When you find out about irregular sounds on your Land Rover Evoque you tend to concerns about them. Specifically when you feel a noise when you accelerate on your Land Rover Evoque. It is automatically assimilated to an engine unit issue and can therefore be critical. As we know that you do not take these disorders lightly, we have chosen to compose this article to help you find the causes and eliminate this matter as quickly as possible. To do this, we will first see what are the oeigins of a high pitched noise when accelerating with my Land Rover Evoque, then what is a whistling or ratling noise at the acceleration of my Land Rover Evoque, then the origins of a noise that intensifies during acceleration and to finish a noise that ceases when I stop accelerating.noise-when-acceleratingland-rover-evoque

Ma Land Rover Evoque makes a high-pitched noise when I accelerate:

If your Land Rover Evoque generates a loud noise when you accelerate, it is quite plausible that the alternator belt is the reason of your issue. You will need to establish if this noise takes place suddenly and if it can stop as it started. The alternator belt is a wearing part that is utilized to bring power to the secondary components of your Land Rover Evoque’s engine and although it is less crucial than the timing belt it can generate engine damage if it stops working. This noise may be a symptom of a slackened belt, in which case the tensioner roller or its wear and tear may be at fault. In any case, examine the condition of your belt and its tension. If it causes this acceleration noise on Land Rover Evoque, go to your auto technician.

Ma Land Rover Evoque makes whining noise when I accelerate:

  • Rattling or whistling noise caused by the turbo
  • If you have a power loss that accompanies the rattling noise when you accelerate with your Land Rover Evoque, it is plausible that your turbo is screwing up and some of its components are at the end of their life. Verify it and replace it if it is the reason, otherwise you risk blockage your engine in the long run. If you find out this blowing or whistling noise on your car, feel free to consult this article about turbo noises on Land Rover Evoque, if you would like more info.

  • Humming noise caused by air leakage
  • If, on the other hand, you do not get any power loss due to an humming noise on your Land Rover Evoque, it is more than likely that you have one of your junctions or air hoses that has holes. So examine the complete air supply system from your air filter to your engine to locate the source of this acceleration sound.

Ma Land Rover Evoque generates an increasingly loud noise when I accelerate:

If, on the other hand, you have the feeling that the more you gain speed, the more your noise at acceleration on Land Rover Evoque gets loud, then you will have to check the rolling parts of your automobile. In fact, if this loud noise does not surface when you iddle, it is necessarily linked to your transmission, and, in general, to your wheels. The most regular reason is the state of your bearings, so don’t forget to examine their state to be sure it is not the reason of this loud noise when you accelerate. If not, go to this content page about the noises related to Land Rover Evoque noise wheels.

Ma Land Rover Evoque generates a noise when I accelerate that ends when I stop accelerating:

To finish, if you encounter a noise when accelerating with your Land Rover Evoque and this noise which could be a cliking sound tends to end when you disengage (press the clutch pedal), then one of the wear parts of your clutch system may be the reason. In fact, the clutch release bearings must be swapped around every 120 000 / 130 000km. To evaluate it, you just have to see if you have more difficulty than usual shifting gears, if you feel a resistance either stronger or non-existent in the clutch pedal. If you have any of these signs of illness, go to your technician to swap the clutch release bearings on your Land Rover Evoque. Look at our article on clutch noise on Land Rover Evoque for more information.