An expert who has achieved level 2 by getting 100 points
An expert that got 10 achievements.
An expert that got 5 achievements.
An expert whose answer got voted for 100 times.
Re: clutch pedal is very heavy to push down
If the clutch in your car is hydralic there is no way to adjust that type of clutch. That you describe the clutch as being hard to push and that you have to have the clutch "right down on the floor to engage a gear" is an indication that the clutch is worn and needs to be replaced. If the clutch in your car is pushed by a cable, the cable might be adjustable and if that is the case you might get a few more months of use from the car, but the fix is still the same, you will need to get a new clutch put in your car.
- If you need clarification, ask it in the comment box above.
- Better answers use proper spelling and grammar.
- Provide details, support with references or personal experience.
Tell us some more! Your answer needs to include more details to help people.You can't post answers that contain an email address.Please enter a valid email address.The email address entered is already associated to an account.Login to postPlease use English characters only.
Tip: The max point reward for answering a question is 15.
Well, it would shift easily with engine off, because the transmission input shaft is not turning. Engine running and clutch engaging good, the input shaft would again be stationary and allow smooth shifting. What you have to determine is if the clutch disc or pressure plate is bad (a new clutch is needed), or if the pedal hydraulic system has a malfunction. When you push the pedal down, a rod from the top of pedal pushes into the clutch master cylinder bolted to the firewall under the hood. This cylinder has a reservoir filled with brake fluid. When the rod forces fluid from the clutch master down a steel line and into the clutch slave cylinder down on the transmission bell housing, the hydraulic pressure forces a plunger from the slave cylinder to extend and push the clutch fork lever a small amount, enough to force the clutch release bearing (aka throw-out bearing) against the pressure plate. This relieves pressure on the clutch disc and input shaft becomes stationary for easy shifting.
Check you have no air in the clutch fluid.Bleed the system.If that does not cure the problem then if you have good pressure at the pedal you pressure plate is faulty.Then the only solution is to replace the clutch.
If hydraulic actuated mechanism, loss of fluid, defective master cylinder or slave cylinder at the clutch. Missing pin or other part between slave cylinder and clutch arm. Loose or broken slave cylinder mounting. Missing pin or broken part between pedal and master cylinder. If mechanical linkage, look for broken components or missing pins at moving joints. If you tried to shift into gear with engine running, you may have damaged the transmission gears.
hi considering age of car and that you have no leaks on hydraulics? may i suggest you try bleeding the clutch to rid of old fluid a couple of pumps may be suffice ? b/fluid does absorb moisture and heat over time hence recommendation tat fluid be changed at period specified in handbooks ie 12 monthly ?
Thank you for the request. Since the car only has 24,000 miles on it, I would take it back to the dealer. It does sound like that your clutch needs an adjustment of some type. Since I do not own a Hyundai I have no idea what the actual problem might be. I just did some research and found out that the clutch in your car is hydrolic (meaning that it uses a master and slave cylinder with hydrolic fluid to push the clutch arm when you push the clutch pedal with your foot). Trying to work on this type of clutch system can sometimes be a very hard to do. With the small amount of miles your car has on it, I would get the dealer involved in solving this problem. It could be something as simple as bleeding air from the hydrolic system of the clutch or it might be replacement of either the master cylinder, the slave cylinder and/or the fluid line that goes in between those two cylinders.