Positioning:
Essential diagnostic and repair resource for owners and mechanics of the 2008 Polaris Sportsman X2 700 / 800 EFI / 800 Touring ATVs.
Value Proposition:
Provides comprehensive, factory-level repair information enabling significant cost savings compared to professional service.
Manual Features:
Detailed illustrations, diagrams, wiring schematics, torque specifications, step-by-step instructions, and troubleshooting guides.
Systems:
General Information, Maintenance, Engine, Fuel Injection, Body, Steering, Suspension, Clutch System, Final Drive, Transmission (Sportsman, X2, Touring variants), Brakes, Electrical, International Touring specific information.
Procedures:
Complete tear down and rebuild, diagnostics, repair, maintenance, refurbishment, restoration, troubleshooting.
Depth:
Comprehensive; from basic maintenance to complete engine rebuilds and detailed electrical diagnostics.
Engine Overhaul:
Detailed procedures for engine disassembly, inspection, repair, and reassembly of both 700cc and 800cc EFI engines.
Fuel System Diagnosis:
Troubleshooting and repair of fuel pump, injectors, throttle body, and related EFI components.
Suspension And Steering Service:
Inspection, adjustment, and replacement of A-arms, shocks, tie rods, steering components, and wheel bearings.
Drive Belt Replacement:
Step-by-step instructions for replacing the Polaris Variable Transmission (PVT) drive belt and servicing clutch components.
Electrical System Troubleshooting:
Comprehensive wiring diagrams, troubleshooting charts for starting, charging, lighting, and accessory circuits.
Brake System Overhaul:
Procedure for bleeding, replacing brake pads, calipers, rotors, and brake lines.
Bodywork And Plastics Repair:
Instructions for removing, installing, and repairing body panels, fenders, and associated hardware.
Format Details:
PDF; Searchable, Bookmarked, Zoomable.
Printability:
Fully Printable; High-quality reproduction of original manual content.
Binding:
N/A (Digital Download)
Paper Spec:
N/A (Digital Download - printable to user's preferred paper type)
Os Compatibility:
All Versions of Windows & Mac
Software Requirements:
Adobe PDF Reader
Engine Description:
Available in 700cc and 800cc EFI (Electronic Fuel Injection) engine variants.
Horsepower:
Specific horsepower figures not detailed in product description but expected for the 700cc and 800cc class of ATVs.
Torque:
Specific torque figures not detailed in product description but essential repair data provided within the manual.
Fuel Injection Type:
Electronic Fuel Injection (EFI)
Cooling:
Typically Liquid-Cooled, detailed in the manual.
Ignition:
Electronic Ignition, detailed in the electrical section.
Transmission Type:
Automatic (PVT - Polaris Variable Transmission) with Engine Braking.
Optional Transmissions:
N/A (single transmission type standard across these models)
Transmission Features:
High/Low range, Neutral, Reverse. Manual covers specific clutch system and drive belt maintenance/replacement.
Final Drive Type:
Shaft Drive with front and rear differentials or limited-slip setups depending on specific sub-model configuration, detailed in Chapter 7.
Length:
Not specified in product data, but detailed in the manual.
Width:
Not specified in product data, but detailed in the manual.
Height:
Not specified in product data, but detailed in the manual.
Dry Weight:
Not specified in product data, but detailed in the manual (likely around 600-700 lbs depending on variant).
Towing Capacity:
Not specified in product data, but detailed in the manual.
Safety Ratings:
ATVs are not typically subject to government crash safety ratings like passenger vehicles. Safety information and recommendations are covered in the manual.
Braking System:
Hydraulic disc brakes (front and rear), detailed in Chapter 9.
Rollover Protection:
N/A (ATVs do not feature integrated rollover protection systems in the traditional sense; operator safety is paramount and covered in general info).
Infotainment Systems:
Basic instrumentation (speedometer, odometer, fuel gauge, indicator lights) typical for the era. No advanced infotainment systems expected.
Driver Assistance Features:
N/A for this model year ATV.
Connectivity Options:
N/A for this model year ATV.
Efi System Details:
The manual provides in-depth diagnostics and service for the EFI system, including sensors, injectors, and ECU troubleshooting.
Scheduled Maintenance:
Detailed maintenance schedule provided in Chapter 2, covering checks and replacements at specific mileage or time intervals.
Engine Oil Type:
Specific SAE viscosity grade and API classification for engine oil (e.g., SAE 0W-40 or 5W-50 API SG or higher) will be listed in the manual. Polaris branded oil often recommended.
Coolant Type:
Specific type and mixture ratio for the liquid-cooled engine (e.g., permanent antifreeze/coolant, 50/50 mix) will be detailed.
Gear Oil Type:
Specifications for front and rear differential/gearbox oil will be provided (e.g., specific SAE viscosity grades and GL ratings).
Brake Fluid Type:
DOT 3 or DOT 4 brake fluid specification will be detailed.
Common Problems:
While specific issues for the 2008 models are not detailed here, the manual covers troubleshooting for common ATV problems such as drive belt wear, fuel system issues, electrical faults, and suspension wear. Common Polaris issues sometimes include brake caliper issues or cooling system leaks, all of which would be addressed.
Oil Filter Part Number:
Specific Polaris part number for the oil filter will be listed in the maintenance or parts section of the manual.
Recommended Tire Pressure:
Specific PSI for front and rear tires will be provided for optimal performance and handling.
Brand History:
Polaris is a long-standing manufacturer of powersports vehicles, known for its innovation in ATVs and snowmobiles since its founding in 1954.
Sportsman Lineage:
The Sportsman line is Polaris' flagship ATV offering, known for its comfort, handling, and capability. The X2 variant introduced a 2-up seating option with a tipping bed.
Production Details:
The 2008 model year represents a specific iteration of the Sportsman platform, evolving from earlier generations and influencing subsequent models.
