Honda CBR600RR 2007 PDF Service Manual

Honda CBR600RR 3rd generation Repair Manual (2007-08)

Complete PDF version of the Service Manual for the Honda CBR600RR 3rd gen. A MUST for every CBR600RR owner.

Download: Immediately after payment!

OEM Original factory workshop manual.

Models covered by this manual: 2007-2008

Number of pages: 536 pages

Table of contents:

Honda CBR600RR

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Honda CBR600RR

The Honda CBR600RR is a 599 cc (36.6 cu in) motorcycle that has been produced by Honda since 2003 as part of the CBR series. The CBR600RR was advertised as Honda’s top-of-the-line middleweight sport bike, replacing the 2002 Supersport World Champion 2001–2006 CBR600F4i, which was subsequently repositioned as the milder, more street-oriented sport bike behind the technically superior and uncompromising race-replica CBR600RR. It continued to win the Supersport World Championship until 2003, then again in 2008, and again in 2010.

Model history

The CBR600F4i, Honda’s previous 600-class sport bike, was regarded as a blend of practicality and performance, as capable as other Supersport-racing 600s but a more docile and pleasant street bike in comparison to the rival Kawasaki Ninja ZX-6R, Suzuki GSX-R600, and Yamaha YZF-R6. When it was first debuted in 1999, the CBR600F “beat off racier opponents on the track while still managing to be a more practical streetbike,” as Motorcyclist put it, “one golf club that functions like a complete bag.”

Honda changed to a more aggressive, less compromising strategy with the successor 2003 CBR600RR. “We created the RR in a completely different style than any previous model, amid the churning brawl that was the middleweight class at the time,” Honda’s CBR-RR Project Leader Hiroyuki Ito commented. Honda has traditionally built a roadbike and then adapted it for racing. With the RR, though, we first created a prototype racer and then handed it over to the production department.” It is standard practice among sport bike manufacturers such as Buell, Ducati, Honda, Kawasaki, Suzuki, Triumph, and Yamaha. to rotate an outdated model down to the next tier of a product line as it is eclipsed by a model with the newest technology.

2007–2008

Honda unveiled the all-new CBR600RR for the 2007 model year on September 6, 2006.

The most significant overhaul of the CBR600 since the debut of the RR in 2003 has a completely new engine, frame, and bodywork, resulting in a smaller, lighter, more powerful CBR600RR with a class-leading power-to-weight ratio and unsurpassed performance.

The makeover was mostly concerned with weight. As a result, the dry weight was reduced by 9.1 kg (20 lb) over the 2006 model, from a stated 163.7 kg (361 lb) to 154.7 kg (341 lb). Without fuel, the weights tested were 182–182 kg (401–402 lb).

Honda’s engineers began with the engine when revamping the CBR600RR for less weight and improved performance. The totally redesigned engine was smaller and lighter than its predecessor, with designers carefully arranging all internal components to accomplish reductions in the motor’s length, breadth, and height, as well as a weight reduction of 2 kg (4.4 lb) compared to the powerplant in the 2006 model. In independent testing, horsepower climbed to around 105 hp (78 kW).

The frame was lighter and more compact than the CBR600RR from 2006. The new bike’s handling was enhanced by its 22 mm (0.87 in) shorter wheelbase, as well as the designer’s emphasis on rigorous mass centralization. Despite the reduced wheelbase, the swingarm on the 2007 model was 5 mm (0.20 in) longer than on the 2006 model, which was made feasible by the new bike’s engine’s more compact proportions.

The suspension of the 2007 model was essentially identical to that of the 2006 model, with the same 41 mm (1.6 in) inverted fork in front and Honda’s Unit Pro-Link rear suspension system dampening the rear wheel. The new three-spoke cast aluminum wheels were likewise lighter than those on the 2006 bike, which helped to the suspension’s improved performance. The front brakes had dual radial-mount four-piston calipers and dual 310 mm (12 in) discs, while the rear brakes featured a single-piston caliper with a 220 mm (8.7 in) disc. The Honda Electronic Steering Damper (HESD) device, which was also available on the CBR1000RR, was hidden behind the steering head.

The smaller, sharper-edged redesigned front upper fairing was dominated by the big central ram-air duct, which fed the airbox through an aperture in the steering head portion of the frame and was separated from the sides of the fairing by a significant gap for air management purposes, according to Honda. The tail section was also smaller and sharper-edged, riding on top of a substantially restyled under-seat muffler.

Combined ABS prototype

On June 9, 2008, Honda unveiled a CBR600RR prototype with an all-new braking system dubbed Featured ABS, which combined combined braking, anti-lock braking, and brake-by-wire technologies. A computer control unit was utilized in combined ABS to guarantee the proper balance of front and rear brake application, as well as to control when the ABS should engage. The technology was meant to be as subtle as possible by deferring the activation of the ABS until the very last second. On the production 2008 CBR600RR, combined ABS was not available.

Source: Wikipedia

Kawasaki Versys 650 ABS MK3

Kawasaki Versys 650 Mk3 Service Manual (2015-21)

Complete PDF version of the Service Manual for the Kawasaki Versys 650 Mk3. A MUST for every Versys 650 owner.

Download: Immediately after payment!

OEM Original factory workshop manual.

Models covered by this manual: 2015 to 2021

Number of pages: 665 pages

Table of contents:

Kawasaki Versys 650 Mk3 Service Manual

This PDF repair manual can be downloaded right after the payment process in complete, on the device of your choice.

We do not offer printed manuals, for the following reasons:

  1. it is more eco-friendly to use a digital version
  2. your manual never gets dirty or greasy
  3. you can always choose to print the specific page(s) you need to work on your bike
  4. you receive your manual immediately after payment
  5. it is searchable
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Kawasaki Versys 650

The Kawasaki Versys 650, also known as the KLE650, is a versatile mid-size motorbike that takes design cues from a wide range of motorcycle styles, including dual-sport, standard, adventure tourers, and sport bikes. Its unique blend of characteristics sets it apart in the motorcycle world. The name “Versys” itself is a fusion of “versatile” and “system.” This remarkable bike made its debut in 2007 in the European and Canadian markets and arrived in the US market as a 2008 model. In 2009, a California emissions-compliant version was introduced, and in 2010, it received several upgrades, including redesigned headlights, fairings, larger mirrors, and enhanced rubber engine mounts.

One notable change in 2015 was the introduction of a new fairing design that replaced the stacked headlamps with a more traditional twin headlight layout commonly found on sportbikes.

Underneath its distinctive exterior, the Versys shares the same chassis as Kawasaki‘s 650cc twins, the Ninja 650R and the ER-6n. These siblings have common electronics, motors, wheels, brakes, and the main frame. However, where the Versys distinguishes itself is in its riding posture, rear subframe, suspension components, and engine tuning.

The Kawasaki Versys 650 boasts a 650cc liquid-cooled, four-stroke parallel-twin engine that has been fine-tuned for improved low- and mid-range torque. This enhancement is achieved through the use of variable camshafts and fuel injection settings, resulting in peak torque occurring at lower engine speeds and improved throttle responsiveness within the 3,000 to 6,000 rpm range. To ensure smoother power delivery, a balancing tube has been added between the exhaust headers. The engine produces 68 hp (51 kW) at 8,500 rpm, slightly edging out the Ninja’s 67 hp (50 kW) at 8,000 rpm, while torque is rated at 47.2 lbft (64.0 Nm) compared to the Ninja’s 48.45 lbft (65.69 Nm). It’s worth noting that these enhancements in low and mid-range performance come with a slight trade-off in peak output.

A similar strategy was employed by Honda with its CBF1000 model, utilizing a 180-degree rotating crankshaft, which results in an irregular firing interval and a unique “throbbing” sound at idle.

When it comes to suspension, the Kawasaki Versys 650 offers more vertical travel and adjustability compared to its 650cc siblings. The front features thicker and stiffer 41 mm inverted telescopic forks with externally adjustable preload and rebound damping. The right fork leg houses a damping cartridge, while both legs are spring-loaded. In the rear, the shock absorber’s rebound damping is adjustable, and preload adjustment can be made via a screw collar on the shock. Models from 2015 onwards even feature an external adjustment. Unlike the Ninja and ER-6’s basic steel swing arm, the Versys employs a non-symmetrical, gull wing, aluminum swing arm directly attached to the rear shock/spring, without linkages.

Source: Wikipedia

If you are looking for the Kawasaki Versys 1000 service manual, you can also find it on this website. Also available are the Kawasaki Versys 650 maintenance schedule and the Kawasaki Versys 650 manual 2008.

Triumph Bonneville T100/America/Speedmaster/Thruxton/Scrambler

Triumph Bonneville T100/America/Speedmaster/Thruxton/Scrambler Repair Manual (2001-08)

Complete PDF version of the Service Manual for the Triumph Bonneville T100/America/Speedmaster/Thruxton/Scrambler. A MUST for every Bonneville owner.

Download: Immediately after payment!

OEM Original factory workshop manual.

Models covered by this manual: 2001 to 2008

Number of pages: 482 pages

Table of contents:

Triumph Bonneville T100/America/Speedmaster/Thruxton/Scrambler

This PDF repair manual can be downloaded right after the payment process in complete, on the device of your choice.

We do not offer printed manuals, for the following reasons:

  1. it is more eco-friendly to use a digital version
  2. your manual never gets dirty or greasy
  3. you can always choose to print the specific page(s) you need to work on your bike
  4. you receive your manual immediately after payment
  5. it is searchable
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Triumph Bonneville

The Triumph Bonneville is a standard motorcycle with a parallel-twin four-stroke engine that was produced in three incarnations during three distinct manufacturing cycles.

The first two generations were produced by the now-defunct Triumph Engineering in Meriden, West Midlands, England, from 1959 to 1983 and again from 1985 to 1988.

Triumph Motorcycles in Hinckley, Leicestershire, launched the third series in 2001 and continues to the present as a fully new design that closely follows the previous series.

The name Bonneville is derived from the well-known Bonneville Salt Flats in Utah, USA, when Triumph and others sought to break motorcycle speed records.

T100

Triumph introduced the Bonneville 790, the first new Bonneville in 15 years, at the Munich Motorcycle Show in September 2000, featuring a 790 cc (48 cu in) 360° crankshaft parallel-twin engine. The T100 Bonneville, designed by John Mockett and David Stride, was presented as an upgraded version, originally with the 790 cc engine, and from 2005 with the 865 cc engine first seen on the 2004 Thruxton, and fitted to all Bonnevilles beginning in 2007.

The name is derived from Triumph T100 vehicles made between 1939 and the mid 1970s, and it is offered as part of Triumph’s “Modern Classics” collection. The engine has two electrically heated carburetors. Triumph installed an air injection device near the spark plug to meet 2007 emission requirements.

The T100 (together with all Bonneville-based vehicles) was further upgraded in 2008 with fuel injection to satisfy new Euro 3 emissions regulations. In addition to operating cleaner than a carburettor engine, the fuel injected system is also easier to start from cold. To keep the’retro’ look, the fuel injectors are covered beneath throttle bodies that look like carburetors.

For 2017, the T100 model received a slew of improvements, including an increase in displacement to 900cc, the inclusion of liquid cooling, traction control, and a shift from a 360° to 270° crank.

America

The Bonneville America rides substantially differently than the normal Bonneville, with the wheelbase increased 6.4 inches (160 mm) to 65.2 inches (1,660 mm), making it 6.8 inches (170 mm) longer overall. The seat was lowered by 2.2 inches (56 mm), and the steering head rake angle was raised by 4.3 degrees, for a total rake of 33.3 degrees. The America retained the Bonneville’s 12.2-inch (310 mm) front disc, but the front wheel was dropped to 18 inches (460 mm) in diameter, while the rear wheel was reduced to 15 inches (380 mm) in diameter, with a bigger 11.2-inch (280 mm) disc brake. The America also had a bigger petrol tank and a ‘chromed’ plastic console to hold the filler, as well as a 4.5-inch (110 mm) diameter speedometer and warning lights.
To recreate the’retro appearance’ of the air-filter covers from the 1960 Triumph twins, the side panels were extended with sheet-metal coverings over the passenger-peg brackets and perforated chrome fittings behind the carburettors. To produce a ‘cruiser’ riding position, the rider’s footrests were also moved to the front of the engine.

2007

The engine capacity was enlarged to 865 cc (carburated) in 2007, generating peak power of 54 bhp (40 kW) at 6,800 rpm and maximum torque of 69 Nm (51 lbft) at 4,800 rpm. The city fuel economy is around 45 miles per US gallon (5.2 L/100 km; 54 mpg-imp) while the highway fuel economy is roughly 50 miles per US gallon (4.7 L/100 km; 60 mpg-imp). New “reverse cone” chrome silencers, a new design of cast alloy wheels, adjustable clutch and front brake levers, and an all-black engine finish with chromed covers were all part of the upgrade. The chrome chain cover, pillion footrest hanger, and upper fork shrouds have been restyled, and a more comfortable pillion seat has been installed.

2008

The Bonneville America’s UK version was upgraded in 2008 with an electronic fuel injection system to suit European pollution regulations, with the fuel injectors masked by dummy carburetors. The Bonneville America in the United States was not upgraded to EFI until 2009.

Speedmaster

The Triumph Speedmaster, based on the Bonneville America, was introduced in 2003 as a ‘factory bespoke’ cruiser. The original model had a 790 cc (48 cu in) air-cooled DOHC twin engine with a 1,660 mm (65.2 in) wheelbase with the crankshaft set at 270°. The main variations from the Bonneville America featured a black engine finish, shorter gearing, a flat handlebar on risers, a one-piece saddle, and cast alloy wheels with dual front discs instead of the America’s single disc. The moniker ‘Speedmaster’ was last used by American importers for the Bonneville T120R in 1965, but not by Triumph.

The first generation 790 cc (48 cu in) model from 2003–2004 has 53.1 horsepower (39.6 kW) and a peak speed of 166 km/h (103 mph). The engine capacity was enlarged to 865 cc (52.8 cu in) (carburettor-fueled) in 2005, generating peak power at 6,500 rpm and maximum torque of 68 Nm at 3,500 rpm. A multipoint sequential fuel injection model with new design alloy wheels, a restyled chain cover, pillion footrest hanger, and upper fork shrouds, as well as slash cut silencers and four new colour schemes, was introduced in 2007.

The Bonneville Speedmaster, part of Triumph’s ‘Modern Classics’ series, was revived in 2018 as a new Speedmaster nameplate. The 2018 Speedmaster retrofitted the Triumph Bobber Black’s faux-hardtail chassis into a light-duty tourer by adding a bigger fuel tank (3.17 gal. vs. the Bobber’s 2.4 gal.), bigger rider’s seat and pillion seat with passenger foot pegs, ‘beach bar’ handlebars with more retracement, forward controls, chrome exhausts and accents, and a back fender with mounting points for elective saddlebags.

The 2018 Speedmaster, like the Bobber Black, has a ride-by-wire throttle with selectable ‘Rain’ and ‘Road’ modes that modulate throttle response, as well as one-touch cruise control; ABS and traction control; LED lighting with daytime running light; twin front disc brakes with Brembo calipers; upgraded KYB front forks; and larger tires.

Thruxton

The bike is named after the Thruxton Circuit in Hampshire, where Triumph earned the first three positions in the Thruxton 500 mile endurance event in 1969. These races contributed to the emergence of the “café racer” period, in which ordinary production motorbikes were modified to boost street and racing performance.

Scrambler

The Scrambler was conceived as an off-road Bonneville with limited off-road capabilities.

The TR6C Trophy Special was a major influence on the new Scrambler, and the new bike shared many of the same key features, most notably the high level stacked twin exhausts and crossover exhaust headers, though Triumph had to swap sides (from left to right) with the stacked pipes because the battery box interfered with running them on the left side.

The Scrambler also had a high, wide handlebar, a higher seat position, twin chromed Kayaba rear shock absorbers (with increased 106 mm travel), 41 mm Kayaba front forks with 120 mm travel and rubber fork gaiters, a small single headlight with a simple speedo, and chunky, knobbly Bridgestone tyres on the thin 36-spoke 19 x 2.5-inch front wheel and 40-spoke 17.
The Scrambler received a slew of Triumph Factory accessories, including a skid plate to protect the engine’s underside, engine bars, a headlamp grille, number boards for the sides, an optional tachometer on early models (twin side by side speedometer and tachometer became standard beginning with the 2010 model year), a handlebar brace and pad, and even a single seat with a fixed rear luggage rack behind. Arrow’s two-into-one performance exhaust system is a popular aftermarket upgrade.

The engine was an 865 cc parallel twin from the Bonneville (but with the 270° crank from the America/Speedmaster cruiser variants) with dual carburetors, detuned to enhance performance at low engine speeds, with peak output of 54 hp (40 kW) at 7,000 rpm and maximum torque of 69 Nm (51 lbft) at 5,000 rpm. The introduction of multipoint sequential electronic fuel injection with SAI in 2008 (2009 in the United States) necessitated the installation of a bigger fuel tank to accommodate the new pump unit. To keep the Scrambler’s antique appearance, throttle bodies were disguised as carburetors.

Source: Wikipedia

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