🏷️ Basic Information

Make:

Yamaha

Model:

Vino XC50

Year:

2006

Generation Identifier:

First Generation (often referred to as the classic or retro Vino style)

Model Code:

XC50 (specific chassis codes may vary by region, e.g., SA26J in some markets)

👋 Introduction

Scooter Segment:

Lightweight, stylish, retro-styled urban scooter.

Target Demographic:

Commuters, style-conscious riders, riders seeking an easy-to-operate and economical scooter.

Key Competitors Era:

Honda Dio, Suzuki Address, Kymco Agility, various other 50cc scooters from Japanese and Taiwanese manufacturers.

Vinoffered Advantages:

Distinctive retro styling, Yamaha reliability, user-friendly operation, fuel efficiency.

Design Philosophy:

Nostalgic, rounded bodywork reminiscent of scooters from the 1950s and 1960s.

User Experience:

Automatic transmission, electric start, comfortable seating, practical for city navigation.

📋 Manual Details

Manual Coverage Scope:

Comprehensive repair and service for the Yamaha VINO XC50 (2006 model year)

Estimated Page Count:

Approx. 200-300 pages (typical for a full service manual of this type)

Manual Classification:

Service and Repair Workshop Manual

Language:

English

Digital Format:

PDF

📖 Manual Coverage

Engine System:

Detailed diagnostics, disassembly, assembly, and component specifications for the 4-stroke, air-cooled engine.

Fuel System:

Carburetor (or fuel injection depending on exact market specification), fuel pump, fuel lines, and fuel tank maintenance and troubleshooting.

Ignition System:

CDI unit, spark plug, ignition coil, and related wiring diagnostics.

Transmission System:

Automatic CVT (Continuously Variable Transmission) system, including variator, torque converter, drive belt, and clutch maintenance and adjustment.

Braking System:

Front and rear brake system (typically drum or disc front, drum rear), including hydraulic lines, master cylinders, calipers/wheel cylinders, brake pads/shoes, and adjustment procedures.

Suspension System:

Front fork and rear shock absorber system, including inspection, fluid changes (fork oil), and component replacement.

Electrical System:

Wiring diagrams, lighting system, starter motor, battery, charging system (stator/generator), fuses, and horn diagnostics.

Cooling System:

Air cooling system component identification and maintenance.

Frame And Bodywork:

Chassis inspection, body panel removal/installation, seat, handlebars, and front cowling.

Wheels And Tires:

Tire pressure specifications, wheel bearing inspection, and tire replacement procedures.

Preventative Maintenance:

Regular checks, lubrication points, filter replacement, and fluid level checks.

Troubleshooting:

Diagnostic flowcharts and step-by-step procedures for common and uncommon issues.

Routine Maintenance:

Oil changes, spark plug replacement, air filter cleaning/replacement, brake adjustments, and CVT belt inspection/replacement.

Major Repairs:

Engine rebuild procedures, transmission overhauls, carburetor rebuilding, and electrical system component replacement.

Component Disassembly Reassembly:

Detailed instructions for removing, inspecting, and reinstalling all major components.

Wiring Diagrams:

Full, color-coded wiring schematics for all electrical systems.

Diagnostic Capability:

Advanced diagnostics, including electrical system testing and component troubleshooting.

Rebuild Procedures:

Complete engine and transmission rebuild procedures, including torque specifications and tolerances.

Specifications Data:

Detailed technical specifications for all components, including clearances, pressures, and electrical resistances.

📊 Manual Specifications

Document Type:

Digital (PDF)

Resolution And Clarity:

High-resolution scans ensuring clear text and legible diagrams, suitable for printing.

Binding Style Digital:

N/A (Digital file)

Paper Quality Digital:

N/A (Digital file, but designed for clear on-screen viewing and printing)

⚙️ Engine Specifications

Engine Type:

4-stroke, 1-cylinder, SOHC (Single OverHead Camshaft), forced air-cooled

Displacement:

49cc (specifically 49 cubic centimeters)

Bore X Stroke:

Approx. 39.0 mm x 41.4 mm (check manual for exact figures)

Compression Ratio:

Approx. 10.0:1 (check manual for exact figures)

Horsepower:

Typically around 3.0-3.5 PS (Pferdestärke/metric horsepower) at specific RPM ranges (check manual for exact figures).

Torque:

Low-end torque optimized for city acceleration, specific figures will be in the manual.

Carburetor Model:

Likely a Mikuni or Keihin carburetor, e.g., VM12 or similar (specific model number in manual).

Fuel Delivery:

Carbureted with vacuum-operated fuel pump.

Fuel Type:

Unleaded gasoline, minimum 87 octane.

🔧 Transmission

Transmission Type:

Automatic, V-belt type continuously variable transmission (CVT)

Optional Transmissions:

N/A (All XC50 models utilize the CVT)

Clutch Type:

Centrifugal clutch

Final Drive:

Gear drive (reduction gears)

📐 Dimensions

Overall Length:

Approx. 1740 mm (check manual for exact figures)

Overall Width:

Approx. 670 mm (check manual for exact figures)

Overall Height:

Approx. 1045 mm (check manual for exact figures)

Wheelbase:

Approx. 1275 mm (check manual for exact figures)

Wet Weight:

Approx. 81 kg (fully fueled and with all standard equipment, check manual for exact figures)

Gross Vehicle Weight Rating:

Varies by region, check local regulations and manual for maximum payload.

🛡️ Safety Features

Crash Test Ratings:

N/A (Scooters of this class and era typically do not undergo standardized crash testing like automobiles).

Lighting System:

Halogen headlight, LED taillight, front and rear turn signals.

Frame Construction:

Steel underbone frame for rigidity and rider support.

💡 Technology Features

Instrument Cluster:

Analog speedometer, fuel gauge (often an indicator light), odometer, trip meter, and various warning lights (oil, battery, turn signals).

ABS Availability:

N/A (ABS was not a standard or common option on 50cc scooters of this era).

Connectivity Features:

N/A (No electronic connectivity features like Bluetooth or smartphone integration).

🔧 Maintenance

Engine Oil Change Interval:

Every 3,000 km or 6 months, whichever comes first (typical for this model, verify in manual).

Spark Plug Replacement Interval:

Every 6,000 km or 12 months (typical, verify in manual).

Air Filter Cleaning Interval:

Every 3,000 km or 6 months, replace if damaged (typical, verify in manual).

Cvt Belt Inspection Replacement Interval:

Inspect every 6,000 km, replace as needed (typically around 10,000-15,000 km depending on usage, verify in manual).

Engine Oil Type:

Yamalube 4 (or equivalent API SG or higher, SAE 10W-30 or 20W-40 based on ambient temperature - check manual for specific recommendations).

Engine Oil Capacity:

Approx. 0.80 liters (check manual for exact fill level without filter change).

Gear Oil Type:

Yamaha Gear Oil (or equivalent API GL-3/GL-4, SAE 80 or 90).

Gear Oil Capacity:

Approx. 0.10 liters (check manual for exact fill level).

Brake Fluid Type:

DOT 3 or DOT 4 hydraulic brake fluid (check manual for specific type and reservoir fill line).

Common Wear Items:

CVT drive belt wear, brake shoe/pad wear, aging battery, spark plug fouling, carburetor jetting sensitivity to fuel quality.

Potential Electrical Issues:

Corroded electrical connectors, stator/generator output degradation over time, rectifier/regulator failure.

📚 Vehicle History

Yamaha History:

Yamaha Motor Corporation is a Japanese manufacturer renowned for motorcycles, musical instruments, and marine products, with a long history of innovation and quality in the powersports industry.

Vino Series Origin:

The Yamaha Vino series began in the late 1990s, establishing a popular niche with its retro styling, becoming a significant model in the urban scooter market.

Manufacturing Location:

Primarily manufactured in Asia, often in Yamaha's plants in Japan or partner facilities in Taiwan or Indonesia, depending on the specific market.

🏆 Awards & Recognition

Industry Awards:

N/A (While popular, the Vino XC50 did not typically receive formal industry awards in the same way larger motorcycles might. Its success is based on market popularity and reliability).

Customer Satisfaction:

Generally high customer satisfaction due to its reliability, ease of use, and distinctive styling.