1997 Daihatsu Rocky (2nd gen) Service and Repair Manual
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🏷️ Basic Information Identification Make: Daihatsu Model: Rocky Year: 1997 Codes Chassis Code: F300 series (specific variants may differ) Engine Codes Common: HD-E (1.6L), HZ (2.8L Diesel - less common in 1997 models but possible) Generation Generation Designation: 2nd Generation (F300 Series) 👋 Introduction Market Position Market Position: The Daihatsu Rocky (2nd generation, F300 series) was a compact, body-on-frame SUV/off-roader, competing with vehicles like the Suzuki Samurai/Vitara, Jeep Wrangler, and early Toyota RAV4 (though more ruggedly built than the RAV4). It was known for its go-anywhere capability in a small package. Competitive Analysis Competitive Analysis: Positioned as a more utilitarian and affordable off-road capable vehicle compared to larger SUVs. Its compact size and robust construction made it popular for light off-roading and utility use. Key Features Key Features: Body-on-frame construction, selectable 4WD (often part-time), compact dimensions, robust and simple mechanics, available in short-wheelbase and long-wheelbase (Wagon) variants. Body Styles: Offered as a 2-door convertible, 2-door hardtop, and 4-door wagon. The 1997 model year predominantly features the latter two. 📋 Manual Details Coverage Coverage Areas: All models and all repairs A-Z Model Variants Covered: Short-wheelbase (SUV/soft-top) and Long-wheelbase Wagon models. Format Page Count: Estimated 800-1200 pages (typical for a comprehensive service manual) Manual Type: Service and Repair Manual Language: English Format: Print 📖 Manual Coverage Systems Systems Covered: Engine mechanical (including timing belt, seals, gaskets), fuel system (injection, carburetor variants), ignition system, cooling system, exhaust system, transmission (manual & automatic), transfer case, drivetrain, suspension (front & rear), steering, brakes (front disc, rear drum typical), electrical system (wiring diagrams, component testing), body, interior, HVAC, emissions control. Chassis And Body: Frame inspection and repair, body panel alignment, door and lock mechanisms, seat mounting, interior trim, bumpers, lighting systems, wipers and washers. Wheels And Tires: Wheel specifications, tire pressure recommendations, wheel bearing maintenance, hub assembly servicing. HVAC System: Heating, ventilation, and air conditioning system diagnosis, repair, component replacement (compressor, condenser, evaporator, blower motor), refrigerant charging and recovery (if equipped with AC). Emissions Control: EGR system, catalytic converter function, evaporative emission control (EVAP) system, oxygen sensors, and related diagnosis. Procedures Procedures Included: Scheduled maintenance, diagnostic procedures, troubleshooting, component removal and installation, complete engine rebuilds, transmission overhaul, brake system repair, electrical system troubleshooting, body panel repair, HVAC system servicing, tune-up procedures, fluid and filter changes. Engine Diagnostics: Detailed troubleshooting flowcharts for common engine performance issues, fuel delivery problems, ignition timing faults, and emissions-related malfunctions. Transmission Troubleshooting: Diagnosis for shifting issues, clutch engagement problems, and automatic transmission solenoid testing. Brake System Overhaul: Complete procedures for brake pad replacement, rotor resurfacing/replacement, caliper and wheel cylinder overhaul, brake line bleeding, and parking brake adjustment. Engine Rebuild: Complete engine disassembly, inspection of internal components (pistons, rings, bearings, valves), cylinder head service, crankshaft and camshaft installation, engine assembly with torque specifications. Suspension And Steering Repair: Replacement of shock absorbers, springs, ball joints, tie rod ends, steering gear box overhaul or replacement, power steering pump diagnosis and replacement. Depth Technical Depth: Vehicle-specific, technician-level detail including torque specifications, diagnostic trouble codes (DTCs), testing procedures, component specifications, and overhaul instructions. This is not generic information. Technical Depth Wiring Diagrams: Comprehensive, detailed wiring diagrams for all electrical systems, including engine control, lighting, instruments, HVAC, and accessories. 📊 Manual Specifications Physical File Format: N/A (Print) Print Quality: Professional, high-quality printing with clear diagrams and text. Binding Type: Professional binding (e.g., perfect binding, comb binding, or spiral binding) for durability and ease of use in a workshop environment. Paper Type: Durable, semi-gloss paper stock to withstand workshop conditions and repeated handling. Illustrations: Abundant, clear line drawings and schematics illustrating component locations, disassembly, and reassembly steps. ⚙️ Engine Specifications Primary Engine Primary Engine Variant 1: 1.6L (1589cc) SOHC 4-cylinder, naturally aspirated. Likely the HD-E engine code. Known for simplicity and decent low-end torque for its size. Performance Horsepower 1.6L: Approximately 75-85 HP (depending on specific market tuning and emission controls) Torque 1.6L: Approximately 95-105 lb-ft (depending on specific market tuning) Fuel System Fuel System Type: Electronic Fuel Injection (EFI) for 1997 models. Other Engines Optional Engine Variant 2: 2.8L (2765cc) 4-cylinder Diesel (HZ engine code). Less common in many markets for 1997, but a possibility. Known for robustness and fuel economy. Horsepower 2.8L Diesel: Approximately 65-70 HP Torque 2.8L Diesel: Approximately 125-135 lb-ft Engine Codes Common Engine Code 1.6L: HD-E Engine Code 2.8L Diesel: HZ 🔧 Transmission Standard Standard Transmission: 5-speed manual transmission. Optional Optional Transmission: 3-speed or 4-speed automatic transmission (availability varied by market and trim). Features Drivetrain: Selectable part-time 4-wheel drive system with a 2-speed transfer case (Hi-Lo range). 📐 Dimensions Exterior Wheelbase Short Wheelbase: Approximately 83.9 inches (2130 mm) Wheelbase Long Wheelbase Wagon: Approximately 92.1 inches (2340 mm) Length Short Wheelbase: Approximately 140.6 inches (3570 mm) Length Long Wheelbase Wagon: Approximately 157.9 inches (4010 mm) Width: Approximately 63.2 inches (1605 mm) Height: Approximately 65.6 inches...
HD-E (1.6L), HZ (2.8L Diesel - less common in 1997 models but possible)
Generation
Generation Designation:
2nd Generation (F300 Series)
👋 Introduction
Market Position
Market Position:
The Daihatsu Rocky (2nd generation, F300 series) was a compact, body-on-frame SUV/off-roader, competing with vehicles like the Suzuki Samurai/Vitara, Jeep Wrangler, and early Toyota RAV4 (though more ruggedly built than the RAV4). It was known for its go-anywhere capability in a small package.
Competitive Analysis
Competitive Analysis:
Positioned as a more utilitarian and affordable off-road capable vehicle compared to larger SUVs. Its compact size and robust construction made it popular for light off-roading and utility use.
Key Features
Key Features:
Body-on-frame construction, selectable 4WD (often part-time), compact dimensions, robust and simple mechanics, available in short-wheelbase and long-wheelbase (Wagon) variants.
Body Styles:
Offered as a 2-door convertible, 2-door hardtop, and 4-door wagon. The 1997 model year predominantly features the latter two.
📋 Manual Details
Coverage
Coverage Areas:
All models and all repairs A-Z
Model Variants Covered:
Short-wheelbase (SUV/soft-top) and Long-wheelbase Wagon models.
Format
Page Count:
Estimated 800-1200 pages (typical for a comprehensive service manual)
Frame inspection and repair, body panel alignment, door and lock mechanisms, seat mounting, interior trim, bumpers, lighting systems, wipers and washers.
Heating, ventilation, and air conditioning system diagnosis, repair, component replacement (compressor, condenser, evaporator, blower motor), refrigerant charging and recovery (if equipped with AC).
Emissions Control:
EGR system, catalytic converter function, evaporative emission control (EVAP) system, oxygen sensors, and related diagnosis.
Procedures
Procedures Included:
Scheduled maintenance, diagnostic procedures, troubleshooting, component removal and installation, complete engine rebuilds, transmission overhaul, brake system repair, electrical system troubleshooting, body panel repair, HVAC system servicing, tune-up procedures, fluid and filter changes.
Engine Diagnostics:
Detailed troubleshooting flowcharts for common engine performance issues, fuel delivery problems, ignition timing faults, and emissions-related malfunctions.
Transmission Troubleshooting:
Diagnosis for shifting issues, clutch engagement problems, and automatic transmission solenoid testing.
Brake System Overhaul:
Complete procedures for brake pad replacement, rotor resurfacing/replacement, caliper and wheel cylinder overhaul, brake line bleeding, and parking brake adjustment.
Engine Rebuild:
Complete engine disassembly, inspection of internal components (pistons, rings, bearings, valves), cylinder head service, crankshaft and camshaft installation, engine assembly with torque specifications.
Suspension And Steering Repair:
Replacement of shock absorbers, springs, ball joints, tie rod ends, steering gear box overhaul or replacement, power steering pump diagnosis and replacement.
Depth
Technical Depth:
Vehicle-specific, technician-level detail including torque specifications, diagnostic trouble codes (DTCs), testing procedures, component specifications, and overhaul instructions. This is not generic information.
Technical Depth
Wiring Diagrams:
Comprehensive, detailed wiring diagrams for all electrical systems, including engine control, lighting, instruments, HVAC, and accessories.
📊 Manual Specifications
Physical
File Format:
N/A (Print)
Print Quality:
Professional, high-quality printing with clear diagrams and text.
Binding Type:
Professional binding (e.g., perfect binding, comb binding, or spiral binding) for durability and ease of use in a workshop environment.
Paper Type:
Durable, semi-gloss paper stock to withstand workshop conditions and repeated handling.
Illustrations:
Abundant, clear line drawings and schematics illustrating component locations, disassembly, and reassembly steps.
⚙️ Engine Specifications
Primary Engine
Primary Engine Variant 1:
1.6L (1589cc) SOHC 4-cylinder, naturally aspirated. Likely the HD-E engine code. Known for simplicity and decent low-end torque for its size.
Performance
Horsepower 1.6L:
Approximately 75-85 HP (depending on specific market tuning and emission controls)
Torque 1.6L:
Approximately 95-105 lb-ft (depending on specific market tuning)
Fuel System
Fuel System Type:
Electronic Fuel Injection (EFI) for 1997 models.
Other Engines
Optional Engine Variant 2:
2.8L (2765cc) 4-cylinder Diesel (HZ engine code). Less common in many markets for 1997, but a possibility. Known for robustness and fuel economy.
Horsepower 2.8L Diesel:
Approximately 65-70 HP
Torque 2.8L Diesel:
Approximately 125-135 lb-ft
Engine Codes Common
Engine Code 1.6L:
HD-E
Engine Code 2.8L Diesel:
HZ
🔧 Transmission
Standard
Standard Transmission:
5-speed manual transmission.
Optional
Optional Transmission:
3-speed or 4-speed automatic transmission (availability varied by market and trim).
Features
Drivetrain:
Selectable part-time 4-wheel drive system with a 2-speed transfer case (Hi-Lo range).
📐 Dimensions
Exterior
Wheelbase Short Wheelbase:
Approximately 83.9 inches (2130 mm)
Wheelbase Long Wheelbase Wagon:
Approximately 92.1 inches (2340 mm)
Length Short Wheelbase:
Approximately 140.6 inches (3570 mm)
Length Long Wheelbase Wagon:
Approximately 157.9 inches (4010 mm)
Width:
Approximately 63.2 inches (1605 mm)
Height:
Approximately 65.6 inches (1665 mm) for hardtop/wagon, variable for soft-top.
Weights
Curb Weight:
Approximately 2,300 - 2,700 lbs (1043 - 1225 kg) depending on configuration.
Gross Vehicle Weight Rating Gvw:
Varies by model, typically around 3,500-4,000 lbs (1588-1814 kg).
Towing Capacity:
Limited, generally around 1,000-1,500 lbs (454-680 kg) depending on engine and market.
🛡️ Safety Features
Ratings
NHTSA Ratings:
Specific NHTSA ratings for the 1997 model year are not readily available, as many compact off-roaders of this era had limited official crash testing data compared to modern vehicles.
Active Features
Active Safety Features:
Standard 4WD with low range gearing enhances off-road capability and stability on slippery surfaces. Basic anti-lock braking system (ABS) may have been optional on some higher trims, but was not standard on all.
Braking System:
Front disc brakes, rear drum brakes standard. Optional ABS on some models.
Passive Features
Passive Safety Features:
Seat belts, strong body-on-frame construction for impact protection. Airbags were not standard on all models and might have been optional or absent on base trims.
Seat Configuration:
Typically seating for 4 passengers, with rear bench seat. Some models may have removable rear seats for cargo.
💡 Technology Features
Infotainment
Infotainment System:
Basic AM/FM radio with cassette player was standard. Optional CD player might have been available on higher trims. Sound system quality was typically basic.
Speaker Configuration:
Typically 2 or 4 speakers, basic quality.
Dashboard Instruments:
Standard suite including speedometer, tachometer (on some trims), fuel gauge, temperature gauge, odometer, trip meter, and warning lights. Illumination and dimmer control.
Driver Assistance
Driver Assistance Features:
Limited. No advanced electronic driver aids like stability control or traction control were present. Focus was on mechanical capability.
Connectivity
Connectivity Features:
No modern connectivity features like Bluetooth, USB ports, or smartphone integration. Basic power accessories (windows, locks) were optional on some models.
🔧 Maintenance
Service Intervals
Oil Change Interval:
Typically every 3,000 - 5,000 miles or 3-6 months. Consult specific engine type and oil viscosity recommendations in manual.
Timing Belt Replacement:
For HD-E 1.6L engine: Recommended replacement interval is typically around 60,000 miles (96,000 km) or 4-5 years. Critical to follow manual's recommendation to prevent engine damage.
Spark Plug Replacement:
Every 30,000 miles (48,000 km) or as specified for the plug type (e.g., platinum plugs may have longer intervals).
Fluid Specifications
Engine Oil Type:
API SG or higher. Viscosity typically SAE 10W-30 or 10W-40, depending on climate. Capacity around 4.0-4.5 quarts with filter. (Consult manual for precise specification).
Coolant Type:
Ethylene Glycol based coolant (typically green). Capacity around 6-7 quarts. Use a 50/50 mix with distilled water. (Consult manual for exact specification).
Transmission Fluid Manual:
API GL-4 gear oil, viscosity SAE 75W-90 or 80W-90. Capacity around 2.0-2.5 liters. (Consult manual for precise specification).
Transmission Fluid Automatic:
Dexron II or equivalent automatic transmission fluid (ATF). Capacity around 3.0-3.5 liters. (Consult manual for precise specification).
Differential Fluid Front Rear:
API GL-5 gear oil, SAE 80W-90. Capacity around 1.0-1.5 liters per axle. (Consult manual for precise specification).
Transfer Case Fluid:
API GL-4 or GL-5 gear oil, SAE 75W-90 or 80W-90. Capacity around 1.0-1.5 liters. (Consult manual for precise specification).
Brake Fluid Type:
DOT 3 or DOT 4. (Consult manual for precise specification).
Power Steering Fluid Type:
If equipped, typically Dexron II or equivalent ATF. (Consult manual for precise specification).
Clutch Fluid Type Manual:
Brake fluid (DOT 3 or DOT 4) for hydraulic clutch systems. (Consult manual for precise specification).
Known Issues
Known Issues:
Common issues can include minor oil leaks from gaskets and seals, wear in suspension bushings due to off-road use, starter motor reliability, potential for clutch wear in manual transmissions with heavy use, and rust in unibody components if exposed to harsh environments. Diesel engines can be prone to glow plug issues or injector pump problems if not maintained.
Common Repair Focus Areas:
Routine maintenance like fluid changes, filter replacements, and brake wear items are the most frequent tasks. Off-road driving can lead to increased wear on suspension and drivetrain components.
Engine Maintenance Notes:
Regular checks of oil, coolant, and proper tension of the timing belt are crucial for the longevity of the HD-E engine. Spark plug and air filter replacement are key to maintaining performance and fuel economy.
📚 Vehicle History
Brand Heritage
Brand Heritage:
Daihatsu, a subsidiary of Toyota, has a long history of producing small, fuel-efficient, and rugged vehicles, particularly for the Japanese domestic market and export to various regions. They are known for their specialization in microcars and light commercial vehicles.
Model Evolution
Model Evolution:
The Rocky (also known as the Feroza or Sportrak in some markets) debuted in the late 1980s as a successor to the Daihatsu Taft. The 2nd generation (F300 series) was introduced in 1992 and continued through to the early 2000s, receiving minor updates. It maintained the compact, rugged, off-road-oriented design philosophy.
Model Name Variations:
Known internationally as Daihatsu Feroza or Daihatsu Sportrak.
Production
Production Years:
1992-2002 (F300 Series)
Manufacturing Locations:
Japan (primarily Ikeda, Osaka plant).
🏆 Awards & Recognition
Recognitions
Recognitions:
While specific awards for the 1997 Daihatsu Rocky are not widely publicized in major automotive publications, it was generally well-regarded within its niche for its off-road prowess and affordability, often appearing in enthusiast reviews of compact 4x4s.
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