kbalage

39 pieces :D

I assume that they are not yet installed in the chassis at this point. They are supposed to be stacked in 8 groups like the V8, so I guess they are mounted where the engine supposed to be.

All the earlier life-size Technic cars had a metal frame for the chassis, had car wheels etc. The drivable ones like the Bugatti also had proper automotive parts in the drivetrain. Here's a screenshot from one of the videos shared by LEGO, this is underneath the LEGO skin. I guess we can see the non-LEGO battery and engine here too:

Nah, they say "Power function motors". Honestly, I think this was written by PR people and they don't really know Technic, these can be easily Powered Up motors. Here you can read the whole press release if you are interested. Unfortunately there's no video or photo evidence of the exact LEGO parts used, I try to get some clarification but can't promise much.

This is what they have in the press release: The build features an electric motor consisting of LEGO Technic Function batteries and an electric car battery, allowing it to travel further than any other LEGO model before it. The LEGO Technic engine consists of 8 motor packs, each consisting of 96 LEGO Power function motors, which means the car features a total of 768 LEGO motors. The 8 motor packs imitate the V8 seen in the original McLaren P1™. I reached out for clarification but didn't succeed yet, they practically repeated the same thing. I have no idea what "LEGO Technic Function batteries" are supposed to be, but I think besides the 768 Technic motors they used a proper electric motor, and also an EV battery, so the heavy lifting should be done by real automotive parts. I highly doubt the top speed of 40 mph was achieved by LEGO motors only, the Chiron could only do 20 km/h and that had 2304 LEGO motors.

You mean this moment? :)

TLG is gradually converting its factories to the new packaging method, the plan is to complete the changeover by 2025. There could be 2 factors - the first is the resistance, the faster the engine, the higher the resistance will be in the drivetrain, and we've already seen the consequences of that with the Defender. The other could be a simple perception thing, as you can easily distinguish between slow and moderately fast than between fast and super fast :)

Here's the set with Defender tires at the rear, Unimog at the front: https://www.instagram.com/p/C9-kzCHOXmA/

I'm sorry I don't have time now to take the set apart for this. I suggest checking the New Elementary article about the P1, you have decent photos about the part there. It is 7x7 modules, I think you can measure the position of sections based on that.

Yeah, I rather wait for the stable release of the app first, although I don't expect miracles.

You can see RPM values at 11:35.

You might want to watch the reviews available about the set ;)

If you want to realize how people can literally complain about anything (and also the opposite of that under the same video), the easiest way is to start a YouTube channel :)

Used to be, but there were too many complaints, I got bored of them. But let's focus on the car!

It took way longer than I expected, but finally the full review is here: