Product Overview
CSC Mustang 150cc Master Service Manual: Complete Workshop Guide for Classic, Greaser & Babydoll Motorcycles
Own a Piece of California Scooter History – The Definitive Manual for Your CSC Mustang
Unlock the secrets of your iconic CSC Mustang motorcycle with this authentic factory service manual – the ultimate technical resource for maintaining, repairing, and restoring California Scooter Company's legendary 150cc models. Originally crafted for CSC technicians, this comprehensive guide contains everything you need to keep your Classic, Greaser, or Babydoll running like new.
Essential for:
✓ Owners of discontinued CSC Mustang motorcycles (2005-2014)
✓ DIY mechanics preserving California Scooter heritage
Key Features & Content Breakdown
- Model-Specific Expertise
- Covers all Mustang-inspired 150cc variants: Classic, Greaser, Babydoll
- Original factory specifications and tolerances
- Manual Contents:
- Introduction
- 1. Component Identification and Specifications
- 2. General Troubleshooting Guide
- 3. Cylinder, Cylinder Head, Valves, and Piston
- 4. Generator and Starter Motor
- 5. Clutch and Transmission
- 6. Carburetor
- 7. Engine Removal and Installation
- 8. Front Suspension Removal and Installation
- 9. Front Wheel Removal and Installation
- 10. Rear Wheel Removal and Installation
- 11. Brakes
- 12. Electrical System
- 13. Body
- 14. Maintenance Items
- 15. Emissions Control System
- Exclusive Reference Materials
- Illustrated parts breakdowns with OEM numbers
- Troubleshooting for common issues
- Torque specs and service intervals
- Engine removal/installation procedures
- Restoration-Focused Resources
- Period-correct maintenance techniques
Why This Manual is Indispensable
"With production halted since 2014, this manual preserves vanishing technical knowledge for CSC's iconic Mustang line. Its wiring schematics, and factory procedures are unavailable anywhere else – making it critical for:
- Preventing costly repair mistakes
- Authentic restorations preserving value
- Maintaining ride safety and performance"