Wheels and tires of the car Ford Focus 2
Technical specifications
Ford Focus II cars are equipped with wheel disks and tires of various sizes at the manufacturing plant. Cars assembled in Russia use steel and light-alloy wheel disks...
Ford Focus II cars are equipped with wheel disks and tires of various sizes at the manufacturing plant. Cars assembled in Russia use steel and light-alloy wheel disks...
Wheel rim markings
Designation 6J 15 (6J 16) is deciphered as follows: 6 — rim width in inches; J — type of rim edges (J-shaped); 15 (16) — the landing diameter of the disk in inches.
Designation 6J 15 (6J 16) is deciphered as follows: 6 — rim width in inches; J — type of rim edges (J-shaped); 15 (16) — the landing diameter of the disk in inches.
Tire markings
Designation 195/65 R15 95H is deciphered as follows: 195 – tire width, mm; 65 – ratio of height to width of profile, %; R - radial tire; 15 – disk diameter in inches; 95...
Designation 195/65 R15 95H is deciphered as follows: 195 – tire width, mm; 65 – ratio of height to width of profile, %; R - radial tire; 15 – disk diameter in inches; 95...
Wheel replacement
When replacing wheels, it is not advisable to change the direction of rotation of the tires, since their repeated running-in causes increased wear. And if the car is...
When replacing wheels, it is not advisable to change the direction of rotation of the tires, since their repeated running-in causes increased wear. And if the car is...
Wheel nuts
Fig. 12.1 . Wheel nuts: 1 - nut for steel wheels; 2 – nut for steel wheels with spokes; 3 – nuts for alloy wheels; 4 – secret nut Each wheel of the car is secured with...
Fig. 12.1 . Wheel nuts: 1 - nut for steel wheels; 2 – nut for steel wheels with spokes; 3 – nuts for alloy wheels; 4 – secret nut Each wheel of the car is secured with...
Tire running-in
New tires have a smooth outer surface, so they need to be run in. The initial wear during running in makes the tire rougher. During the first 200 km of the car's...
New tires have a smooth outer surface, so they need to be run in. The initial wear during running in makes the tire rougher. During the first 200 km of the car's...
Tire storage
Avoid exposing your tires to sunlight for long periods of time, as sunlight causes rubber to age faster. Keep tires away from open flames and do not expose them to high...
Avoid exposing your tires to sunlight for long periods of time, as sunlight causes rubber to age faster. Keep tires away from open flames and do not expose them to high...
Wheel balancing
Wheel balancing is performed to compensate for the uneven distribution of its weight. When driving, the imbalance makes itself known in the form of vibration, which is...
Wheel balancing is performed to compensate for the uneven distribution of its weight. When driving, the imbalance makes itself known in the form of vibration, which is...
Anti-skid chains
The use of anti-skid chains is permitted only on the drive wheels. The chain is allowed to protrude no more than 15 mm above the surface and on the inner side of the...
The use of anti-skid chains is permitted only on the drive wheels. The chain is allowed to protrude no more than 15 mm above the surface and on the inner side of the...
Spare wheel
The spare wheel can be installed on either the front or rear axle. The car can be equipped with a full-size spare wheel or a small one ("dock-type"). The small spare...
The spare wheel can be installed on either the front or rear axle. The car can be equipped with a full-size spare wheel or a small one ("dock-type"). The small spare...
Checking tire pressure
Check the pressure only when the tyres are cold (Appendix 4). The frequency of inspection is once a month or when servicing the vehicle. It is advisable to check the...
Check the pressure only when the tyres are cold (Appendix 4). The frequency of inspection is once a month or when servicing the vehicle. It is advisable to check the...
Checking the tire tread
Intensive wear of tires is caused by a sporty driving style, intense acceleration and sharp braking. NOTE: The tires can be used up to a tread depth of 1.6 mm (the depth...
Intensive wear of tires is caused by a sporty driving style, intense acceleration and sharp braking. NOTE: The tires can be used up to a tread depth of 1.6 mm (the depth...
Checking the valve
Check the valve in the following order: - unscrew the valve cap; – apply liquid to the valve so that it fills the cavity of the valve; – when a bubble forms, tighten the...
Check the valve in the following order: - unscrew the valve cap; – apply liquid to the valve so that it fills the cavity of the valve; – when a bubble forms, tighten the...
Checking the radial and lateral runout of the discs
Fig. 12.2 . Surfaces for measuring disk runout: H – radial runout; S – lateral runout Fix the disk without the tire on the axis of the balancing device. Install the...
Fig. 12.2 . Surfaces for measuring disk runout: H – radial runout; S – lateral runout Fix the disk without the tire on the axis of the balancing device. Install the...
This section is available on russian, bulgarian, belarusian, ukrainian, serbian, croatian, romanian, polish, slovak, hungarian
See other similar sections for Ford cars:
• Chassis: Wheels and tires Ford Mondeo 1 (1993-1996)
• Chassis: Wheels and tires Ford Fiesta 4 (1996-1999)
• Chassis: Wheels and tires Ford Mondeo 1 (1993-1996)
• Chassis: Wheels and tires Ford Fiesta 4 (1996-1999)
Focus 2
Focus Turnier 1
Focus 1
- General information
- Vehicle device
- Owner's manual
- Faults en route
- Maintenance
- First maintenance
- Second maintenance
- Applications
- Consumables and spare parts
- Auto mechanic tips
- Power unit
- Engine repair
- Engine seal parts
- Cooling system
- Exhaust system
- Supply system
- Clutch
- Car gearbox
- Front wheel drives
- Chassis
- Front suspension
- Rear suspension
- Steering
- Brake system
- Wheels and tires
- Body and coating
- Body elements
- Side doors
- Tailgate
- Salon elements
- Safety system
- Windshield wipers and washers
- Body Care
- Electrical equipment
- Instruments and motors
- Battery and alternator
- Egnition lock
- Engine management
- Headlights and lighting
- Switches and sensors
- Schematic diagrams
Focus Turnier 1
- General information
- Introduction to guide
- Car care
- Power unit
- Engine repair
- Lubrication system
- Cooling system
- Fuel injection (gasoline)
- Fuel injection (diesel)
- Ignition system
- Power and exhaust system
- Transmission
- Clutch and drive shafts
- Mechanical gearbox
- Automatic gearbox
- Chassis
- Car suspension
- Steering
- Wheels and tires
- Brake system
- Body
- Exterior
- Interior
- Heating and ventilation
- Electrical equipment
- Equipment and devices
- Lighting and signaling
- Power devices
- Electrical circuits
Focus 1
- General information
- Using the manual
- Identification codes
- Power unit
- Engine
- Engine 1.4/1.6 Zetec-SE
- Engine 1.6/1.8/2.0 Zetec-E
- Engine Duratec ST 2.0 l
- Engine Duratec 8V 1.6 l
- Diesel engine 1.8 l
- Engine cooling
- Fuel supply
- Accessory drive
- Launch system
- Ignition system
- Air and vapor
- Engine management
- Exhaust toxicity
- Exhaust system
- Automatic gearbox
- Clutch
- Mechanical gearbox iB5
- Mechanical gearbox MTX-75
- Mechanical gearbox MT285
- Chassis
- Front suspension
- Rear suspension
- Wheels and tires
- Front axle axles
- Brake system
- Hydraulic brake
- Anti-lock braking system
- Steering
- Body and coating
- Body panels
- Body elements
- Salon elements
- Glass, frames and mechanisms
- Windshield wipers and washers
- Car sunroof
- Seat belts
- Body repairs
- Back elements
- Electrical equipment
- Climate control
- Heating and ventilation
- Instruments and control lamps
- Battery and alternator
- Audio system
- Headlights and lighting
- Power distribution
- Electronic Function Group