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Harley Davidson DRESSERS TUNED-FLOW SLIP-ON MUFFLERS INSTALLATION MANUAL

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Filed Under (Harley Davidson) by admin on 23-03-2012

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Installing the Tips: 1. Use a long 3/16″ ball drive Allen wrench to remove the two hidden retaining screws. 2. Rotate the tip to the desired position and relocate the retaining screws and lock washers inside the tip. 3. Apply a small amount of anti-seize compound to the threads and tighten to 8 ft./lbs. 4. Check the tip bolts after a brief test ride. Adjusting the Hooker Tuned-Flow® Muffler: 1. Loosen the socket head bolts located in the aluminum ring at the end of the muffler approximately 5 turns using a 3/16″ Allen wrench. Alternate back and forth between each bolt 1/2 turn at a time to keep from binding. 2. Using your fingers, pull the center barrel of the muffler approximately 1/8″ towards the back of the motorcycle and rotate to the desired setting. If warm, use a rag or gloves. 3. By rotating the exhaust barrel and aligning the notch in the barrel with the index marks in the aluminum ring, the power band can be adjusted. The “H” setting will bias the power towards High RPM Horsepower, while the “T” setting will provide more Low RPM Torque. The muffler is infinitely adjustable between these two settings

Cobra Motorcycle and ATV Specifications CX65 CX50 Sr. (The King) CX50 Jr. ECX 70 ECX 50 ECX80AC

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Filed Under (Cobra) by admin on 14-11-2010

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Dry Weight 122 lbs 91 lbs 81 lbs 210 lbs 206 lbs 210 lbs Engine Cobra 65cc 2-stroke Cobra 50cc 2-stroke Cobra 50cc 2-stroke Cobra 70cc 2-stroke Cobra 50cc 2-stroke Cobra 80cc 2-stroke Bore x Stroke 44.5mm x 41.7mm 39mm x 41.7mm 39mm x 41.7mm 44.5mm x 44.7mm 39mm x 41.7mm 47.6 mm x 44.7mm Induction Case Reed V-Force® Reed Valve- 24mm Mikuni carb Case Reed Carbon Pedal 19mm carb Case Reed Carbon Pedal 14mm carb Case Reed V-Force® Reed Valve- 24mm Mikuni carb Case Reed Carbon Pedal 21mm carb Case Reed V-Force® Reed Valve- 24mm Mikuni carb Cooling Water cooled Cylinder and Case Water cooled Water cooled Water cooled Cylinder and Case Water cooled Water cooled Cylinder and Case Clutch Hydraulic ally actuated Cobra 3Gx 3-Shoe Cobra 3Gx 3-Shoe Hydraulic ally actuated – (auto option) Cobra 3Gx 3-Shoe Rekluse Z-ball auto-clutch Transmission Six-speed sequential Single-speed auto Single-speed auto Six-speed sequential Single-speed auto Six-speed sequential Exhaust Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Lubrication Mixture lubrication Mixture lubrication Mixture lubrication Mixture lubrication Mixture lubrication Mixture lubrication Fuel Capacity 1.06 Gallons .85 Gallons .70 Gallons 1.9 Gallons 1.9 Gallons 1.9 Gallons Frame Twin Spar Oval HSLA Double Cradle 4130 ChrMo Steel Double Cradle 4130 ChrMo Steel Arens design twin spar Arens design twin spar Arens design twin spar Wheelbase 1140mm 990 mm 908 mm 1067mm (track 915mm) 1067mm (track 915mm) 1067mm (track 915mm) Seat Height 762mm 680 mm 607 mm 762 mm 737 mm 762mm Ground Clearance 250mm 240 mm 216 mm 205 mm 205 mm 205mm Front Brakes Hydraulic Disk (205mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Rear Brakes Hydraulic Disk (165mm) Hydraulic Disk (140mm) Adjustable Drum Hydraulic Disk (180mm) Hydraulic Disk (180mm) Hydraulic Disk (180mm) Front Suspension Marzocchi 35mm USD Adjustable 220mm travel Cobra 30mm USD 210mm travel Marzocchi 32mm 168mm travel Dual A-Arm with SVO™ patented steering design. 248mm travel Dual A-Arm with SVO™ patented steering design. 248mm travel Dual A-Arm with SVO™ patented steering design. 248mm travel Rear Suspension Öhlins Fully Adjustable 270mm travel Fox Piggyback Fully Adjustable 248mm travel Öhlins Piggyback 170mm travel Fox Piggyback 220mm travel Solid axle Fox Piggyback 220mm travel Lightweight tube axle Fox Piggyback 220mm travel Solid axle Wheel Front / Rear 14″ spoke / 12″ spoke (Al rims, Billet hubs, 9ga. spokes) Cobra 12″ Billet Cobra 10″ Billet Cobra 10″ Billet Cobra 10″ Billet ITP 10×5 (4 x1) Al Douglas 8×6.5 (4×2.5) Al ITP 10×5 (4 x1) Al Douglas 8×6.5 (4×2.5) Al ITP 10×5 (4 x1) Al Douglas 8×6.5 (4×2.5) Al Tires Front / Rear 60-100×14 Dunlop 80-100×12 Dunlop 2.5×12 / 2.75×10 2.5×10 / 2.75×10 ITP Holeshot 19/6 ITP 16/6.50-9 ITP Holeshot 19/6 ITP 16/6.50-9 ITP Holeshot 19/6 ITP 16/6.50-9

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2011 FORD HARLEY-DAVIDSON F-150 TECHNICAL SPECIFICATIONS

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Filed Under (Harley Davidson) by admin on 01-11-2010

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Final assembly location Dearborn Truck Plant, Dearborn, Mich. POWERTRAIN AND CHASSIS ENGINE Type 6.2-liter two-valve V8 Configuration Iron block, aluminum heads Valvetrain SOHC, two valves per cylinder, roller-rocker shaft with hydraulic lash adjusters Bore x stroke 4.02 x 3.74 inches Displacement 379 cubic inches, 6,210 cc Compression ratio 9.8:1 Horsepower 411 hp @ 5,500 rpm Torque 434 lb.-ft. @ 4,500 rpm Fuel Injection Sequential multi-port electronic Oil capacity Seven quarts DRIVETRAIN Layout RWD or AWD TRANSMISSION Standard Six-speed automatic overdrive Gear ratios 1st 4.17:1 2nd 2.34:1 3rd 1.52:1 4th 1.14:1 5th 0.86:1 6th 0.69:1 Reverse 3.40:1 Available axle ratios 3.73 SUSPENSION Front 4×2 Coil-on-shock, long-spindle double-wishbone independent, stamped-steel lower control arm (sport-tuned) Front 4×4 Coil-on-shock, long-spindle double-wishbone independent, stamped-steel lower control arm (sport-tuned) Rear 4×2 Hotchkiss-type non-independent live, leaf springs and outboard shock absorbers (sport-tuned) Rear 4×4 Hotchkiss-type non-independent live, leaf springs and outboard shock absorbers (sport-tuned) STEERING Type Power rack-and-pinion Turning circle curb-to-curb 47.0 feet 2011 FORD HARLEY-DAVIDSON F-150 TECHNICAL SPECIFICATIONS BRAKES Front 13.8-inch vented disc Rear 13.7-inch vented disc Assist type Vacuum, RSC WHEELS AND TIRES Wheels 22-inch polished forged aluminum with painted accents with “Harley- Davidson” Bar & Shield logo on wheel ornament Tires P275/45R-22 all-season BSW DIMENSIONS (inches unless otherwise noted) EXTERIOR SuperCrew RWD SuperCrew AWD Wheelbase 144.5 144.5 Vehicle length 231.9 231.9 Vehicle width (without mirrors) 79.2 79.2 Vehicle height 74.8 75.9 Track width, front/rear 67.0/67.0 67.0/67.0 Cargo box length 67.0 67.0 Width (max) between wheels 50.0 50.0 Inside box height 22.4 22.4 INTERIOR Seating capacity Five Five Headroom Front row 41.0 41.0 Rear row 40.3 40.3 Legroom Front row 41.4 41.4 Second row 43.5 43.5 Shoulder room Front row 65.9 65.9 Second row 65.5 65.5 Hip room Front row 60.5 60.5 Second row 64.6 64.6 WEIGHTS AND TOWING (pounds)

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1996 YAMAHA TDM 850 SERVICE MANUAL

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Filed Under (Yamaha) by admin on 20-11-2010

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Model: TDM850 Model code: 4TX2 5AR1 (CH,A) Dimensions: Overall length Overall width Overall height Seat height Wheelbase Minimum ground clearance Minimum turning radius 2,200 mm 790 mm 1,285 mm 805 mm 1,475 mm 165 mm 2,900 mm Radiator: Radiator capacity (including all routes) 1.7 L Tire: Type Size front rear Manufacturer front rear Type front rear Tubeless 110/80 ZR18 150/70 ZR17 BRIDGESTONE*/PIRELLI/MICHELIN BRIDGESTONE*/PIRELLI/MICHELIN BT54F/MTR03/MACADAM 90X BT54R/MTR04/MACADAM 90X *In Austria and Switzerland only Bridgestone tires are equipped on this mode. MAINTENANCE SPECIFICATIONS SPEC ELECTRICAL Item Standard Limit Voltage: 12 V Ignition system: Ignition timing (B.T.D.C.) Advancer type 10 at 1,150 r/min TPS and electrical type Voltage regulator: Type Model /manufacturer No load regulated voltage Semi conductor-short circuit type SH650A-12/SHINDENGEN 14.1 14.9 V Electric fan: Model /manufacturer NAAF20/NIPPONDEN SO CARBURETION CARBURETOR FUEL LEVEL ADJUSTMENT 1. Measure: Fuel level a Fuel level: 15.8 16.8 mm (below the MIKUNI mark) Out of specification Adjust. Adjust the float level by slightly bending the float tang 1. Fuel level measurement and adjustment steps: Place the motorcycle on a level surface. Use a garage jack under the engine to ensure that the carburetors are positioned vertically. Connect the fuel level gauge 2 to the drain pipe. MAINTENANCE SPECIFICATIONS SPEC ELECTRICAL Item Standard Limit Voltage: 12 V Ignition system: Ignition timing (B.T.D.C.) Advancer type 10 at 1,150 r/min TPS and electrical type Voltage regulator: Type Model /manufacturer No load regulated voltage Semi conductor-short circuit type SH650A-12/SHINDENGEN 14.1 14.9 V Electric fan: Model /manufacturer NAAF20/NIPPONDEN SO

Kawasaki Ninja 250 FAQ

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Filed Under (Kawasaki) by admin on 15-11-2010

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Am I too small for this motorcycle? Duke – Sun May 14 17:38:31 2000 I’m only about 5’2″ and don’t have a problem, even though I can only touch the ground with the ends of my toes. Once you get a feel for the balance of the bike it’s not hard to keep everything upright. Only place I have trouble is pushing the bike backwards in a parking lot. Usually I just walk the bike (beside it) to where I can get on and get going. How does the EX500 compare to the EX250? Craig M. – Mon May 22 10:23:29 2000 I have both the EX250 and the EX500; both are Y2K models. The 250 is a screamer that performs well and can easily get me into trouble. My only complaints about the 250 are the excessive nose dive when getting on the front brake hard and the skittishness of the rear during high speed cornering. Both are easily corrected with suspension adjustments, I’ve just been too lazy to get the parts and do the work. A bit more wind protection would be great too. The 500 addresses these problems, the diving of the front end (to a degree); the rear’s skittishness and the wind protection. A plus for the 500 is the greater torque and power off the line; it pulls stronger (in my opinion) and will get you into illegal speed territory just a bit quicker than the 250. With greater weight, is has more stability in high speed and windy situations. Insurance is just about the same for both, with the 250 getting the nod for gas mileage. Service requirements are almost identical for both as well, being that they’re both parallel twins, the technology is the virtually the same. The downfalls of the 500: $2K more than the 250 (can do a lot to the 250 with that kind of money); buzzy mirrors, barely useful; heavier weight to have to push around the garage; lesser gas mileage (55-60 MPG; 250 pushes 70 MPG easily); engine is worse than a nervous dog shaking around at idle and at speed (here the 250 is far superior and much smoother). In my opinion, the 500 is a better suited for a larger rider, from a comfort standpoint. I feel I can stretch out a bit more on it than the 250 (I’m 5′ 9″, 160 lbs). The 250′s brakes are better tuned than the 500 and the shifter is much smoother. That may be due to the 3,500 mile difference between the two bikes. Bottom line, both bikes are great, the 250 is now my wife’s ride (mainly) and the 500′s mine (unless she steals the keys away). In time, I’ll make the adjustments to the 250; she doesn’t push it like I do.

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2008 Harley-Davidson XR 1200 Specifications

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Filed Under (Harley Davidson) by admin on 03-11-2010

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Quartz Halogen, 55-watt low beam, 60-watt high beam Tail/Stop Lights…………………………………………………………………………5W/21W Turn Signal Lights ……………………………………………………… 21W self-canceling Instruments ………………………………..Unique compact instruments with prominent ……………………. white faced tachometer, digital speedo, dual trip meter and clock Indicator Lamps ……………. Hazard warning lights operated by turn signal controls; …………………………………………. high beam, neutral, low oil pressure, turn signals, ………………… engine diagnostics, low fuel warnings, low battery, security system5 Colour Options6 Vivid Black; Mirage Orange Pearl; Pewter Denim Model Features Styling and Ergonomics • Styling and livery inspired by the legendary XR 750™ flat track racer • Wide, black handlebars for dirt track looks and superb control • Rear-set footrests for excellent cornering clearance • Ergonomics designed around average height European male rider • Standard passenger footrests Powertrain and Intake • Isolation-mounted high torque 1200cc Evolution® V-Twin engine finished in silver powdercoat • Downdraft Electronic Sequential Port Fuel Injection (ESPFI) and electronically controlled active intake system Wheels, Brakes and Tyres • Unique, lightweight cast wheels with flat track inspired 3-spoke design, finished in black • Powerful Nissin® dual front brakes with 4 piston calipers and 292mm patented uniform expansion rotors • Dunlop® Qualifier D209 tyres developed specifically for the XR 1200. 180mm rear tyre. • Sport-tuned Showa® suspension featuring 43mm inverted front forks and pre-load adjustable twin rear shock absorbers Other Features • Aircraft style aluminium alloy fuel filler • Hands-free Harley-Davidson® Smart Security System5 Warranty Warranty7 ……………………………………………………… 24 months (unlimited mileage) Service Interval8 ………………………………………………. First 1,000 miles (1,600 km), ………………………………………………………. every 5,000 miles (8,000 km) thereafte

2002 Ducati Monster 620ie Dark SPECIFICATIONS AND PERFORMANCE DATA

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Filed Under (Ducati) by admin on 02-12-2010

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Type: ……………. air-cooled, 90°L-twin Valvetrain: ..desmodromic, two valves per cylinder, shim-on-valve-stem Size: ……………………………………618cc Bore/stroke:……….80.0mm x 61.5mm Comp. ratio: ………………………. 10.7:1 Fueling: ……………………Marelli 5.9 EFI with two 45mm throttle bodies Exhaust:………………………………2-1-2 DRIVE TRAIN Transmission: …………………. 5-speed Final drive: ……..No. 530 O-ring chain, RPM @ 65 mph/redline….4890/9500 DIMENSIONS Wheelbase: ………………………….. 56.7″ Rake/trail……………………..24.0°/3.54″ Ground clearance: ……………………4.4″ Seat height :…………………………..29.9″ GVWR: …………………………….881 lbs. Wet weight: …………………….. 424 lbs. Carrying capacity: ………………457 lbs. SUSPENSION Front: 43mm inverted cartridge forks, non-adjustable, 5.1″ travel Rear: ……..Sachs monoshock damper with progressive rocker linkage, adj. preload and reb. damping, 5.8″ travel BRAKES Front:……single 320mm disc, Brembo four-piston, double-action caliper Rear: …………………………245mm disc, twin-piston, double-action caliper TIRES & WHEELS Front: …….. 120/60ZR17 Dunlop D205 Sportmax on 3.50″ x 17″ wheel Rear:………. 160/60ZR17 Dunlop D205 Sportmax on 4.50″ x 17″ wheel ELECTRICS Battery: …………………………12V, 12AH Ignition: …………..digital-mapped with throttle position sensor Headlight: …………………………55/60W FUEL Tank capacity: ……………………4.0 gal. High/low/avg. mpg: ….47.7/56.0/ 51.9 MISCELLANEOUS Instruments: ………………speedo, tach, odometer, tripmeter, Indicators: …….. hi-beam, t/s, neutral, oil pressure, immobilizer, LCD clock MSRP: ……………………………… $6495 Valve adj. interval: ……………. 6000 mi. Warranty: ….2 years, unlimited miles. Color: …………………………matte black PERFORMANCE Measured top speed……116.0 mph 0-1/4 mile………………12.52 sec. @ 104.24 mph 0-60 mph………………..4.31 sec. 0-100 mph………………12.29 sec. 60-0 mph……………………113.7′ Power to Weight Ratio……..1:7.81 Speed @ 65 mph indicated ….62.5 Low end Mid-range Top end The 620′s motor produces plenty of thrust with a wide, torquey powerband. High-tech fuel injection gives excellent throttle response and delivers terrific gas mileage, too. The 90°V- twin is smooth running and looks good exposed. TEST NOTES PICKS Terrific value for the price, especially for a Ducati Highly tuned engine doesn’t disappoint Light weight and good handling adds up to fun PANS Clutch shudders and grabs when hot Mirrors need to be wider and further forward Matte black everything isn’t particularly flattering

Carbureted vs. Fuel Injected Systems

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Filed Under (Tips and Review) by admin on 25-10-2010

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fuel injection (FI) systems have been around since the 1950′s and became widely used in cars during the 80′s. By the 1990′s all cars sold in the United States were equipped with FI systems, and though motorcycle manufacturers have included FI systems with some models as early as 1982, it isn’t until recently that the industry has seen wide spread use of FI. Since a lot of people come into my shop with questions about FI, I thought I would point out some of the differences between FI and carbureted systems as well as the benefits and disadvantages of both. A carbureted system is a mechanical system using air pressure to control the flow of fuel through the system. There are three basic parts in a carburetor, the throttle valve, the venturi and the float bowl. The throttle valve controls the amount of air that flows into the throat of the carburetor also known as the venturi which is simply a tapered hole through the carburetor body. As the venturi narrows, air moving through it is forced to speed up creating low pressure inside the carburetor. In a siphoning effect as the air tries to equalize the pressure, fuel is drawn in from the float bowl mixing with the air before entering the engine. The wider open the throttle valve, the more air will flow, drawing more fuel. A number of circuits are built into the carburetor in order to control the amount of air/fuel being drawn into the engine. In this context a circuit refers to a fuel passageway as opposed to an electrical circuit. In fact, nothing electrical controls fuel delivery in a carbureted system, it is all based on fluid flow, vacuum and hydraulics. The different circuits represent various throttle positions such as idle, partially open and fully open, and each of these circuits can be tuned to modify the efficiency of fuel delivery to the system. Fuel injection (FI) systems, on the other hand, rely on an electronic fuel pump to deliver fuel. The fuel pump delivers fuel at around 50psi as opposed to carbureted systems at normal atmospheric pressure of about 15psi. When the fuel reaches the injectors, the higher pressure allows much finer atomization (creating mist) of the fuel. The injectors then spray the atomized fuel into the intake manifold in a uniform conical pattern. The uniform pattern and fine atomization of the fuel spray increase the efficiency in which it is burned

Toyota Celica SX,ZR 2.2 Repai Manual Procedure

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Filed Under (Toyota Manuals) by admin on 05-06-2011

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Toyota unfortunately leaves large tolerances in the performance characteristics of its entire fleet to allow for drivers that are negligent on maintenance, and who are non-enthusiasts. The Celica SX,ZR 2.2 is ‘de-tuned’ to be able to run on the poorestgrade of fuel that the car is likely to encounter anywhere in the world, and also to allow for the small percentage of owners who put their cars reliability to the test due to their lack of mechanicalunderstanding. In most cases, our clients are enthusiasts who place more emphasis on the erformance characteristics of theirvehicle, and therefore the Powerchip does not need to be programmed as conservatively as the stock software.

Yamaha 2005 R1 Bike Tech Sheet

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Filed Under (Yamaha) by admin on 18-01-2012

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Engine: Type: Liquid cooled, four stroke, transverse four cylinder, DOHC, 5 valves per cylinder. Displacement: 1000cc Year: 2005 Horsepower: 180hp Clutch: PM Exhaust: Vance & Hines Race Exhaust Mufflers: Vance & Hines Frame: Type: Stock Year: 2005 Swing Arm: Performance Machine Chromoly +4 Extended Shocks: Race Tech Modifications: Race Tech Tuned and Lowered. Forks: Stock lowered 2.5″ Rim: Performance Machine Contrast Cut Torque Size: 19″ X 3.0″ Finish: Contrast Cut Fender: None Tire: Dunlop Sportmax D208ZR 120/70ZR19 Brake: Dual Performance Machine 4 piston Radial Calipers Wheels Rear: Rim: Performance Machine Contrast Cut Torque Size: 18″ X 8.5″ Brake: Performance Machine 4 piston Radial Caliper Finish: Contrast Cut Tire: Dunlop Elite3 250/40/R18 Other Parts: Handlebars: Stock Foot Controls: Over Racing Seat: Stock Turn Signals F/R: Anything Extra? Mirrors: Performance Machine Torque chrome Mirrors 19″ FRONT WHEEL! Paint, Chrome, and other F/X’s: Colors: yellow/Black Type: Special Paint: AirTrix Industries The Painter: Chris Wood Powder Coating: A to Z Coatings

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