Model Year Range:
2005, 2006, 2007, 2008, 2009, 2010
Chassis Code:
Not explicitly stated, but typically associated with specific Jupiter MX sub-models within the year range.
Engine Code:
Not explicitly stated, but would refer to the specific engine variant powering the Jupiter MX model.
Segment:
Performance-oriented underbone motorcycle, popular in Asian markets for its sporty design and agility.
Competitors:
Competed with other models in the 110-135cc underbone segment from brands like Honda (Supra X, Blade) and Suzuki (Satria F).
Design:
Features sharp styling, aggressive ergonomics, and often equipped with features like disc brakes and alloy wheels.
Performance Orientation:
Engineered for spirited riding, offering a good balance of power and handling.
Engine:
Detailed overhaul, inspection, adjustment, troubleshooting, and repair of the engine and its sub-systems (cooling, lubrication, ignition, fuel).
Transmission:
Covered, likely including clutch, gearbox, and final drive mechanisms specific to the Jupiter MX.
Chassis:
Includes frame, suspension (front and rear), steering, and wheels.
Electrical System:
Covers lighting, ignition system, charging system, starting system, wiring diagrams, and component diagnostics.
Fuel System:
Details on fuel tank, fuel pump, carburetor/injection system, fuel filter, and related components.
Braking System:
Includes front and rear brake mechanisms, fluid, lines, and adjustments.
Bodywork:
Information on fairings, panels, seats, and other body components, including removal and installation.
Cooling System:
Details on radiators (if applicable), coolant, and related components for engine temperature regulation.
Maintenance:
Routine maintenance tasks, service intervals, fluid checks, filter replacements, lubrication.
Troubleshooting:
Systematic diagnostic procedures for identifying and resolving common and uncommon issues.
Repair:
Step-by-step instructions for component disassembly, repair, and reassembly.
Installation:
Procedures for installing new or replacement parts and components.
Adjustment:
Detailed instructions for adjusting various systems like carburetor, brakes, clutch, and chain tension.
Depth:
Comprehensive from basic maintenance to complete engine rebuilds and system diagnostics.
Illustrations:
Abundant pictorial diagrams, exploded views, drawings, and photos guiding through procedures.
Special Tools:
Identification and usage instructions for specialized service tools required for specific tasks.
Specifications:
Includes service data, specifications lists, tightening torques, and allowable limits for critical components.
Quality:
High-resolution PDF, ensuring clarity of text and images.
Searchability:
Likely text-searchable, allowing quick access to specific information.
Printability:
Yes, all pages are printable.
Type:
N/A (Digital Download)
Type:
N/A (Digital Download)
Operating Systems:
Windows, Mac, and Linux OS.
Software:
Adobe Reader or compatible PDF viewer.
Type:
Likely a 4-stroke, SOHC, air-cooled engine. Specific displacement typically around 130cc for the MX variant.
Configuration:
Single-cylinder
Horsepower:
Exact figures vary by year and market, but typically in the 9-12 HP range.
Torque:
Specific torque figures would be detailed in the manual, crucial for understanding low-end grunt.
Type:
Likely carburetor-equipped for this era, with details on jetting, float levels, and adjustments provided.
Type:
CDI (Capacitor Discharge Ignition) or similar electronic ignition system.
Method:
Air-cooled, with emphasis on airflow and potential oil cooling depending on specific model variant.
Type:
Likely a 4-speed or 5-speed manual transmission with a wet multi-plate clutch.
Type:
No automatic transmission expected for this performance-oriented model.
Clutch Type:
Wet multi-plate clutch, requiring specific oil and adjustment procedures.
Final Drive:
Chain drive, with detailed information on chain tension adjustment and lubrication.
Length:
Specific dimensions would be found within the manual, crucial for storage and maneuverability.
Width:
Specific dimensions would be found within the manual.
Height:
Specific dimensions would be found within the manual.
Dry Weight:
Specific dry weight figures would be detailed in the manual, important for handling and performance.
Curb Weight:
Specific curb weight figures would be detailed in the manual.
Front Tire Size:
Likely 70/90-17 or similar.
Rear Tire Size:
Likely 80/90-17 or similar.
Wheel Type:
Often equipped with cast alloy wheels.
Ground Clearance:
Specific ground clearance would be in the manual, important for navigating varied terrain.
Crash Test Results:
N/A (Motorcycle specific safety is detailed through design and component functionality).
Braking:
Typically equipped with front and rear disc brakes for enhanced stopping power.
Suspension:
Performance-oriented suspension geometry contributes to stability and handling.
Lighting:
Headlight, taillight, and turn signals for visibility.
Ergonomics:
Designed for confident rider control and positioning.
Features:
Basic instrumentation, typically speedometer, odometer, fuel gauge, and indicator lights. No advanced infotainment expected.
Features:
None. Focus is on mechanical reliability and rider control.
Headlight Type:
Likely a halogen bulb for the headlight.
Oil Change:
Typically recommended every 1,000-2,000 km or specific time intervals, detailed in the manual.
Spark Plug Replacement:
Recommended at specific mileage intervals, with correct gap specifications provided in the manual.
Air Filter Cleaning Replacement:
Regular inspection and cleaning/replacement based on operating conditions, as per the manual.
Engine Oil:
Specific viscosity grade (e.g., 10W-40) and API classification, detailed in the manual. Capacity also specified.
Brake Fluid:
DOT 3 or DOT 4, with detailed replacement intervals and bleeding procedures in the manual.
Common Problems:
Manual would address potential issues like carburetor synchronization, clutch wear, ignition coil problems, and suspension wear, providing diagnostic steps.
Preventative Maintenance:
Emphasizes following the periodic maintenance chart to prevent common issues and maximize lifespan.
Engine Fasteners:
Critical torque values for engine assembly, cylinder head, and other vital components are provided.
Chassis Fasteners:
Torque values for suspension, steering, and wheel mounting fasteners are essential for safety.
Yamaha Legacy:
Yamaha has a long-standing reputation for producing high-performance and reliable motorcycles across various categories.
Jupiter Lineage:
The Jupiter series represents Yamaha's commitment to the underbone segment, evolving with performance and styling updates over the years.
Manufacturing Location:
Likely manufactured in Yamaha's facilities in Southeast Asia, catering to the high demand in those markets.
Sales Performance:
The Jupiter MX was a strong seller in its segment due to its aggressive styling and performance.
Segment Popularity:
The Jupiter series has historically been a popular choice in its market segment, indicating strong customer satisfaction.
Reliability:
Yamaha's reputation for build quality suggests good reliability when maintained properly, as guided by this manual.
Emissions Standards:
Details on meeting applicable emissions standards for the model years would be relevant, though not explicitly stated for the manual itself.
