Logitech G27 Violent Shaking

Fans are just increasing air flow to the inside of the case, and the g27 has only 2 tiny hoes on the top air flow will be very restricted. if the fan is sucking air out, or in, it's still bringing dust into the casing.
 
Fans are just increasing air flow to the inside of the case, and the g27 has only 2 tiny hoes on the top air flow will be very restricted. if the fan is sucking air out, or in, it's still bringing dust into the casing.
Obviously you modify the case to allow the fans to suck a proper amount of air, and use some kind of cleanable mesh screen over the intakes to avoid the dust and contaminants.
 
Isn't this the Force Feedback? In order for force feed back to work say when turning left , the left motor must apply force towards the right. In order for us to feel the feed back. So when we leave it to straighten out, it will simply just be the motors rotating back and fourth. All wheels do this.
 
Isn't this the Force Feedback? In order for force feed back to work say when turning left , the left motor must apply force towards the right. In order for us to feel the feed back. So when we leave it to straighten out, it will simply just be the motors rotating back and fourth. All wheels do this.

Exactly. 👍
 
I have a Fanatec gt2 which emulates the G25/g27 wheel when in PS3 mode. It will oscillate just as the op is describing unless you set the deadzone on the wheel to 10%. Look for g27 hidden settings on the wheel itself to see if you can set a dead zone of 5 to 15% and it should be perfect.
 
i think the ultimate force feedback would be electromagnetic, like on those bullet trains. this eliminates all contact with the steering column and as a result no gears to wear out, not to mention the wheel would be smooth as butter, and completely silent.
 
I have a Fanatec gt2 which emulates the G25/g27 wheel when in PS3 mode. It will oscillate just as the op is describing unless you set the deadzone on the wheel to 10%. Look for g27 hidden settings on the wheel itself to see if you can set a dead zone of 5 to 15% and it should be perfect.
Or just hold on to the wheel like everyone else in the world that the wheel works fine for. You wouldn't let go of a steering wheel of a car at speed on a track would you? On top of that, deadzones create innaccuracies and delays in input, making you less accurate and slower as a result.
 
Don't really understand what the op is really saying. Either their technique is flawed , or the wheel is defective, simple as that. If there was an inherent problem with the g27, these pages would be full of posts regarding the issues. Mine has been flogged hard for over 2 years, with the very occasional episode of "violence" when I lose my cool, and still is as good as the day I plugged it in, no worries.
 
anyone ever thought about unstable toe settings? if you're not setting up to track straight down the road, you're trading stability for nimbleness... as long as it's a jitter you can live with.
 
Or just hold on to the wheel like everyone else in the world that the wheel works fine for. You wouldn't let go of a steering wheel of a car at speed on a track would you? On top of that, deadzones create innaccuracies and delays in input, making you less accurate and slower as a result.

I agree, I like no deadzone and the wheel to fight me a bit.
 
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