Like I said, I disagree. I think it's inconclusiveAndres125sx wrote: ↑12 Oct 2019, 11:58Wow thanks for the videos and analysisJuzh wrote: ↑11 Oct 2019, 17:07sainz's p7 lap from fp2 - 1.29.051
https://streamable.com/9538k
https://streamable.com/9538k
vs verstappen
https://streamable.com/yl7mq
https://streamable.com/yl7mq
As you can see mclaren holds it's own pretty well against verstappen here up until spoon corner, then gets completely demolished on the back straight. Bad ERS recovery after 130r is a tradition at this point for renault engines. Just look at how much speed sainz loses compared to verstappen at that stage. The sooner they're done with renault, the better for them. I don't think car itself is too draggy, since speed on the main straight is almost identical.. Yes both cars are perfectly matched up to spoon, and after 130R top speed before hitting brakes is 303km/h for RBR vs 288 for McLaren
![]()
Aerodinamically I think we can safely say RBR is some step forward, so PUs power can be argued, maybe Renault is providing a bit more peak power wich makes up the deficit of running more wing, but we can´t argue Renault is lacking some ERS recovery with that difference after 130R when they´ve been perfectly matched the whole lap up to that point
What part? It´sobvious up to spoon they´re matched and before reaching last chicane (so just a straight after including 130R as that´s not a corner nowadays) there´s a big difference, then we can argue about what makes that difference, but I think after 130R it´s obvious McLaren run out of electrical energy. Their speed decreases from 130R making 15km/h deficit compared to RBR when before that their speed had been almost identical all along the lapdiffuser wrote: ↑12 Oct 2019, 14:33Like I said, I disagree. I think it's inconclusiveAndres125sx wrote: ↑12 Oct 2019, 11:58Wow thanks for the videos and analysisJuzh wrote: ↑11 Oct 2019, 17:07sainz's p7 lap from fp2 - 1.29.051
https://streamable.com/9538k
https://streamable.com/9538k
vs verstappen
https://streamable.com/yl7mq
https://streamable.com/yl7mq
As you can see mclaren holds it's own pretty well against verstappen here up until spoon corner, then gets completely demolished on the back straight. Bad ERS recovery after 130r is a tradition at this point for renault engines. Just look at how much speed sainz loses compared to verstappen at that stage. The sooner they're done with renault, the better for them. I don't think car itself is too draggy, since speed on the main straight is almost identical.. Yes both cars are perfectly matched up to spoon, and after 130R top speed before hitting brakes is 303km/h for RBR vs 288 for McLaren
![]()
Aerodinamically I think we can safely say RBR is some step forward, so PUs power can be argued, maybe Renault is providing a bit more peak power wich makes up the deficit of running more wing, but we can´t argue Renault is lacking some ERS recovery with that difference after 130R when they´ve been perfectly matched the whole lap up to that point
Read my reply to him above or the previous page. and below now.Andres125sx wrote: ↑12 Oct 2019, 14:47What part? It´sobvious up to spoon they´re matched and before reaching last chicane (so just a straight after including 130R as that´s not a corner nowadays) there´s a big difference, then we can argue about what makes that difference, but I think after 130R it´s obvious McLaren run out of electrical energy. Their speed decreases from 130R making 15km/h deficit compared to RBR when before that their speed had been almost identical all along the lapdiffuser wrote: ↑12 Oct 2019, 14:33Like I said, I disagree. I think it's inconclusiveAndres125sx wrote: ↑12 Oct 2019, 11:58
Wow thanks for the videos and analysis. Yes both cars are perfectly matched up to spoon, and after 130R top speed before hitting brakes is 303km/h for RBR vs 288 for McLaren
![]()
Aerodinamically I think we can safely say RBR is some step forward, so PUs power can be argued, maybe Renault is providing a bit more peak power wich makes up the deficit of running more wing, but we can´t argue Renault is lacking some ERS recovery with that difference after 130R when they´ve been perfectly matched the whole lap up to that point
godlameroso wrote: ↑12 Oct 2019, 15:28Well think about it. Renault seems to make less progress than its competitors, not just their car, but engine wise as well. They were ok at the start of the year but Honda engine is better than Renault's.
A shame as I think McLaren would be closer to the front with a better engine. I hope Renault catches up over the winter.
There is only one DRS zone, plus downhill, without DRS on the back straight the car's drag is there to see. Terminal drag may be higher on the McLaren vs RB.diffuser wrote: ↑12 Oct 2019, 15:58Like I said:godlameroso wrote: ↑12 Oct 2019, 15:28Well think about it. Renault seems to make less progress than its competitors, not just their car, but engine wise as well. They were ok at the start of the year but Honda engine is better than Renault's.
A shame as I think McLaren would be closer to the front with a better engine. I hope Renault catches up over the winter.
Sainz actually goes in to turns 13 and 14 ahead(1:04) but comes out behind Max(1:09). Max carries 10 KPH more speed thru the corner. Max also gets on the throttle a fraction earlier. Sainz never does recover more than half of that 10KPH before 15. It only appears to, since Max hits 15 earlier and has his speed drop off earlier.
You could argue that the Renault out accelerates the Honda in the uphill battle out of turn 14 down into 15 because Sainz's speed is getting closer and closer to Max's, having started with a 10KPH deficit.
It's obvious Both PUs are struggling to acheive the same top speed they get going downhill past the finished line and into turn 1. We would need to see the back of the car to see if the flashing light turns on to see if they're out of electrical power. I would not be surprised if both cars run out of electrical power for a few seconds and then it comes back on. Since they're both at full throttle the turbo is at max electrical generation. The acceleration looks uneven at times. Looks like it slows then returns to the previous rate. that could be a 1000 things though.
godlameroso wrote: ↑12 Oct 2019, 16:28There is only one DRS zone, plus downhill, without DRS on the back straight the car's drag is there to see. Terminal drag may be higher on the McLaren vs RB.diffuser wrote: ↑12 Oct 2019, 15:58Like I said:godlameroso wrote: ↑12 Oct 2019, 15:28Well think about it. Renault seems to make less progress than its competitors, not just their car, but engine wise as well. They were ok at the start of the year but Honda engine is better than Renault's.
A shame as I think McLaren would be closer to the front with a better engine. I hope Renault catches up over the winter.
Sainz actually goes in to turns 13 and 14 ahead(1:04) but comes out behind Max(1:09). Max carries 10 KPH more speed thru the corner. Max also gets on the throttle a fraction earlier. Sainz never does recover more than half of that 10KPH before 15. It only appears to, since Max hits 15 earlier and has his speed drop off earlier.
You could argue that the Renault out accelerates the Honda in the uphill battle out of turn 14 down into 15 because Sainz's speed is getting closer and closer to Max's, having started with a 10KPH deficit.
It's obvious Both PUs are struggling to acheive the same top speed they get going downhill past the finished line and into turn 1. We would need to see the back of the car to see if the flashing light turns on to see if they're out of electrical power. I would not be surprised if both cars run out of electrical power for a few seconds and then it comes back on. Since they're both at full throttle the turbo is at max electrical generation. The acceleration looks uneven at times. Looks like it slows then returns to the previous rate. that could be a 1000 things though.
Perhaps reducing rake at speed helps in this regard, and McLaren has less dynamic rake than the top teams.
Considering they'll still have qualifying by the looks of it, and a good day to optimize the cars things should even out. The circuit will be incredibly green, and will ramp up tremendously, timing will be crucial. Sometimes the circuit peaks then falls off, sometimes it keeps getting better as more laps are put on it. Qualifying will be quite busy and no one will bother running anything but soft tires, the race will be a different matter. With a lot of downforce on your car you will have less sliding, but higher cornering speeds, so finding the compromise for the race will be tricky, as too much one way or the other can hurt you. Benefits of having a lot of downforce, flexibility with tire wear, ability to follow other cars, hurts you on straights. So for defense on straights having a little less downforce is better, particularly since slipstream is stronger now.