I started creating this tuning guide some months ago for fun but never got to finish it (I'm not a tuner), so thought I would share it anyways seeing that there are some tuning races this week, disclaimer this could be inaccurate and/or doesn't translate to GT7 well, so if it's garbage I'll replace it with a pic of Homer Simpson doing his classic 'D'oh!' expression
I stopped working on the guide because I thought the whole thing was too complicated, I have trouble tuning even one of these settings, so I started to work on scenarios which I found more useful, I've included those below.
I haven't done an online race since last year and haven't renewed my ps plus sub but I still have access to qualifying.
Scenario 1: Understeer on Tight Corners
Issue: Your car consistently experiences understeer when entering tight corners, causing it to drift wide and lose precious time.
Solution: Increase the natural frequency by stiffening the front springs. This adjustment shifts weight transfer to the rear wheels during cornering, improving front-end grip and reducing understeer. Additionally, fine-tune the compression damping to increase front-end stability and minimize body roll, allowing for sharper turn-in without sacrificing overall control.
Scenario 2: Bouncing Over Bumps
Issue: Your car bounces excessively over bumps and kerbs, leading to a loss of traction and stability, especially during high-speed sections of the track.
Solution: Decrease the compression damping to allow the suspension to absorb bumps more effectively. This softens the compression, reducing the tendency for the car to bounce and ensuring better tire contact with the road surface. Additionally, adjust the rebound damping to prevent the car from rebounding too quickly after compression, further enhancing stability over uneven terrain.
Scenario 3: Excessive Body Roll in S Turns
Issue: Your car exhibits excessive body roll when navigating S turns, making it difficult to maintain a consistent racing line and compromising overall cornering performance.
Solution: Increase the natural frequency by stiffening the springs on both the front and rear axles. This reduces body roll by providing greater resistance to lateral weight transfer during cornering, resulting in improved stability and responsiveness through S turns. Additionally, adjust the compression damping to further minimize body roll and fine-tune the rebound damping to ensure smooth weight transfer during transitions between corners.
Scenario 4: Loss of Traction Under Heavy Braking
Issue: Your car experiences a loss of traction and stability under heavy braking, particularly when entering tight hairpin corners, making it challenging to brake late and carry speed through the corner.
Solution: Increase the rebound damping to minimize weight transfer to the front wheels during braking, maintaining better tire contact and enhancing overall stability. Additionally, adjust the compression damping to provide sufficient support to the suspension during heavy braking, preventing excessive dive and ensuring consistent braking performance. Fine-tune the natural frequency to optimize weight distribution and improve overall traction under braking.