Model Variant:
Pajero (Global Market Designation)
Chassis Code Series:
V-Series (e.g., V23W, V43W, V45W, V46W)
Engine Code Common:
6G72 (3.0L V6 SOHC/DOHC), 6G74 (3.5L V6 SOHC/DOHC), 4D56 (2.5L Turbo Diesel), 4M40 (2.8L Turbo Diesel)
Body Styles Covered:
Short Wheelbase (2-Door), Long Wheelbase (4-Door), Canvas Top, Hardtop
Segment:
Mid-size SUV, Body-on-frame construction, known for off-road capability and ruggedness
Competitors:
Jeep Cherokee, Toyota 4Runner, Ford Explorer, Chevrolet Blazer, Nissan Pathfinder
Value Proposition:
Offered a blend of off-road prowess, comfortable on-road manners, and robust construction for its era, often at a competitive price point.
Powertrain Options:
Available with reliable V6 gasoline engines and robust turbo-diesel engines (market dependent), coupled with robust 4WD systems (Super Select II 4WD was a notable feature).
Durability:
Renowned for its durable chassis and drivetrain, making it a popular choice for overland travel and off-roading.
Body On Frame:
The body-on-frame construction provided inherent strength and articulation for off-road use, and contributed to its longevity.
Model Years:
1998, 1999, 2000, 2001, 2002
Geographic Markets:
North America (USA, Canada), with adaptations for global specifications
Estimated Page Count:
1500-2000+ (typically extensive for complete workshop manuals)
Type:
Complete Workshop Service Repair Manual
Engine:
Engine mechanical, lubrication, cooling, fuel delivery (MPI, diesel injection), exhaust, ignition, emissions control, engine management (ECU), turbocharging (if applicable)
Transmission:
Manual transmission (5-speed), Automatic transmission (4-speed), Transfer case, Drivetrain components (driveshafts, differentials)
Brakes:
Front disc brakes, Rear disc/drum brakes, ABS (Anti-lock Braking System), Parking brake system
Suspension Steering:
Front independent suspension (Double Wishbone), Rear multi-link suspension (Solid Axle), Power steering system, Steering gearbox/rack and pinion
Electrical:
Battery, Charging system (alternator), Starting system, Lighting (headlights, taillights, interior), Gauges and instruments, Wiper/washer system, Horn, Fuse box and wiring diagrams, ECU diagnostics
Body Chassis:
Frame and body construction, Doors, Hood, Tailgate, Bumpers, Exterior trim, Interior trim, Seats, HVAC system, Body sealing
Routine Maintenance:
Oil change, filter replacement, fluid checks and top-offs, spark plug replacement, air filter replacement, tire rotation
Repair Rebuild:
Engine overhaul, transmission overhaul, differential repair, brake caliper replacement, suspension component replacement, starter motor replacement, alternator replacement
Diagnostics Troubleshooting:
Diagnostic trouble codes (DTCs), symptom-based troubleshooting, electrical circuit testing, fuel system diagnostics, emissions diagnostics
Special Tools Procedures:
Use of specialized tools for engine timing, bearing removal/installation, fuel pressure testing, etc.
Depth:
Comprehensive (from basic maintenance to full engine and transmission rebuilds, detailed electrical schematics, torque specifications, component tolerances)
Quality:
High-resolution, text-searchable PDF, allowing for easy navigation and printing of specific sections
Printability:
Designed for high-quality printing of individual pages or sections
Format For Print:
Digital (PDF), no physical binding type applies directly; user can print and bind as desired
Digital Format Consideration:
Optimized for clarity on screen and upon printing
Engine Displacement Common:
3.0L (2972cc), 3.5L (3497cc)
Engine Type Common:
V6 SOHC (6G72, 6G74), V6 DOHC (6G74 MIVEC on later models, sometimes introduced for 2000 model year revisions)
Bore Stroke 3 0L:
86.1 mm x 86.0 mm (approx.)
Bore Stroke 3 5L:
91.1 mm x 86.1 mm (approx.)
Horsepower 3 0L Sohc:
180-197 HP @ 5500-6000 RPM (varies by market and configuration)
Torque 3 0L Sohc:
202-220 lb-ft @ 3000-4000 RPM (varies by market and configuration)
Horsepower 3 5L Sohc:
200-215 HP @ 5500-6000 RPM (varies by market and configuration)
Torque 3 5L Sohc:
230-235 lb-ft @ 3500-4000 RPM (varies by market and configuration)
Horsepower 3 5L DOHc Mivec:
235-274 HP @ 5500-6000 RPM (varies by market and configuration)
Torque 3 5L DOHc Mivec:
255-273 lb-ft @ 3000-4500 RPM (varies by market and configuration)
Induction Type:
Multi-Point Fuel Injection (MPI) for gasoline; Direct Injection for some diesel variants
Fuel Type:
Unleaded Gasoline (Octane 87 minimum recommended for most variants), Diesel for diesel variants
Coolant Type:
Ethylene Glycol based coolant, typically a 50/50 mix with distilled water
Engine Oil Viscosity:
SAE 5W-30, 10W-30, or 10W-40 depending on ambient temperature (refer to owner's manual for precise recommendations)
Transmission Type:
5-Speed Manual Transmission (5MT)
Transmission Type:
4-Speed Automatic Transmission (4AT)
4Wd System:
Mitsubishi's 'Super Select II' 4WD system was a hallmark, offering 2H, 4H, 4HLC (Locked Center Differential), and 4LLC (Locked Low Range Center Differential).
Transfer Case:
Robust, gear-driven transfer case with a locking center differential and low-range gearing.
Automatic Transmission Fluid:
Mitsubishi Diamond ATF-SP II M or equivalent
Manual Transmission Fluid:
GL-4 or GL-5 gear oil (check specific manual for viscosity and specification)
Capacity Approx:
7.2 - 9.5 Liters (1.9 - 2.5 Gallons) depending on torque converter and cooler capacity
Wheelbase Short Wheelbase:
Approx. 2,450 mm (96.5 in)
Wheelbase Long Wheelbase:
Approx. 2,725 mm (107.3 in)
Length Long Wheelbase:
Approx. 4,650 - 4,720 mm (183.1 - 185.8 in)
Width Long Wheelbase:
Approx. 1,775 - 1,830 mm (69.9 - 72.0 in)
Height Long Wheelbase:
Approx. 1,820 - 1,875 mm (71.7 - 73.8 in)
Curb Weight Approx:
4,200 - 4,700 lbs (1,905 - 2,132 kg) depending on configuration
Gross Vehicle Weight Rating Gvw:
Approximately 5,500 - 6,000 lbs (2,495 - 2,722 kg)
Towing Capacity:
Varies significantly by market and specific model, often around 5,000 lbs (2,268 kg) when properly equipped.
NHTSA Front Crash Test:
The NHTSA ratings for this specific model year range varied; typically, it performed acceptably for its class and era, but modern standards are more stringent. Refer to specific VIN for exact ratings.
ABS:
Anti-lock Braking System (ABS) was standard or available on most models.
Traction Control:
Traction control systems were not commonly available on this generation during these years.
Airbags:
Driver and front passenger airbags were standard.
Seatbelts:
3-point seatbelts for all occupants, with pretensioners for front seats.
Body Structure:
Reinforced body structure with crumple zones to absorb impact energy.
Audio System:
Factory AM/FM/CD/Cassette player with optional premium audio systems (e.g., Rockford Fosgate) on higher trims.
Navigation:
Optional factory-installed GPS navigation systems were available on select higher-trim models, though often rudimentary by modern standards.
Cruise Control:
Electronic cruise control was standard on most models.
Parking Sensors:
Rear parking sensors were not commonly available for this generation.
Usb Aux Ports:
No factory USB or auxiliary input ports available; aftermarket solutions would be required for modern device connectivity.
Oil Filter Change:
Every 5,000 - 7,500 miles or 6 months, whichever comes first. (Refer to manual for specific engine/oil type)
Engine Oil Change:
Every 5,000 - 7,500 miles or 6 months, whichever comes first. (Refer to manual for specific engine/oil type)
Air Filter Replacement:
Every 30,000 miles or 2 years.
Spark Plugs Replacement:
Every 60,000 - 100,000 miles, depending on spark plug type (e.g., Iridium).
Timing Belt Replacement:
For 6G72 and 6G74 engines, timing belt replacement is crucial around 60,000 - 90,000 miles. Failure can cause catastrophic engine damage. This is a critical item.
Brake Fluid Type:
DOT 3 or DOT 4 brake fluid
Power Steering Fluid:
ATF Dexron II or equivalent
Coolant Capacity:
Approx. 9.0 - 10.0 Liters (2.4 - 2.6 Gallons)
Common Wear Items:
Suspension bushings, ball joints, tie rod ends, wheel bearings, and brake components due to age and off-road use.
Engine Issues:
Head gasket leaks on some 6G74 V6 engines, oil leaks from valve cover gaskets and oil pan, thermostat failures, and starter motor issues. Timing belt replacement is critical.
Transmission Issues:
Automatic transmission issues can include solenoid failures, torque converter clutch problems, and general wear over time. Clutch wear on manual transmissions is typical.
Electrical Issues:
Aging wiring harnesses, sensor failures (e.g., crank/cam sensors), and HVAC blower motor resistor failures.
Rust Corrosion:
Frame rust and body corrosion can be significant issues in rust-prone climates, especially around suspension mounting points and rocker panels.
Mitsubishi Motors:
Mitsubishi Motors has a long history in automotive manufacturing, with its SUV lineage tracing back to the iconic Pajero (Montero in North America), first introduced in 1976.
Montero Second Generation Facelift:
The 1998-2002 models represent the latter half of the second generation Pajero/Montero (1991-2000) and the transition to the third generation (2001-2006). The manual likely covers the final updates and revisions of the second gen, and potentially early third gen aspects if it's a crossover manual. Given the product name, it specifically targets the '98-'02 range of the second generation.
Third Generation Introduction:
The third generation Montero (2001-2006) represented a significant shift with unibody construction and independent front suspension, a departure from the body-on-frame of the previous generations. This manual focuses on the earlier body-on-frame era.
Manufacturing Locations:
Primarily manufactured in Japan by Mitsubishi Motors.
Market Presence:
The Montero was a strong contender in the North American SUV market, celebrated for its off-road prowess and utility.
Off Road Accolades:
The Mitsubishi Pajero/Montero has a strong rally heritage, including multiple victories in the Dakar Rally, showcasing its inherent off-road capabilities.
Consumer Reports Ratings:
Consumer Reports ratings varied; while praised for off-road capability and V6 power, reliability scores could be mixed, often reflecting the complexity of V6 engines and the challenges of body-on-frame SUVs.