address the harsh operating conditions that are experienced in the underground mining and exploration industries

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TOYOTA TO CHEVY AND BUICK ENGINE – TURBO CHARGED INSTALLATION INSTRUCTIONS

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Filed Under (Toyota Manuals) by admin on 20-09-2011

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INSTALLATION INSTRUCTIONS: 1. Install the pilot bushing into the engine crank. 2. Bolt the flywheel to the engine crank using special flywheel bolts. 3. Assemble the clutch assembly and special disc to the flywheel using special clutch bolts. 4. Assemble the clutch release arm to the inside ball pivot of the bellhousing. 5. Bolt the slave cylinder to the outside of the bellhousing. 6. Test fit the bellhousing assembly over the clutch assembly and onto the engine block. 7. Place the N1430 release bearing onto the clutch arm fork. 8. Adjust the length of the slave cylinder push rod to a length that provides a minimum of 1/8″ clearance between the release bearing face and clutch fingers. 9. This test fit over the clutch assembly is primarily done for establishing the push rod length. If this procedure is eliminated, you will not have any visual inspection for verifying the push rod adjustment. 10. Remove the bellhousing assembly from the engine. 11. Bolt the bellhousing to the front of your Toyota 5 speed transmission using the original bolts. Make sure that the two dowel pins installed in the face of the 5 speed transmission are properly fitted to the Advance Adapter bellhousing. 12. Slide the new release bearing onto the Toyota bearing retainer. Make sure that there is grease in the internal cavity of the release bearing. Most new bearings are pre-lubricated. 13. With all the components in position, you can now bolt the new bellhousing assembly onto the engine block. We have provided six (6) new socket head bolts, 3/8″-16 x 1-1/2″ long for this purpose. Make sure the engine dowel pins are properly aligned with the new bellhousing dowel pin holes. DO NOT FORCE THE BELLHOUSING ONTO THE ENGINE BLOCK. Some applications may require the tip of the input shaft to be modified slightly. The bellhousing must fit evenly to the engine block. 14. With the bellhousing now in position and the slave cylinder push rod installed, you should be able to verify the clearance between the release bearing & clutch fingers. The lever should have movement of approximately 1/8″ to 1/4″. CAUTION : If you have too much clearance, you will be utilizing too much of the slave cylinder stroke and could possibly prevent you from obtaining a full clutch release. A light duty return spring attached to the clutch release arm will prevent any premature contact of the release bearing with the clutch fingers. 15. The Toyota Land Cruiser slave cylinder will replace the original Toyota slave cylinder. The Toyota truck hydraulic slave cylinder line will have exactly the same fitting size as used on the Land Cruiser slave cylinder. 16. With the new slave cylinder installed, you can now bleed the slave cylinder installation by pumping up the slave cylinder pedal. Most installations are compatible with the original Toyota master cylinder. We have encountered a few installations that require changing of the Toyota master cylinder to a smaller 3/4″ piston. If you have any type of clutch difficulty related to full disengagement of the clutch assembly, contact Advance Adapters for any updated information.

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HIGH TECH DUAL QUAD THROTTLE LINKAGE KIT INSTALLATION MANUAL

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Filed Under (More Manuals) by admin on 24-02-2012

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INSTALLATION 1. This kit contains all the necessary parts to operate Edelbrock carburetors in a progressive or 1: 1 type operation. Figure 1 illustrates typical progressive type installation in which the rear carburetor is the primary carb. This simplifies linkage attachment to the vehicle’s existing throttle linkage. 2. Before attaching anything to the carburetors, loosely assemble the major components of the linkage kit using Figure 1 as a guideline. Note that the longer rod will go to the rear carb with the flat facing down, and the short rod goes to the front carb with the flat facing up. The brass bearing blocks should be positioned so that the set screws will tighten against the flat of the short rod, i.e., both bearing block set screws will be up. Attach the aluminum collar to the long rod between the bearing blocks with the set screw against the flat. 3. Attach the linkage assembly to the carbs with the 10-24 allen head screws and locknuts. Attach to the rear carb using one of the brass 518″ O.D. x 3/16″ I.D. shoulder spacers and the tapered brass anti-rotation shoulder spacer in the top hole of the throttle arm (112″ diameter). Note that the shoulder spacer goes on the inside and the anti-rotation spacer goes on the outside of the throttle arm. Attach to the front carb using the 3/16″ hole just below the large hole in the throttle arm. ADJUSTMENT – NOTE: If carburetors are full of fuel, place rags in the carb throats to absorb the fuel discharged when working the throttle linkage. This will prevent flooding and possible damage to the piston rings upon start-up. Be sure to remove the rags before starting engine. 1. Tighten the set screw and locknut on the rear bearing block, making sure that the bearing block is close to the end of the shaft from the front carburetor. 2. Push the throttle arms of both carbs to WOT (Wide Open Throttle), then adjust the aluminum collar to touch the rear brass bearing block. Securely tighten the set screw and locknut on the aluminum collar. 3. Let both throttle arms return to idle position, then adjust the front brass bearing block to almost touch the aluminum collar. Leave about .020″-.030″ clearance to allow for independent idle speed adjustment of each carburetor. Tighten all set screws, locknuts, and bolts at this time. 4. Check for smooth operation of linkage from idle to WOT and note that the rear carb will open about 20″ before starting to open the front carb. Both carbs should reach WOT at the same time. 5. IMPORTANT: Attach a return spring to both carburetors as shown in Figure 1. Use the return spring brackets supplied, bending as necessary for attachment to your engine. Generally the brackets can be attached to the intake manifold using the existing bolts. Use the longer or shorter spring on either the front or rear carburetor as required for your particular application. Check for smooth operation and positive return to idle. 6. Attach existing throttle linkage to rear carburetor using the 3/16″ hole below the large hole in the throttle arm. It may be necessary to shorten your existing linkage rod or cable, or to use an aftermarket cable mounting plate. BEFORE STARTING ENGINE, DOUBLE-CHECK FOR SMOOTH OPERATION OF LINKAGE FROM IDLE TO WIDE OPEN THROTTLE AND FOR POSITIVE RETURN TO IDLE. OPTIONAL 1:l INSTALLATION If 1:l linkage is desired, assemble and attach linkage kit as above, except that the attachment point to the front carburetor’s throttle arm will be the large 112″ hole using the other two 518″ O.D. x 3/16″ I.D. shoulder spacers (similar to the rear carburetor). Adjust the bearing blocks to eliminate all freeplay, so that all motion to the rear carburetor’s throttle arm is transmitted directly to the front carb’s throttle arm

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HIGH TECH DUAL QUAD THROTTLE LINKAGE KIT INSTALLATION INSTRUCTIONS

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Filed Under (More Manuals) by admin on 02-01-2012

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INSTALLATION 1. This kit contains all the necessary parts to operate Edelbrock carburetors in a progressive or 1: 1 type operation. Figure 1 illustrates typical progressive type installation in which the rear carburetor is the primary carb. This simplifies linkage attachment to the vehicle’s existing throttle linkage. 2. Before attaching anything to the carburetors, loosely assemble the major components of the linkage kit using Figure 1 as a guideline. Note that the longer rod will go to the rear carb with the flat facing down, and the short rod goes to the front carb with the flat facing up. The brass bearing blocks should be positioned so that the set screws will tighten against the flat of the short rod, i.e., both bearing block set screws will be up. Attach the aluminum collar to the long rod between the bearing blocks with the set screw against the flat. 3. Attach the linkage assembly to the carbs with the 10-24 allen head screws and locknuts. Attach to the rear carb using one of the brass 518″ O.D. x 3/16″ I.D. shoulder spacers and the tapered brass anti-rotation shoulder spacer in the top hole of the throttle arm (112″ diameter). Note that the shoulder spacer goes on the inside and the anti-rotation spacer goes on the outside of the throttle arm. Attach to the front carb using the 3/16″ hole just below the large hole in the throttle arm. ADJUSTMENT – NOTE: If carburetors are full of fuel, place rags in the carb throats to absorb the fuel discharged when working the throttle linkage. This will prevent flooding and possible damage to the piston rings upon start-up. Be sure to remove the rags before starting engine. 1. Tighten the set screw and locknut on the rear bearing block, making sure that the bearing block is close to the end of the shaft from the front carburetor. 2. Push the throttle arms of both carbs to WOT (Wide Open Throttle), then adjust the aluminum collar to touch the rear brass bearing block. Securely tighten the set screw and locknut on the aluminum collar. 3. Let both throttle arms return to idle position, then adjust the front brass bearing block to almost touch the aluminum collar. Leave about .020″-.030″ clearance to allow for independent idle speed adjustment of each carburetor. Tighten all set screws, locknuts, and bolts at this time. 4. Check for smooth operation of linkage from idle to WOT and note that the rear carb will open about 20″ before starting to open the front carb. Both carbs should reach WOT at the same time. 5. IMPORTANT: Attach a return spring to both carburetors as shown in Figure 1. Use the return spring brackets supplied, bending as necessary for attachment to your engine. Generally the brackets can be attached to the intake manifold using the existing bolts. Use the longer or shorter spring on either the front or rear carburetor as required for your particular application. Check for smooth operation and positive return to idle. 6. Attach existing throttle linkage to rear carburetor using the 3/16″ hole below the large hole in the throttle arm. It may be necessary to shorten your existing linkage rod or cable, or to use an aftermarket cable mounting plate. BEFORE STARTING ENGINE, DOUBLE-CHECK FOR SMOOTH OPERATION OF LINKAGE FROM IDLE TO WIDE OPEN THROTTLE AND FOR POSITIVE RETURN TO IDLE. OPTIONAL 1:l INSTALLATION If 1:l linkage is desired, assemble and attach linkage kit as above, except that the attachment point to the front carburetor’s throttle arm will be the large 112″ hole using the other two 518″ O.D. x 3/16″ I.D. shoulder spacers (similar to the rear carburetor). Adjust the bearing blocks to eliminate all freeplay, so that all motion to the rear carburetor’s throttle arm is transmitted directly to the front carb’s throttle arm

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TOYOTA STARLET GT TURBO/ GLANZA Specifications

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Filed Under (Toyota Manuals) by admin on 17-09-2011

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Car Toyota Starlet GT Turbo Engine 4E-FTE L4 1331cc EFI DOHC 16valve Aspiration Toyota ct-9 Turbocharger (CT-9A) Output 133hp @ 6400rpm (100kw @6400rpm) Torque 16.0kgm @ 4800rpm (157Nm @ 4800rpm) 0-100 km/h (0- 60 mph) 6.9 Seconds Redline 7200 rpm Boost Settings (Dual-mode Turbo) 0.40bar (@6psi) @ LO setting – 0.65bar (@9.5psi) @ HI setting Dry Weight 830 kg Transmission/ Axle C52 -522 LSD C52 -523 Compression Ratio 8.2:1 Bore & Stroke 74 x 77.4 Injectors 4 x 295cc/min Turbo Model CT-9 Factory Boost 0.40bar(5psi)Lo – 0.65bar(9psi)Hi All text/images including any related copyrights in this document belong to their respective owner. Generated with 2PDFFromps ( http://s0nic.net ), free pdf creator. 3.0 Service/Maintenance Guide Engine Oil Castrol Formula R Synthetic 10W-60 : 5000km intervals Oil Filter TRD (Toyota Race Development) Sports oil filter : 5000km intervals – Product code # 90915-SP000 Transmission Fluid/ Oil Castrol Syntax 75W/90 Synthetic Manual transmission fluid : 10000km intervals Brake and Clutch Fluid Castrol Super Disc DOT 5.1 Brake fluid : 2000km / annual intervals Fuel Filter OEM (Toyota) standard replacement part # 23300- 19245 : 10000km intervals Air Filter Element OEM Toyota (# 17801 – 11050) : Replace with K&N OEM re-usable Replacement product # 33-2634 (if you dont want pod modification) : at 20000km intervals – K&N re-usable pod filter (filter charge option) Product # FC-0183 Clean ever 20000km with K&N cleaning kit product # 99-5000 Turbocharger Oil Feed Pipe Clean out at 10000km intervals Engine Coolant (Radiator) Castrol Engine Coolant : Replace at 10000km intervals Spark Plugs and Leads NGK “BKR-6EP” Laser Platinum plugs – Magnecor 48326 8mm Leads : Check / replace plugs at 10000km intervals

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