2009–2014 Yamaha XVS950 V-Star 950 Professional Service Manual (454 Technical Pages) Digital Guide
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Sample pages from the 2009–2014 Yamaha XVS950 V-Star 950 Professional Service Manual (454 Technical Pages) Digital Guide manual
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Models Covered & Key Technical Specifications
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Yamaha XVS950 V-Star 950 Series (LIT-11616-22-60) — 2009–2014
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Full Coverage: XVS95Y, XVS95YC, XVS95CTY, XVS95CTYC, XVS95A, XVS950, XVS950A, V-Star 950, V-Star 950 Tourer.
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Engine Specs: 0.08–0.12 mm intake and 0.20–0.24 mm exhaust valve clearance logic.
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Torque Parameters: 150 Nm (15.0 m·kgf, 110 ft·lb) flywheel nut tightening architectures.
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Service Tools: 90890–01304 fuel pressure gauge and 90890–03153 sensor tester frameworks.
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Chassis Data: 4.0 mm (0.16 in) rear brake pedal position adjustment parameters.
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Lubrication Logic: 4.0 L (4.23 US qt) total oil quantity with 10W–40 Yamalube 4-S specifications.
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Electrical Specs: 0.8–0.9 mm (0.031–0.035 in) spark plug gap calibration sequences.
Professional Workshop Service Manual & Technical Specifications
Yamaha XVS950 V-Star 950 Series Technical Workshop Archive (LIT-11616-22-60)
- XVS950A (2009–2014): 150 Nm flywheel nut tightening torque architectures.
- XVS95CTY (Tourer): 0.08–0.12 mm intake valve clearance calibration logic.
- V-Star 950 (LIT-11616-22-60): 90890–03153 sensor tester diagnostic framework.
Technical Framework parameters define the 454-page archival depth for the XVS950 series. Engineering logic establishes the foundational maintenance sequences for the 942cc air-cooled V-twin power plant. Precise 150 Nm calibration logic ensures the operational safety of the XVS950A fleet during high-torque rotational loads.
Digital navigation structures the repair path through the manual's primary chapters. Procedures start with chassis and engine identification, moving into periodic maintenance intervals and fuel injection tuning. Logic within this volume navigates through crankshaft and transmission disassembly, sketches the sequence between final drive belt adjustments, and details the complex electrical diagnostic framework.
Operational Safeguards prioritize technical success through systematic inspection. Maintenance sequences conclude with detailed wiring diagrams and hydraulic brake system troubleshooting.
Calibration Matrix
| Component | Specification | Parameter Logic |
|---|---|---|
| Flywheel Nut | 150 Nm | Torque Architecture |
| Spark Plug Gap | 0.8–0.9 mm | Electrical Logic |
| Valve Clearance (In) | 0.08–0.12 mm | Mechanical Framework |
| Front Fork Oil | 541.0 cm³ | Hydraulic Volume |
Maintenance Workflow
- Fuel injection system sensor diagnostic procedures.
- Rear belt drive tension and alignment sequences.
- Camshaft timing and chain tensioner calibration parameters.
- Cylinder head and piston ring inspection logic.
Technical Success Integrity
Safe repair sequences depend on the 150 Nm specifications defined in the technical data. Maintaining these precise torque parameters prevents catastrophic mechanical failure within the Yamaha framework. Technical success depends on the exact execution of documented specialized tool sequences and diagnostic architectures.
FAQ
Q: Which torque architectures define the flywheel nut installation for the XVS950A? A: 150 Nm (15.0 m·kgf, 110 ft·lb) is the mandatory tightening specification for the flywheel nut to ensure crankshaft stability. This parameter ensures structural integrity during high-load engine operations within the 2009–2014 series framework.
Q: Identify the specific Yamaha service tools required for fuel injection diagnostic procedures. A: 90890–01304 fuel pressure gauge and 90890–03153 sensor tester are the primary service tools identified in the technical supplements for verifying the XVS95CTY fuel system. These specialized instruments allow for precise calibration of the electronic fuel injection logic.
Q: Locate the spec for manual accessibility and digital search logic within this volume. A: Instant download access provides this 454-page technical archive in a high-resolution PDF format with a fully indexed organizational framework. Searchable text logic allows mechanics to jump directly to XVS95Y engine specs or electrical wiring diagrams via keyword navigation.
Q: Determine the lubricant specifications and oil volume parameters for the air-cooled V-twin engine. A: 4.0 L (4.23 US qt) is the total engine oil quantity required when the lubrication framework is completely dry. Maintaining these parameters with Yamalube 4-S 10W–40 ensures optimal thermal management for the XVS950A fleet.
FAQ
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