2004–2009 Kawasaki KFX700 V-Force ATV Service Manual (P/N 99924-1315-07)
435 Pages • 9.67 MB • Instant, Printable PDF
Kawasaki Models Covered & Key Technical Specifications
Models: KFX700, KSV700
Sub-models / Variants: KSV700-A1, KSV700-A2, KSV700-A6F, KSV700-A8F, KSV700-A9F, KSV700-B1, KSV700-B2, KSV700-B6F, KSV700-B8F, KSV700-B9F, KSV700-C6F, US Model, Australian Model (AU), European Model (EUR)
Trade Names: KFX700 V-Force
Model Years: 2004–2009 (2004, 2005, 2006, 2007, 2008, 2009)
Technical Data:
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Engine displacement: 697 cc
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Engine configuration: 4-stroke, SOHC, V2-cylinders
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Cooling system: Liquid-cooled
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Fuel system: Keihin CVKR-D32 carburetor
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Maximum horsepower: 36.3 kW (49.4 PS) @ 6,500 rpm
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Maximum torque: 59.2 N·m (43.67 ft·lb) @ 5,000 rpm
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Transmission type: Belt converter (CVT), 1-speed forward and reverse
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Drive system: Shaft-driven 2WD
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Fuel capacity: 12 L (3.2 US gal)
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Suspension travel (Front): 236 mm (9.29 in.)
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Suspension travel (Rear): 200 mm (7.87 in.)
Kawasaki Manual Features & Content Preview
- Covers 2004–2009 Kawasaki KFX700 V-Force ATVs, including the KSV700-A, KSV700-B, and KSV700-C series trim levels.
- Official OEM factory reference, 7th Edition (March 28, 2008), P/N 99924-1315-07.
- 435 pages of exact mechanical data, testing limits, and factory maintenance intervals in a single PDF.
- Details step-by-step procedures for valve clearance adjustments, output bevel gear backlash tuning, carburetor synchronization, KACR mechanism inspections, and drive belt deflection checks.
- Outlines tie-rod steering alignment, vehicle-down sensor testing, steering knuckle overhauls, intermediate shaft chain timing, and water pump mechanical seal replacements.
Factory Service Scope and Maintenance Procedures
This technical reference gives you the exact factory specifications needed for engine, chassis, and electrical system repair. Moving beyond basic maintenance, it covers complete internal combustion engine disassembly, cooling system flushes, and crucial CVT drive belt inspections. Streamline your daily bay operations with structured diagnostic workflows and factory routing layouts that prevent costly comebacks during complex bench overhauls.
For drivetrain servicing, the documentation details the shaft-drive transmission, rear final gear case teardowns, and precise carburetor synchronization. Instead of scheduling an expensive dealership visit, technicians and DIYers get the exact instructions required to perform their own front steering alignment, final drive bevel gear backlash shimming, suspension A-arm pivot maintenance, and fluid replacement for the dual-disc front and enclosed wet multi-plate rear brake systems.
When servicing the KFX700 platform, mechanics often misdiagnose hard starting or low compression as a major top-end failure, when the actual culprit is frequently a stuck Kawasaki Automatic Compression Release (KACR) weight on the camshaft. Additionally, extreme caution is required during torque converter disassembly; the drive pulley bolt utilizes left-hand threads and can be easily stripped if forced in the standard direction.
Technical Data and Fastener Specifications
Precision is critical in the shop. This manual provides 54 specialized torque-specification tables alongside comprehensive wiring diagrams for fast troubleshooting. To further improve shop efficiency, the resource includes detailed exploded views for every major subassembly, a periodic maintenance chart, an engine oil flow chart, a coolant flow chart, and comprehensive cable, wire, and hose routing schematics.
Key factory specifications include:
- Tire tread wear limit: 3 mm (0.12 in.)
- Standard idle speed: 1,100 ±50 rpm
- Spark plug gap: 0.7–0.8 mm (0.028–0.031 in.)
- Fluid capacities: 2.2 liters (dry engine) / 900 mL or 0.95 US qt (final gear case)
Fastener torque requirements are clearly laid out. For instance, cylinder head bolt installation requires a specific two-stage sequence with a final torque of 49 N·m (36 ft·lb), while the critical pulley spider torque is set at 275 N·m (203 ft·lb).
Before beginning any service work, carefully review all factory safety guidelines included in this manual. Always consult a certified technician if you lack the proper training, diagnostic equipment, or specialized tools to complete these mechanical procedures safely.
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