car logo Ford
car logo Volkswagen
car logo BMW
car logo Opel
car logo Audi
car logo Toyota
car logo Peugeot
English Русский
Български
Беларускі
Український
Српски
Hrvatski
Română
Polski
Slovenský
Magyar
 

 
 
 
 
 
 
Main
Freelander
Discovery
Range Rover
Defender
Contacts
Articles

Road test of the brake system (Freelander 2)

 
  • Main
  • Freelander
  • Freelander 2
  • Chassis
  • Brake system
  • Road test of the brake system
 
        0  
Perform a road test to compare the actual performance of the brake system with the required performance expected by the driver. The ability of the driver performing the test to make the correct comparison and identify faults depends on his experience.

The driver must be well aware of the operation of the braking system and the accepted general recommendations for operation. This will allow for a quality comparison and determination of the causes of the problem.

An experienced mechanic will always have a route that he will use for all road tests when diagnosing brake problems. The road chosen should be reasonably level and level. Gravel or bumpy roads are not suitable because the surface does not allow the tires to grip the road evenly. Convex roads are also not suitable because most of the weight is carried by the lower wheels. Once a route has been developed and consistently used, the road surface component can be isolated from the test results.

Before the road test, obtain a full description of the customer's problem or suspect conditions. Using this description, an experienced mechanic will be able to match possible causes to the symptoms of failure. Certain items can be considered sources of the problem, while others can be ruled out. More importantly, the customer's description will help identify dangerous conditions that should be checked or corrected before the road test. The description will also help the mechanic formulate a basic approach to the road test, i.e., narrowing the problem down to specific items, a certain vehicle speed, or a certain condition.



Begin your road test with a general brake test. Based on your problem description, test the brakes at various vehicle speeds, using both light and heavy pressure on the brake pedal.

If the problem becomes clear during this check, verify that it matches the description given by the customer prior to the road test. If the problem is not clear, attempt to reproduce the problem condition using the information provided in the description.

If the problem persists, refer to the Symptom Chart.


Sign of malfunctionPossible reasonAction
Noise in the brakes
  • Brake pads
  • Brake discs
  • Go to PINPOINT TEST A
    Vibration when applying brakes
  • Wheels/tires are not balanced
  • Loosening of wheel hub mounting nuts
  • Loosening the brake caliper mounting bolts
  • Brake pads
  • Foreign material/scratches/corrosion on the contact surfaces of the brake disc
  • Increased thickness variation of the brake disc
  • Increased brake disc runout
  • Wheel bearing wear or failure
  • Worn or defective suspension bushing
  • Worn or defective steering bushing
  • Go to PINPOINT TEST B
    Pulling under braking
  • Tire pressure/tire wear
  • Brake calipers
  • Brake pads
  • Brake discs
  • Wheel alignment angles
  • Wheel bearing
  • Suspension bushings and ball joints
  • Go to PINPOINT TEST C
    Feeling of "softness" of the pedal
  • Presence of air in the brake system
  • Leak in the hydraulic system
  • Brake booster/master cylinder failure
  • Brake pads
  • Go to PINPOINT TEST D
    The pedal drops too quickly
  • Presence of air in the brake system
  • Leak in the hydraulic system
  • Brake booster/master cylinder
  • Brake pads
  • Go to PINPOINT TEST E
    The pedal moves down too slowly
  • Presence of air in the brake system
  • Brake booster/master cylinder
  • Go to PINPOINT TEST F
    Excessive force when pressing the brake pedal
  • Brake pads
  • Vacuum brake booster
  • Go to PINPOINT TEST G
    The brakes lock when the brake pedal is pressed lightly.
  • Brake pads
  • Brake calipers
  • Go to PINPOINT TEST H
    Brake drag
  • Parking brake activated/parking brake malfunction
  • Jamming of parking brake cables
  • Caliper guide pins seizing
  • Brake caliper sticking
  • Vacuum brake booster
  • Pedal mechanism
  • Go to PINPOINT TEST I
    Increased/erratic brake pedal travel
  • Hydraulic system
  • Brake pads
  • Brake discs
  • Hub and bearing assembly
  • Go to PINPOINT TEST J
    The red indicator light is always on
  • Liquid level
  • Brake fluid level sensor
  • Parking brake lever
  • Electrical circuit
  • Fill the system to the specified level. Check for leaks. Install a new brake fluid reservoir if necessary. For additional information, refer to: Brake Master Cylinder (206-06 Brake Hydraulic System, Removal and Installation).
  • Check the parking brake operation/circuits. For additional information, refer to: Parking Brake (206-05 Parking Brake and Parking Brake Actuator, Diagnosis and Testing).
  • Slow or incomplete brake pedal return.
  • Brake pedal sticking
  • Brake booster/master cylinder
  • Go to PINPOINT TEST K


    This article is available at russian, bulgarian, belarusian, ukrainian, serbian, croatian, romanian, polish, slovak, hungarian
    Article review: Roman Mitrofanov


     

    Previous articles
    Brake system specifications
    Description and operating principle of the brake system
    Diagnostics and testing of the brake system

    Current article
    Road test of the brake system

    Next articles
    Pinpoint tests of the brake system
    Element checks
    Bleeding the brake system
    Front Disc Brake Specification
    Front Disc Brake Description
    Operating principle of the front disc brake
    Front brake pads
    Front brake disc

     
     

    Similar articles from Land Rover repair manuals:
    • Road test Discovery 3 (2004-2009)
    • Brake system — description Discovery 1 (1989-1998)
    • Brake system Range Rover 3 (2001-2012)
    • Road test Defender 2007+ (2007-2016)

    Comments on this article


    No comments yet




    How much will 12 + 42 =

           




    Freelander 2 
    • General information
    • Using the manual
    • Repair technique
    • Precautionary measures
    • Road test
    • Fault codes
    • Identification codes
    • Jacking and lifting
    • Maintenance - Diesel
    • Maintenance - petrol
    • Chassis
    • Suspension
    • Front suspension
    • Rear suspension
    • Wheels and tires
    • Terrain response
    • Transmission system
    • Cardan shaft
    • Rear drive axle
    • Rear axle shafts
    • Front axle shafts
    • Brake system
    • Parking brake
    • Hydraulic brake
    • Brake booster
    • Anti-lock braking system
    • Exchange rate stability
    • Steering
    • Steering column
    • Power unit
    • Engine device
    • Engine repair
    • Description of the cooling system
    • Cooling system repair
    • Fuel supply
    • Drive units
    • Launch system
    • Ignition system
    • Exhaust toxicity
    • Air filtration
    • Fuel vapor control
    • Electronic control part
    • Automatic gearbox
    • Gearbox cooling
    • Automatic transmission controls
    • Mechanical transmission
    • Transfer case
    • Exhaust system
    • Fuel tank and lines
    • Speed control
    • Electrical equipment
    • Climate control system
    • Climate control
    • Additional climate control
    • Instrument panel
    • Sound signal
    • Information and messages
    • Assistance with parking
    • Battery and alternator
    • Information and entertainment
    • Outdoor Lighting
    • Interior lighting
    • Communication network
    • Wiring harnesses
    • Anti-theft system
    • Multifunctional modules
    • Body and coating
    • Body front panels
    • Lockable body parts
    • Interior trim
    • Rear view mirrors
    • Car seats
    • Glass, frames and mechanisms
    • Instrument panel and console
    • Handles, locks, latches
    • Windshield wipers and washers
    • Sunroof
    • Bumpers
    • Seat belt system
    • Restraint system
    • Body repairs
    • Front end repairs
    • Roof element repairs
    • Side panel repairs
    • Tailgate repairs
    • Subframe and mounts

    Freelander 1 
    • General information
    • Using the manual
    • Precautionary measures
    • Technique
    • Specifications
    • Connection tightening torques
    • Maintenance
    • Power unit
    • Diesel engine Td4
    • Petrol engine K1.8
    • Piston group K1.8
    • KV6 petrol engine
    • Piston group KV6
    • Decreased toxicity
    • Motor control EDC
    • Engine management MEMS
    • Motor control Siemens
    • Fuel supply diesel Td4
    • Fuel supply for K1.8 engine
    • Fuel supply of KV6 engine
    • Cooling diesel Td4
    • Engine cooling K1.8
    • Engine cooling KV6
    • Exhaust system Td4
    • Exhaust system K1.8
    • Exhaust system KV6
    • Clutch
    • Mechanical transmission
    • Transfer case
    • Automatic gearbox
    • Chassis
    • Drive shafts
    • Rear axle and final drive
    • Steering
    • Front suspension
    • Rear suspension
    • Brake system
    • Body and coating
    • Passive safety
    • Doors, locks and glass
    • Exterior body parts
    • Interior trim details
    • Seats
    • Roof hatch
    • Roof
    • Body geometry
    • Body parts repair
    • Sealing and corrosion
    • Electrical equipment
    • Heating and ventilation
    • Air conditioning
    • Windshield wipers and washers
    • Starting engine and charging
    • Lighting and headlights
    • Control modules
    • Safety system
    • Window management
    • Entertainment systems
    • Wiring harnesses
    • Governing bodies
    • Devices


    LRman.ru © 2013-2026 | Mobile version | Free Lander | Discovery | Range Rover | Defender | Contacts | | Sitemap |
    Car repair and service instructions Land Rover: Freelander, Discovery, Range Rover, Defender
    We use cookies to make pages load faster and provide a more user-friendly experience 🍪