I don't brake on that bit Merlin.
5th gear (maybe drop to 4th before the first turn) - Get over to the left on the down slope, off throttle - flick right and almost immediately back on throttle flick left. Drop to 4th for the next sequence.
It's a bit tricky to get right consistently hence the state of the cars at the end.
The off throttle flick - back on throttle flick technique used keeps the back end from sliding out, as you, like me have experienced.
As you come down the slope the car is evenly balanced. The problem we face is the initial turn is at the point the track levels out. At this point the weight transfers to the front of the car making the rear light & very loose. If you brake whilst turning at this point the rear will become even looser & lose contact (i.e. endo on a bike when you lean forward whilst applying the front brake) with the ground & spin out. This is why we don't brake. Instead you minimise throttle (or off completely) whilst negotiating the initial turn.
Note: Don't misunderstand me, the rear is still light here, but importantly is still in contact with the ground because no braking has taken place. There's still a chance the rear will spin out though, just a lesser one.
To stop the rear spinning out we use the FWD to force the rear to follow the front, straighten up. This is only possible with FWD cars.
Once you've made the initial turn you need to apply FULL throttle (drop to 4th if it helps) whilst turning in the opposite direction which just so happens to be where we want to go.
Here's a clip of what I'm sort of talking about. You couldn't achieve this RWD
5th gear (maybe drop to 4th before the first turn) - Get over to the left on the down slope, off throttle - flick right and almost immediately back on throttle flick left. Drop to 4th for the next sequence.
It's a bit tricky to get right consistently hence the state of the cars at the end.
The off throttle flick - back on throttle flick technique used keeps the back end from sliding out, as you, like me have experienced.
As you come down the slope the car is evenly balanced. The problem we face is the initial turn is at the point the track levels out. At this point the weight transfers to the front of the car making the rear light & very loose. If you brake whilst turning at this point the rear will become even looser & lose contact (i.e. endo on a bike when you lean forward whilst applying the front brake) with the ground & spin out. This is why we don't brake. Instead you minimise throttle (or off completely) whilst negotiating the initial turn.
Note: Don't misunderstand me, the rear is still light here, but importantly is still in contact with the ground because no braking has taken place. There's still a chance the rear will spin out though, just a lesser one.
To stop the rear spinning out we use the FWD to force the rear to follow the front, straighten up. This is only possible with FWD cars.
Once you've made the initial turn you need to apply FULL throttle (drop to 4th if it helps) whilst turning in the opposite direction which just so happens to be where we want to go.
Here's a clip of what I'm sort of talking about. You couldn't achieve this RWD