Mercedes-Benz GLA250 Car nose dives when braking Inspection at your home or office.

Our certified mobile mechanics come to you 7 days a week between 7 AM and 9 PM.

Estimate price near me

Service Location

Customer Ratings

(49)

How A Diagnostic Works

Instantly book a certified mobile mechanic to come to you

Mechanic diagnoses the problem and quotes necessary repairs

Your vehicle is ready to go

Fair, upfront & transparent pricing for all services

Our certified mobile mechanics can come to you now.

Customer Ratings

(49)

Car nose dives when braking Inspection Service

How much does a Car nose dives when braking Inspection cost?

On average, the cost for a Mercedes-Benz GLA250 Car nose dives when braking Inspection is $95 with $0 for parts and $95 for labor. Prices may vary depending on your location.

CarServiceEstimateShop/Dealer Price
2019 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$114.99Shop/Dealer Price$124.99 - $132.49
2017 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$94.99Shop/Dealer Price$105.01 - $112.52
2021 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$94.99Shop/Dealer Price$105.01 - $112.52
2022 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$94.99Shop/Dealer Price$104.99 - $112.48
2016 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$94.99Shop/Dealer Price$112.55 - $125.72
2015 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$94.99Shop/Dealer Price$112.52 - $125.67
2018 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$99.99Shop/Dealer Price$109.87 - $117.28
2020 Mercedes-Benz GLA250L4-2.0L TurboService typeCar nose dives when braking InspectionEstimate$99.99Shop/Dealer Price$110.24 - $117.94
Show example Mercedes-Benz GLA250 Car nose dives when braking Inspection prices

When a vehicle is braking, the forward momentum of the car is largely absorbed by the vehicle's struts and shocks. If the struts or shocks fail, or are inadequate for the weight of the vehicle, the vehicle may nose dive while braking, causing increased braking time and a potential loss of steering ability.

How this system works:

As the main components in a vehicle’s suspension system, the struts help maintain ride height and comfort over a variety of terrain. Connected directly to the chassis of the vehicle, the strut assembly includes several different parts all related to the car’s ride. Struts do wear out over time and need to be replaced, but aggressive driving or driving off-road will wear struts out more quickly than driving defensively on well-maintained roads.

A vehicle’s shocks are there to keep the car from bouncing around while driving. Over time, shocks (essentially big springs) start to lose some of their ability to control the handling of the vehicle. When the shocks start to fail, a vehicle may be more susceptible to bouncing and may lurch forward when braking.

If you notice that your vehicle is nose diving when braking, you should have your shocks and struts examined by a mechanic.

Common reasons for this to happen:

  • Worn out Shocks: As shock absorbers age, the springs are unable to stay as rigid. This loss of rigidity causes a decrease in handling and may cause the vehicle to bounce when driving over uneven terrain. Failing shocks can also cause the vehicle to nose dive when braking.

  • Failing Struts: Struts will also wear out over time and ride height will be impacted by the failing components. If a vehicle begins to ride low, especially in the front of the vehicle, it may be more susceptible to nose diving while braking.

What to expect:

A top-rated mobile mechanic will come to your home or office to determine any issues regarding the shocks or struts. The mechanic will then provide a detailed inspection report outlining the parts that may have failed and the cost of any repairs that need to be made.

How it's done:

A mechanic will first inspect your vehicle to determine what repairs need to be done. Because shock and strut components are easily accessible, a mechanic should be able to quickly identify the problem and begin necessary repairs. The mechanic will begin by raising the vehicle and removing the wheel to expose the shock. If a shock absorber needs to be replaced, the mechanic will remove the old shock and replace it with a new one. The mechanic will recommend that you replace both sides of the vehicle with new shocks to ensure consistent handling.

If the mechanic determines that a component of the strut assembly needs to be replaced, he or she will begin by removing the wheel and exposing the strut. The mechanic will the remove the bolts attaching the bottom of the strut to the steering knuckle and the bolts connecting the top of the strut to the engine bay. He or she will also remove the sway bar and brake line support if needed. The mechanic will then remove the old strut. Just like shocks, the mechanic will most likely recommend that you change both sides at the same time. When installing the new struts, the mechanic will compress the strut spring and install the new strut. Once installed, any components that may have been removed can be reconnected and the wheel replaced. When finished, the mechanic will visually inspect the vehicle to make sure there aren’t any inconsistencies with ride height.

How important is this service?

Replacing worn shocks and struts is not only an important issue comfort-wise, but it can also be a safety issue. Vehicles that do not ride properly, or suffer from worn parts, may not handle well and may nose dive while braking. These issues can cause the car to not brake as quickly and can cause a momentary loss of steering ability.

Fast and easy service at your home or office

Backed by 12-month, 12.000-mile guarantee


Meet some of our expert Mercedes-Benz mechanics

Real customer reviews from Mercedes-Benz owners like you.

Excellent Rating

(49)

Rating Summary
47
2
0
0
0
47
2
0
0
0

Kenneth

20 years of experience
785 reviews
Kenneth
20 years of experience
Mercedes-Benz GLA250 L4-2.0L Turbo - Brake Pads Replacement (Rear) - Los Angeles, California
Great mechanic and very nice guy. Showed up early and was very friendly. Was extremely professional. Thanks Kenneth!

Quint

11 years of experience
21 reviews
Quint
11 years of experience
Mercedes-Benz GLA250 L4-2.0L Turbo - Oil Change - Decatur, Georgia
Great guy very knowledgeable when it came to my car very professional and quick

Jacob

15 years of experience
74 reviews
Jacob
15 years of experience
Mercedes-Benz GLA250 L4-2.0L Turbo - 50 Point Inspection - Duluth, Georgia
Awesome !

Dan

39 years of experience
981 reviews
Dan
39 years of experience
Mercedes-Benz GLA250 L4-2.0L Turbo - Oil Change - Duluth, Georgia
Awesome

Excellent Rating

(49)

Rating Summary
47
2
0
0
0
47
2
0
0
0
Number of Mercedes-Benz GLA250 services completed
539+
services done by our mechanics
TOTAL NUMBER OF EXPERT Mercedes-Benz MECHANICS
1100+
experts on our platform

Recent articles & questions

P0632 OBD-II Trouble Code: Odometer Not Programmed – ECM/PCM
P0632 means that the PCM is unable to read the odometer due to battery in the vehicle becoming discharged or for electrical reasons.
P0865 OBD-II Trouble Code: TCM Communication Circuit Low
P0865 means there is an issue with a communication circuit in the traction control module, likely due to a defective ON/OFF switch.
How to Replace an Anti-Lock Brake System (ABS) Fuse or Relay on Most Cars
Anti-lock brake systems have a fuse that fails if the ABS brake light is on or when the fuse is blown. The wheels may lock up if the ABS fuse is bad.

My car has a hard time starting and when it finally does it shakes violently then dies.

Hello there, many different faults can cause your 2002 Ford Focus to start then die. The most common causes would be a vacuum leak, faulty oxygen sensor (https://www.yourmechanic.com/services/oxygen-sensor-replacement), exhaust leak, alternator (https://www.yourmechanic.com/services/alternator-replacement), battery cable (https://www.yourmechanic.com/services/battery-cable-replacement), wiring harness fault, fuel pump...

what is causing really rough idle.

Rough idling engines can typically be caused by ignition system or fuel system failures. This can be things like spark plugs (https://www.yourmechanic.com/services/spark-plugs-replacement), spark plug wires, distributor cap, distributor rotor, the distributor itself, fuel injectors, fuel filter (https://www.yourmechanic.com/services/fuel-filter-replacement), fuel pump (https://www.yourmechanic.com/services/fuel-pump-replacement),...

Will crank but won’t start

How can we help?

Our service team is available 7 days a week, Monday - Friday from 6 AM to 5 PM PST, Saturday - Sunday 7 AM - 4 PM PST.

1 (844) 997-3624 · hi@yourmechanic.com