Car maintenance Skoda Kodiaq 1
In-car service
Attention: Unintentional and unexpected movement of the vehicle while work is being performed can cause serious injury. It is prohibited to perform any work under a vehicle unless it is secured against spontaneous...
Attention: Unintentional and unexpected movement of the vehicle while work is being performed can cause serious injury. It is prohibited to perform any work under a vehicle unless it is secured against spontaneous...
Engine compartment
A. Expansion tank. B. Oil dipstick. C. Oil filler hole. D. Brake fluid reservoir. E. Battery pack (s). F. Washer tank.
A. Expansion tank. B. Oil dipstick. C. Oil filler hole. D. Brake fluid reservoir. E. Battery pack (s). F. Washer tank.
Motor oil
Oil specification The motor oil to be used must meet the specifications exactly. Selecting the correct motor oil is essential for engine performance and life. At the factory the engine was filled with a special (as a...
Oil specification The motor oil to be used must meet the specifications exactly. Selecting the correct motor oil is essential for engine performance and life. At the factory the engine was filled with a special (as a...
Cooling liquid
Coolant specification At the factory, the engine cooling system is filled with a mixture of specially prepared water and at least 40% G 12 plus-plus antifreeze (TL-VW 774 G) or G 12 plus (TL-VW 774 F). Both antifreezes...
Coolant specification At the factory, the engine cooling system is filled with a mixture of specially prepared water and at least 40% G 12 plus-plus antifreeze (TL-VW 774 G) or G 12 plus (TL-VW 774 F). Both antifreezes...
Brake fluid
Brake fluid absorbs moisture from the surrounding air. Too much water in the brake fluid will cause damage to the brake system. In addition, water significantly reduces the boiling point of the brake fluid. If the water...
Brake fluid absorbs moisture from the surrounding air. Too much water in the brake fluid will cause damage to the brake system. In addition, water significantly reduces the boiling point of the brake fluid. If the water...
Safety precautions and rules when working on a vehicle
Compliance with the precautions listed below is the key to safety and proper execution of work. These precautions are mentioned only once and will not be repeated in subsequent sections. Occupational safety and health...
Compliance with the precautions listed below is the key to safety and proper execution of work. These precautions are mentioned only once and will not be repeated in subsequent sections. Occupational safety and health...
Basic set of necessary tools
To carry out high-quality car repairs, you need to have a certain set of good tools. Below is a list of tools that a car owner is recommended to have in order to carry out independent car repairs. Special tools and...
To carry out high-quality car repairs, you need to have a certain set of good tools. Below is a list of tools that a car owner is recommended to have in order to carry out independent car repairs. Special tools and...
Methods of working with measuring instruments — flat probes
Flat feeler gauges (see picture) they are a set of plates of a certain thickness with corresponding markings, used to measure various gaps. Also, flat feeler gauges can be used, for example, to measure axial play where...
Flat feeler gauges (see picture) they are a set of plates of a certain thickness with corresponding markings, used to measure various gaps. Also, flat feeler gauges can be used, for example, to measure axial play where...
Methods of working with measuring instruments — micrometers
A micrometer is a device designed for measuring linear dimensions using the absolute contact method in the area of small dimensions with high accuracy (from 0.01 to 0.001 mm), the conversion mechanism of which is a...
A micrometer is a device designed for measuring linear dimensions using the absolute contact method in the area of small dimensions with high accuracy (from 0.01 to 0.001 mm), the conversion mechanism of which is a...
Methods of working with measuring instruments — calipers
1. Bar. 2. Movable frame. 3. Barbell scale. 4. Sponges for internal measurements. 5. Sponges for external measurements. 6. Depth gauge ruler. 7. Vernier. 8. Screw for clamping the frame A caliper is a universal tool...
1. Bar. 2. Movable frame. 3. Barbell scale. 4. Sponges for internal measurements. 5. Sponges for external measurements. 6. Depth gauge ruler. 7. Vernier. 8. Screw for clamping the frame A caliper is a universal tool...
Methods of working with measuring instruments — dial indicator
The dial indicator is designed to measure linear dimensions using absolute and relative methods, to determine the magnitude of deviations from a given geometric shape and the relative position of surfaces. Indicators...
The dial indicator is designed to measure linear dimensions using absolute and relative methods, to determine the magnitude of deviations from a given geometric shape and the relative position of surfaces. Indicators...
Methods of working with measuring instruments — bore gauge
The bore gauge is designed to measure the internal dimensions of parts (for example, the diameter of the cylinder bore, the width of the grooves, etc.). The instrument has a guide sleeve (5), in the upper part of which...
The bore gauge is designed to measure the internal dimensions of parts (for example, the diameter of the cylinder bore, the width of the grooves, etc.). The instrument has a guide sleeve (5), in the upper part of which...
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Link to this section in various formats
TEXTHTMLBB Code
- General information
- User manual
- Controls and instruments
- Maintenance
- Power unit
- Petrol engine 1.4 l
- Petrol engine 2.0 l
- Diesel engine 2.0 l
- Fuel and control (petrol)
- Fuel and control (diesel)
- Cooling system (petrol 1.4 l)
- Cooling system (petrol 2.0 l)
- Cooling system (diesel 2.0 l)
- Lubrication system (petrol)
- Lubrication system (diesel)
- Intake and exhaust (petrol 1.4 l)
- Intake and exhaust (petrol 2.0 l)
- Intake and exhaust (diesel 2.0 l)
- Transmission
- Clutch
- Manual gearbox
- Automatic gearbox
- Drive shafts
- Chassis (running gear)
- Front suspension
- Rear suspension
- Wheels and tires
- Brake system
- Steering system
- Body and interior
- Exterior (external elements)
- Interior (internal elements)
- Doors, locks and windows
- Heating and air conditioning
- Security systems
- Electrical equipment
- Power devices
- Equipment and devices
- Electrical circuits
- Electrical circuits (petrol 2.0 l)
- Electrical circuits (halogen headlights)
- Electrical circuits (LED headlights)
- Electrical circuits (Climatronic)

