Yamaha XVS13AA(C)/XVS13CTA(C)/XVS13CA(C) Motorcycle Service Manual (2011–2012) – 600 Pages | OEM Specs

Yamaha XVS13AA(C)/XVS13CTA(C)/XVS13CA(C) Service Manual (LIT–11616–24–48)

• Yamaha XVS13AA (2011): 1304 cm³ displacement parameters define the liquid-cooled 4-stroke SOHC V-type 2-cylinder powertrain logic.
• Yamaha XVS13CTA (2011): 65 Nm (6.5 m-kg) cylinder head nut torque logic maintains structural success for the Tourer architecture.
• Yamaha XVS13CA (2011): 0.8–0.9 mm spark plug gap parameters are mandated for the Stryker ignition framework using NGK LMAR7A–9.
• Yamaha XVS13AAC (2012): 3.40 liters engine oil logic provides the lubrication framework for the California-compliant engine series.
• Yamaha XVS13CTAC (2012): 14.0 V, 460 W at 5000 r/min output parameters establish the AC magneto charging logic.
• Yamaha XVS13CAC (2012): 90890–01235 rotor holding tool logic is required for precise TDC timing alignment on the rear cylinder.
• Yamaha 1GP1 (2011): 2.10 liters coolant parameters define the thermal management logic for the radiator and engine jacket.
• Yamaha 27D2 (2012): 4.00 mm (0.16 in) front brake disc thickness parameters define the minimum wear limit for the braking framework.

The Yamaha XVS1300 powertrain architecture features a 1304 cm³ liquid-cooled 4-stroke V-twin engine designed for high-torque output and long-distance cruising reliability. 65 Nm cylinder head nut torque logic and M12 bolt architectures ensure optimal compression sealing within the SOHC top-end framework. Routine maintenance of the high-performance cooling logic and lubrication framework requires strict adherence to seasonal fluid parameters and specific filtration intervals. 3.40 liters of engine oil logic and 2.10 liters of ethylene glycol coolant parameters govern the primary thermal protection logic. Comprehensive diagnostic framework and electrical troubleshooting logic necessitate the use of specialized testing equipment and precise calibration parameters for the fuel injection architectures. 90890–03182 digital circuit tester logic and 0.8–0.9 mm spark plug gap parameters facilitate accurate ignition timing and technical success integrity.

Calibration Matrix

Professional Service Logic

1. 65 Nm (6.5 m-kg) cylinder head nut torque logic must be applied in a crisscross sequence to preserve gasket architectures.
2. 3.40 liters (3.59 US qt) engine oil logic is required to maintain the SOHC powertrain lubrication framework during filter replacement.
3. 90890–01235 rotor holding tool logic is mandated for securing the camshaft sprocket during rear cylinder timing calibration.
4. 0.8–0.9 mm (0.031–0.035 in) electrode gap parameters must be verified to ensure consistent firing interval logic for the V-twin.

Security & Performance Parameters

Technical success integrity depends on the precise calibration of the valve clearance logic and the structural integrity of the drivetrain framework. Security parameters are achieved by maintaining mandated torque values and utilizing specific Tool-IDs to ensure all XVS1300 series architectures remain within factory-approved performance ranges during heavy-duty operation.

FAQ

Q: What are the torque parameters for the cylinder head nuts on Yamaha XVS13AA/XVS13CTA/XVS13CA architectures? A: 65 Nm (6.5 m-kg) is the mandated torque logic for the M12 cylinder head nuts, which must be applied in a specific crisscross sequence to ensure technical success for the 2011–2012 powertrain series.

Q: Which essential tool is required for the camshaft sprocket and timing calibration on the XVS13AA/XVS13CTA/XVS13CA 2011–2012 models? A: 90890–01235 rotor holding tool logic is required to secure the camshaft sprocket during the rear cylinder TDC timing framework, as specified in the technical service architectures.

Q: What is the lubrication framework for the Yamaha XVS1300 V-Star and Stryker engine logic? A: 3.40 liters (3.59 US qt) engine oil logic defines the lubrication framework for the XVS13AA/XVS13CTA/XVS13CA 2011–2012 series when performing a filter cartridge replacement to maintain internal component integrity.