Hey Jason, love your videos. You’ve done a good job here. But just one little thing you have missed here. The Nevera does NOT drop in power because of battery derating nor is it overheating. If I remember correctly, it might have reached 35 °C in that run, which is very far from the maximum temperature. The power drops because the motors are reaching their maximum speed due to the transmission ratio. As you well know, with single speed gearboxes like in Nevera, there is a trade off between acceleration and top speed. We figured that 412 km/h was plenty and did not want to compromise on acceleration. So basically, the battery could deliver 1.4 MW for a lot longer if the powertrain could take it (longer ratio). The drop in power is due to the motor power curves which drop off at the end of the RPM range and the car reaching its equilibrium speed at max RPM. As for the Tourbillon top speed - as you said… Let’s see 🤓 Would love to geek out on some other stuff you’re talking about here.
Gorgeous automotive engineering, and a marvelous car too 😁 The gauges are an absolutely genius design. Congratulations on this beautiful achievement sir
@@gavcom4060 RIGHT !! Hey @EngineeringExplained, somebody would like to have a word with you! lol Would love to see/hear the "geek out" between these two fine gentleman!
I'm sure I am not alone in loving the idea of a videochat/podcast discussion between Jason and Mate about the engineering behind these incredible cars!
**Important Note!** If you made it to the end, it's important to understand that the ~68% (or ~72%) discharge rate is absolute not a rule of thumb, just a fun guestimation. Every battery is unique, and will have its own unique characteristics. Also, looking at Rimac's latest high speed run, they achieved 412 km/h with *much* higher power after prolonged acceleration (the car was delivering 1225 kW at 412 km/h, or 87% of the peak 1408 kW). Porsche's T-Hybrid battery is also rated for "continuous" power at 41 kW, versus a peak of 48 kW - that's roughly 85%. So perhaps 70% is a low estimate, though it is accurate for the context of the original Rimac top speed run, and we don't have many of these data points (because top speed runs are a challenging thing to put together). Just some added context! Will be interesting to see some real world tests with the Tourbillon. Thanks for watching everyone!!
When I take delivery of mine, pop over, and we'll take it for a spin across the Nullarbor or up the territory road. Old mate over there in Italy said I was getting number three, so it shouldn't be too far away. In the meantime, anyone interested in some dogecoin?
I'm pretty sure the E-Motors at the front axels are not able to exceed max. speed. Do they have a clutch to disconnect them? At some point it's rear wheel drive only. Also the other E-Motors don't have max power at max. speed. I like your calculation but its very theoretical.
with a good intake plenum,could the NA engine make more than 1000 HP at high speed? Maybe I´m wrong,but some motorbikes had than ram air box to make more power at top speed. What do you think?
@@meltdown6165It seems like I was kind of correct at first because I thought they were going to go with a naturally aspirated VR8 Engine. Like the one in Cruella De-Vil‘s car only a lot smaller but then they decided to go with a V16 Engine. 5:32
4:14 I never even thought of this. The car is RWD in the ICE only mode. So we could potentially see some people do donuts and slides in the Bugatti Tourbillion. And with a high revving V16, it's definitely going to be banging off the redline like crazy.
We might even see that from Mate Rimac himself lol. Matt from carwow asked him about it but Mate was kind of shy doing it under the Bugatti name which is supposed to be classy. But we might still see it :)
4 місяці тому+751
People: Hey nice watch is it mechanical or quartz?, Me: Its V16 watch
Btw Andy Wallace (Bugatti test driver) said that during the Top speed run for Chiron 300+ when they reached 490kmph, the car was still pulling, they simply ran out of space to push the car to its limit. So the power required as mentioned here can essentially be lower i.e. 1800 HP can do the job.
Right, but this new Bugatti has a totally different PU. I knew that about Andy Wallace, but if you watch this entire video you understand why getting to 500kph is very difficult. If it was 1800hp in the Chiron SS 300+ with the turbo W16 it would easily get to 500kph. The EV component is the problem here with the Tourbillon. And the EV component is 44% of the total power output.
You're absolutely right. But when Bugatti decided to build this tourbillion, I think they went through all these datas and were very much aware of these technical factors and challenges.
@@L0p3sit is lower and has a smaller frontal area so even with the same CD, it should require less hp to hit the same speed. If a 1600hp car hit 490, I see no reason why this couldn't seeing that info on the latest rimac never hits 87% vs OP'S calculated 68%, this car isn't out and newer than that, even if it hit Porsche 85%, it'll still hit 1680hp or if it matches or surpasses it, we are looking at 1700hp which with the stuff said at the start of this = 500 kph
@@SidRay1760 off course, they’re the opposite of idiots. But given the limitations of a PHEV with a 44% EV power component it is not as easy as pure 100% ICE turbo that is only limited by the capacity of the fuel tank. I have no doubts they can achieve the 500, but taking into account the type of PU I’m particularity curious as how are they going to achieve that! Cheers.
@@NadeemAhmed-nv2br maybe, but I find the EV part a great challenge nevertheless. Yes, it is lower and a as less FA, but a turbo ICE is more straightforward. But let’s wait and see. They are probably going to wait for a special edition that makes 500 and are holding back because of that. This is a husiness after all and we had the Veyron SS with 200 extra hp in the past and the Chiron SS 300+ with lots of modifications to achieve the 490kph and surpass 300mph.
Mate said that the Tourbillon battery has Imersion cooling. Which mean it has the best cooling method technology at the moment. These new dielectric liquid are ultra performant. So holding 25C discharge rate is not a problem and sustained power is also improved even at the end of discharge SOC curve. The new cells they are using are ultra performant ultra low Internal resistance. Also One of the reason you see the power is decreasing on the Nevera is because the BEMF of the motor is getting close to the battery voltage so it become more and more difficult to continu pushing phase current to the motor( which is related to torque) as the difference of both( or the potential difference) is narrowing. The use of Field weakining generation to conteract that is not efficient so more and more heat is generated.
> Toshiba's superconducting motor enters the chat. Jokes aside, I wonder how much of EV power train is consumable parts here. There was no word on motor cooling, especially on back motor, which not only has to work super hard, but gets cooked by ICE (exhaust seems to be hugging it pretty tight).
For an engineering guy, I think you went over what a tourbillon is kinda quickly (aka not at all). In a mechanical watch, the accuracy of the watch will be affected by a wheel going back and forth to tick the movement, powered by a spring (this is called the balance wheel). The thing is, the rhythm of that wheel will be affected by its orientation (depending on the position of your arm wearing the watch). A tourbillon is a very complex mechanism found on very high end watches that will constantly spin the balance wheel, therefore equalizing the variances created by the position of your arm. Bugatti see themselves as the very best of car engineering and a tourbillon is pretty much the very best of mechanical watch engineering. The pinnacle measure of a car performance is speed and Bugatti has loads of that. The pinnacle measure of a watch performance is accuracy a tourbillon gives you that.
Yeah in a pocketwatch. In a wristwatch, it sits mostly horizontal rendering the effects of gravity mute. Tourbillons are just overcomplex hype. They were invented for pocketwatches and are unnecessary for even the most precise watch.
@@benshiotsu8553They are a very neat solution for a problem which is solved easily by any digital watch. It is more a declaration of capability, than a real solution.
And furthermore, with dismissing mechanical watches out of hand. Yes, some of them are incredibly overpriced luxury goods, however, they are still absolute engineering marvels. Highly complicated mechanical watches do things with gears that might be "easily done with software" but to do it in hardware, in something small enough to fit on your wrist, is one of the peaks of engineering prowess IMO. Also, they don't have to be $500,000, or $50,000, or $5,000, or even $500. I don't enjoy mechanical watches as a way to tell time so much as a way to appreciate the incredible engineering that goes into making them work.
It's a whole lot easier, cheaper and more accurate to have a watchmaker adjust the timing of the watch then to implement tourbillon complications. Easier/cheaper still to just buy pretty much any quartz watch or smartwatch. Tourbillons exist not because they work especially well; they exist because they are hideously complicated and expensive and that's why idiots that buy ridiculous watches like Richard Mille and Jacob products buy them. Because what good is wealth that you can't rub peoples' noses in?
Have you considered a Pagani... Design watch? There's some nice ones if you can compromise on originality of design. My daily is a NOT Daytona that's really nice on wrist with a 10 year Seiko battery. All I need is a magnifying glass to read the time and chrono.
In an interview about the Tourbillon, Bugatti test driver Andy Wallace said that during his record breaking run with the Chiron SS, that the car was still pulling at 304 mph and the length of the track straight kept him from being about to gas it. He had to begin slowing down to cover the sweeping corner of the track and had to guess where the deceleration zone was since nobody else had ever driven that fast at the Ehra-Lessien track before.... so even the Chiron SS was capable of more than 304 mph.
Ah, but Jason. You forgot Bugatti's secret weapon: special editions. And after that, a more special, special edition. And then the final production special, special, special edition. And then the very limited, "had to do this for a VIP special, special, special, special.... Special edition
Handsdown, the BEST breakdown of the new Bugatti (Yawn, not my thing), still I learnt a lot and had fun watching it. I love this young old man, you are fantastic! Lots of love from Bangalore, India. Keep up the good work buddy 🙂
0:07 HELLO!!!!! GAUGES!!!! Not a screen in sight. Ive been screaming this from the rooftops. Finally its taken Bugatti to figure it out. Put real gauges back. I said automakers should pair up with great watch makers to creat a look very similar to what they pulled off. WELL DONE! Now lets discuss the power...
It appears to me that keeping the car "Naturally Aspirated" was Mate's main idea when building the "Ultimate Bugatti". After all, the clock and the other gauges are supposedly analogue like the engine is in relative terms. Means no turbos or supercharger. So, a 25 kw hr battery is ok because it reduces cO2 in urban areas. This is why ( I think) The Tourbillion won't be hitting 500km per hr. in speed unless he bends some of his own rules. Mat'e has built one beautiful car!
CO2 is zero problem in any area. It's just a gas, we exhsleit ourselves, main way we lose non water mass, even over toilet visits. Damaging in cities are unburned hydrocarbons and monoxide, plus rogue extras from fuel impurity (sulfers, etc), oil from lubrication, etc. The CO2 levels in the atmosphere were 10-20 times as much in the jurassic age. The world was very lush, green. It took millions of years for climate change to actually become a problem, through a big celestial impact. Climatologists say that their science s settled, which is the most unscientific thing one can ever say, let alone about one's own work. Geologists, astronomers, biologists, archaeologists, ethnologists, none can find a place and time of stable climate. It's changing right now on other planets. Greenhouse farmers buy CO2 to release in enclosures. To feed you and more people at a minimum cost. It's fine to walk inside, we can handle some extra CO2.
@@CloxxkiYeah anybody who has gone through school knows that CO2 is the "gas of life itself". But you have to realise that if you want to make money through taxation it's the best one to select, the other water vapour I think the general populace would complain. Hence it's the gas which gets demonized.
In a recent interview with Top Gear, Andy Wallace said with the 300+ record run, the Chiron was still accelerating when he had to brake for the turn at the end of the straight.
Someone shows how its done and lets everyone put their own style on it pushing the whole genre forward brining more attention to it. Good on this dude!
What's crazy is, whatever top speed the car could do without restrictions... It still carries luxurious items in the interior, like that glass aluminum center console
I've seen a video of a P1 and his battery pack is made of A123 system LiFePo4 cells. Those cells give a very high discharge rate until they are almost depleted. The density is lower, but the power density is also lower. They are safer and the discharge current is way greater than Li-Ion. It's a good cell type if you want performance. The Rimac needs a lot of power density to have good range, so it might use "regular" Li-Ion.
I felt like the jump to digital gauges was a bit premature. But Bugatti has just shown us analog gauges can still be done and with class. Yes it's a hybrid but it can go all N/A. Phucking cool from front to back.
Jason I watch all your videos and it's super useful and informative. I am also an automotive engineer and love to watch your videos and as soon I saw your video I'll hit like button as soon as possible because I am damn sure that at the end of the video, I'll have clear idea about what you were saying. Keep going dude!
“Nobody needs a 1800hp Bugatti” You are wrong. What if I want to get to a place at 445km/h? Also whoever said money doesn’t buy happiness is wrong, and that is why I need my car. It’s for mental health
Haha, unless you regularly need to get from one side of a test track to the other, if you want to get to a place at 445km/h, you're probably better off taking a plane. Entertainingly, not only can they go quite a lot faster, but a small private jet will also be cheaper than the Bugatti as well...
@danh7447 wrong. i am happier since i saved up to buy a sports car. dont tell me what makes me happy or unhappy. just because you have money and are unhappy doesnt mean it would make everyone else feel the same way
These videos are masterclasses in inductive and deductive reasoning. They should be required for anyone who wants to learn to think - not just engineers. Keep up your excellent work!
@@AzathothsAlarmClock I'm pretty sure that's a 2 V8 i believe Yea i was right it was Lamborghini Urraco V8 and in technicality the Cizeta isn't counted as a V16 it only counts if its 1 engine block
I was looking at your W16 engine video but then started to refresh the search results as it was clear the new Tourbillon deserves a video on itself. Cosworth is the best motor maker today.
Man, people will never understand the true effort and the standard that every component in that car is upheld to and what's expected. We manufacture the engine valve springs and the attention to detail that's required was a new challenge for sure.
To spare my car (Nissan Leaf) this embarrassment, it has a digital speedo so no one can see how low the top-speed is. It is 149kph (/w GPS. the car boldly claims 160), which it does reach with some quiet labors, but seems quite happy there - car-wise. I.e. does not feel like dying. Not battery-wise. Doing top-speed eats the puny 24kwh battery (or the 80% that are left of it after 10-ish years) like candy. haha ^^
Hi Jason. I’ve followed your videos for a long time and as an amateur physicist (tertiary level physics but unfortunately not hard wired for it like you and the best physicists are) I love the clarity you bring to your explanations of how physics applies to motoring technology, in particular, engines. As a baby boomer I don’t think I will ever fully embrace electric only technology so I hope that some form of ICE continues into the future, but not optimistic (just to be clear, I’m a climate change believer!). Please keep these wonderful videos coming as they perfectly complement other videos that give us mere mortals a chance to experience some amazing cars.
One thing I am curious about: To reach a Top Speed of >500 km/h, besides the power delivery, you would need special tires for it, dont you? I know the SS Chiron had specially developed michelin tires (i think) but they were crafted for speeds up until 500 km/h if I remember that right. A video explaining what specifications a tire has to have to be able to support speeds over 500 (if its possible) would be really interesting!
When more info is available, the new Konigsegg Jesko Attack would make for a great video. The specs on it are INSANE. 1600 HP, up to 1400 kg of downforce, for a start...
@EngineeringExplained FYI: the man himself @MateRimacAuto is in your chat and he would like to have a word with you lol ...No seriously, he commented about your video! PS. Love your explanations, I remember a video of yours explaining Subaru's different AWD systems.. yeah, way back then lol very informative.
That thing is a smear on the M5 nameplate. Worse in every performance metric except for fuel economy. (I haven't seen results for braking or cornering, but I'm still certain you can't beat physics, when your car is half a metric tonne heavier).
A purely mechanical device that fits on your wrist that can effectively keep up with and show you time, day, date, month, moon phase and keep up the different day in each month and know leap years is one of the main things I love about watches.
We have to take into consideration that 1000 HP is the maximal power that the V16-engine puts out at a certain rpm. As long as the engine is not spinning at that exact rpm the power output is less. It depends on the gearing if the car is then still able to reach speeds close to 500 km/h. Still, I enjoyed following your calculations a lot! 👍
One thing I noticed watching the Bugatti tach sim at 7:45 is as it's approaching that limited top speed, you can see the electric motor out put on the right most gauge, the smaller hand of the dial hovers between about 750-800 hp and only stays maxed out for a few seconds before drastically dropping to zero. What's more interesting is that it does this before the v16 lets of the throttle so maybe the speed limit is only applied as a restriction on the duration the e motor gets full power? We didn't see the graduation e motor output degradation like the Nevera, just a sharp drop so it definitely has a few more kph in the tank 🤔
As always, your videos are top notch. I have zero interest in ever owning a car like this. But I appreciate the work that goes into designing and building it. By the way, I think Rimac is pronounced as Rimats.
Totally agree about watches, and about this engine. This is such an exciting car, makes me giddy like I was as a kid looking at the concepts in auto mags. The combination of purist performance and technology is perfect. I also doubt it will hit 500, but we know there will be a Super Sport..
It's a really cool car but I just hate the dashboard design. It looks sick but it's completely unreadable at a glance. Bonus points for prioritizing speedo over tach on a combustion super car. Tach should be a huge dial front and center, and speedo can just be a tiny LCD screen in the corner.
Watches are best for their mechanics showcases and the mechanics you mentioned used to give precise time in a watch and not be affected by gravity,it was invented for necessity ,it is now used as more of a showcase of watchmaking skill
I think the most interesting thing is how causally these power numbers are talked about anymore. Think back to 2005 when the Saleen S7 Twin Turbo came out with 750hp and did 0-60 in 2.8 and ten to fifteen years later you can get a 4 door Dodge Charger Hellcat Redeye with 47 more horse power.
As i read somewhere they said first three gears 100% electric power, fourth and fifth 70% and in sixt 0%, it hits 445km/h in sixt but without speed key it is limited at 380km/h
I’m sure like the Veyron and Chiron there’s gonna be a later version like the super sport and probably increase the ev power to 1000hp for 2000hp total
Great content as always. I am confident they planned to go beyond 500km/h it will be most likely the last chance to do it with a car having an ice as part of the drivetrain. Now I just to wait to see it done, hopefully in a year or two.
Hey Jason, love your videos. You’ve done a good job here. But just one little thing you have missed here. The Nevera does NOT drop in power because of battery derating nor is it overheating. If I remember correctly, it might have reached 35 °C in that run, which is very far from the maximum temperature. The power drops because the motors are reaching their maximum speed due to the transmission ratio. As you well know, with single speed gearboxes like in Nevera, there is a trade off between acceleration and top speed. We figured that 412 km/h was plenty and did not want to compromise on acceleration. So basically, the battery could deliver 1.4 MW for a lot longer if the powertrain could take it (longer ratio). The drop in power is due to the motor power curves which drop off at the end of the RPM range and the car reaching its equilibrium speed at max RPM.
As for the Tourbillon top speed - as you said… Let’s see 🤓
Would love to geek out on some other stuff you’re talking about here.
Gorgeous automotive engineering, and a marvelous car too 😁
The gauges are an absolutely genius design.
Congratulations on this beautiful achievement sir
Lol Mate casually commenting here and only getting 2 up likes
@@gavcom4060 RIGHT !!
Hey @EngineeringExplained, somebody would like to have a word with you! lol
Would love to see/hear the "geek out" between these two fine gentleman!
would tove to see u both geeking out 🙃
I'm sure I am not alone in loving the idea of a videochat/podcast discussion between Jason and Mate about the engineering behind these incredible cars!
Limiter at 445km/h is something mental
Automatically enables when you pass a village.
Nah, it's not. It's just what Bugatti is known for.
It's mental, but it's a needed safety feature. We all know it's normal to go up to 450km/h, above that it's not as safe.
@@just.jose.youtubeVW Passat on German Autobahn says otherwise
@@just.jose.youtube ya man i tried hitting 500 km/hr in my corolla and almost died at 475 km/hr but not even slightest problem 450
"if there's one thing dudes love more than watches, is being right" cracked me good
I dunno man, after being (happily) married for 18 years, I think women trump men on wanting to be right.
@hofahome he was talking about dudes, not which gender wants to be more right
@@hofahome Boomer type comment lmao
@@falcongamer58 ok fair point
Yup that's true. Guys want to be right and they feel more happy proving the other gender wrong.
**Important Note!** If you made it to the end, it's important to understand that the ~68% (or ~72%) discharge rate is absolute not a rule of thumb, just a fun guestimation. Every battery is unique, and will have its own unique characteristics. Also, looking at Rimac's latest high speed run, they achieved 412 km/h with *much* higher power after prolonged acceleration (the car was delivering 1225 kW at 412 km/h, or 87% of the peak 1408 kW). Porsche's T-Hybrid battery is also rated for "continuous" power at 41 kW, versus a peak of 48 kW - that's roughly 85%. So perhaps 70% is a low estimate, though it is accurate for the context of the original Rimac top speed run, and we don't have many of these data points (because top speed runs are a challenging thing to put together). Just some added context! Will be interesting to see some real world tests with the Tourbillon. Thanks for watching everyone!!
When I take delivery of mine, pop over, and we'll take it for a spin across the Nullarbor or up the territory road. Old mate over there in Italy said I was getting number three, so it shouldn't be too far away.
In the meantime, anyone interested in some dogecoin?
I'm pretty sure the E-Motors at the front axels are not able to exceed max. speed. Do they have a clutch to disconnect them? At some point it's rear wheel drive only. Also the other E-Motors don't have max power at max. speed. I like your calculation but its very theoretical.
Excellent work as usual
with a good intake plenum,could the NA engine make more than 1000 HP at high speed? Maybe I´m wrong,but some motorbikes had than ram air box to make more power at top speed. What do you think?
did he just doobydobap in the first 30 seconds of the video.
props to Mate Rimac, so grateful to see what happens when enthusiastics take control
Yeah I guess we all were a little bit anxious what the new Bugatti would be. Lo and behold, it is a Bugatti! :)
@@meltdown6165It seems like I was kind of correct at first because I thought they were going to go with a naturally aspirated VR8 Engine.
Like the one in Cruella De-Vil‘s car only a lot smaller but then they decided to go with a V16 Engine. 5:32
Mate Rimac is there to make it EV
Exactly man, I'm glad he didn't let VW shanghai him into a reskinned Nevera
@@awesomeness369 it has Nevera motors
4:14
I never even thought of this. The car is RWD in the ICE only mode. So we could potentially see some people do donuts and slides in the Bugatti Tourbillion. And with a high revving V16, it's definitely going to be banging off the redline like crazy.
It's a similar format as the new Lamborghini Revuelto. It's RWD using the V12 and two of the motors power the front wheels.
Million euros drift cars. There's a competition I'd watch. 😅
Yep, and it's even better that way. 4wd is only for starting, on the higher speed is only draging your power down and weighing your car down.
Only 250 being made I don't think even 1 of them will see daylight.
We might even see that from Mate Rimac himself lol. Matt from carwow asked him about it but Mate was kind of shy doing it under the Bugatti name which is supposed to be classy. But we might still see it :)
People: Hey nice watch is it mechanical or quartz?,
Me: Its V16 watch
"Is it an automatic?" "Nah, dual clutch."
Does it run on a battery...well...kinda
The current Bugatti watch is a W16 but I’m sure Jacob is working on the V16 version and it’ll have the correct firing order
well actually its hybrid
Could get that watch chipped, make it run faster. Faster is better, er, isn't it?
“Thanks for watch … ing.”
- Jason, 2024
Couldn’t resist getting one more pun in, could you?
You're a real 'hands on' type of person, aren't you?
You know what they say, "timing is everything."
Thats a nice drawing of the car you got on the board
I don't think the Tourbillon looks like a McLaren, but I feel like my drawing does and it disappoints me haha.
@@EngineeringExplained hahah I respect the effort tho
@@EngineeringExplained I disagree, the drawing is unmistakably a Bugatti. Stop letting the impostor syndrome win, you are an artist.
Oh wow there was a picture of a car? I thought it was a graph.
Kidding XD
almost as good as those sybirtrukk detailed ones!!
Btw Andy Wallace (Bugatti test driver) said that during the Top speed run for Chiron 300+ when they reached 490kmph, the car was still pulling, they simply ran out of space to push the car to its limit. So the power required as mentioned here can essentially be lower i.e. 1800 HP can do the job.
Right, but this new Bugatti has a totally different PU. I knew that about Andy Wallace, but if you watch this entire video you understand why getting to 500kph is very difficult. If it was 1800hp in the Chiron SS 300+ with the turbo W16 it would easily get to 500kph. The EV component is the problem here with the Tourbillon. And the EV component is 44% of the total power output.
You're absolutely right. But when Bugatti decided to build this tourbillion, I think they went through all these datas and were very much aware of these technical factors and challenges.
@@L0p3sit is lower and has a smaller frontal area so even with the same CD, it should require less hp to hit the same speed. If a 1600hp car hit 490, I see no reason why this couldn't seeing that info on the latest rimac never hits 87% vs OP'S calculated 68%, this car isn't out and newer than that, even if it hit Porsche 85%, it'll still hit 1680hp or if it matches or surpasses it, we are looking at 1700hp which with the stuff said at the start of this = 500 kph
@@SidRay1760 off course, they’re the opposite of idiots. But given the limitations of a PHEV with a 44% EV power component it is not as easy as pure 100% ICE turbo that is only limited by the capacity of the fuel tank. I have no doubts they can achieve the 500, but taking into account the type of PU I’m particularity curious as how are they going to achieve that! Cheers.
@@NadeemAhmed-nv2br maybe, but I find the EV part a great challenge nevertheless. Yes, it is lower and a as less FA, but a turbo ICE is more straightforward. But let’s wait and see. They are probably going to wait for a special edition that makes 500 and are holding back because of that. This is a husiness after all and we had the Veyron SS with 200 extra hp in the past and the Chiron SS 300+ with lots of modifications to achieve the 490kph and surpass 300mph.
I'm sorry.... I still can't get over the fact that this man sold the best car in the world, the legendary crosstreck. What have we become
It's not us, it's you 😂
I was taught if you love something, set it free. 🥹
SHAME! SHAME!
@@EngineeringExplainedBut not in public or you get arrested! 😬😂
tbh id take a crosstreck over a tourbillon anyday
Mate said that the Tourbillon battery has Imersion cooling. Which mean it has the best cooling method technology at the moment. These new dielectric liquid are ultra performant. So holding 25C discharge rate is not a problem and sustained power is also improved even at the end of discharge SOC curve. The new cells they are using are ultra performant ultra low Internal resistance. Also One of the reason you see the power is decreasing on the Nevera is because the BEMF of the motor is getting close to the battery voltage so it become more and more difficult to continu pushing phase current to the motor( which is related to torque) as the difference of both( or the potential difference) is narrowing. The use of Field weakining generation to conteract that is not efficient so more and more heat is generated.
I Like..Although I didn't understand anything you were talking about 😂
I’m with Rene 🤣
🎶🎵It’s all about that bass 🎶🎵
> Toshiba's superconducting motor enters the chat.
Jokes aside, I wonder how much of EV power train is consumable parts here. There was no word on motor cooling, especially on back motor, which not only has to work super hard, but gets cooked by ICE (exhaust seems to be hugging it pretty tight).
Tesla is years ahead in motor tech
Been waiting on this. You can keep coming out with all of the Tourbillon videos you'd like! I'm here for it!
❤the data, presentation and explanation details; awesome as always!
Mate confirmed on the stage at launch, redline is 9,500 rpm.
You can also see it shift at 9,500
AND?! Redline does not automatically mean peak power, it is just the rev limit, most cars can rev over the point of peak power as far as I know...
For an engineering guy, I think you went over what a tourbillon is kinda quickly (aka not at all).
In a mechanical watch, the accuracy of the watch will be affected by a wheel going back and forth to tick the movement, powered by a spring (this is called the balance wheel). The thing is, the rhythm of that wheel will be affected by its orientation (depending on the position of your arm wearing the watch).
A tourbillon is a very complex mechanism found on very high end watches that will constantly spin the balance wheel, therefore equalizing the variances created by the position of your arm.
Bugatti see themselves as the very best of car engineering and a tourbillon is pretty much the very best of mechanical watch engineering. The pinnacle measure of a car performance is speed and Bugatti has loads of that. The pinnacle measure of a watch performance is accuracy a tourbillon gives you that.
Yeah in a pocketwatch. In a wristwatch, it sits mostly horizontal rendering the effects of gravity mute. Tourbillons are just overcomplex hype. They were invented for pocketwatches and are unnecessary for even the most precise watch.
@@benshiotsu8553They are a very neat solution for a problem which is solved easily by any digital watch. It is more a declaration of capability, than a real solution.
And furthermore, with dismissing mechanical watches out of hand. Yes, some of them are incredibly overpriced luxury goods, however, they are still absolute engineering marvels. Highly complicated mechanical watches do things with gears that might be "easily done with software" but to do it in hardware, in something small enough to fit on your wrist, is one of the peaks of engineering prowess IMO. Also, they don't have to be $500,000, or $50,000, or $5,000, or even $500. I don't enjoy mechanical watches as a way to tell time so much as a way to appreciate the incredible engineering that goes into making them work.
@Heidelaffe Even a mechanical wristwatch needs no tourbillon.
It's a whole lot easier, cheaper and more accurate to have a watchmaker adjust the timing of the watch then to implement tourbillon complications. Easier/cheaper still to just buy pretty much any quartz watch or smartwatch. Tourbillons exist not because they work especially well; they exist because they are hideously complicated and expensive and that's why idiots that buy ridiculous watches like Richard Mille and Jacob products buy them. Because what good is wealth that you can't rub peoples' noses in?
The tiny engine inside the watch it pretty cool. I'd like to see someone assembling that.
Funfact. That watch is above 1.000.000$ and jacob&co have maneged to get u an official swiss passport with the watch
Pretty sure that watch exists
@@volvo09yeah, they said they would like to watch someone assemble it.
@@volvo09 Oh yea, it does. It's made by Jacob & Co. Insane watches at even more insane prices.
I think those watches are big ,ugly a waste of money I would never buy one even if I had billions ,waste of money.
The car on the other hand , sure!
Having that cool clockwork cluster in the middle of the steering wheel is pretty sick.
0:47 Here I am, appreciating both watches and cars while having a bank balance to buy a new bicycle.
The name 'Bugatti' doesn't disappoint: Is it enough for a PG Bugatti Bike?
lol same
You can afford a whole bicycle?
Have you considered a Pagani... Design watch? There's some nice ones if you can compromise on originality of design. My daily is a NOT Daytona that's really nice on wrist with a 10 year Seiko battery. All I need is a magnifying glass to read the time and chrono.
Damn im jealous. Man got that bike money. Maybe ill be there someday
In an interview about the Tourbillon, Bugatti test driver Andy Wallace said that during his record breaking run with the Chiron SS, that the car was still pulling at 304 mph and the length of the track straight kept him from being about to gas it. He had to begin slowing down to cover the sweeping corner of the track and had to guess where the deceleration zone was since nobody else had ever driven that fast at the Ehra-Lessien track before.... so even the Chiron SS was capable of more than 304 mph.
Ah, but Jason. You forgot Bugatti's secret weapon: special editions. And after that, a more special, special edition. And then the final production special, special, special edition. And then the very limited, "had to do this for a VIP special, special, special, special.... Special edition
You missed the extra special edition!
How about a diesel special edition? Nobody knows 7
@@likemau5552 How about a Diesel Twin Turbo V16 with 3500 NM of torque =D
@@otobustutkusu303No
8:09 That 'woo" scared me
When an engineer gets all hot and bothered, you know it's serious.
Just cover off that engine compartment with some inserts.
LOL the ending, love it. Perfect time-ing.
Handsdown, the BEST breakdown of the new Bugatti (Yawn, not my thing), still I learnt a lot and had fun watching it. I love this young old man, you are fantastic! Lots of love from Bangalore, India. Keep up the good work buddy 🙂
Thanks for watching!! Appreciate the kind words. :)
0:07 HELLO!!!!! GAUGES!!!! Not a screen in sight. Ive been screaming this from the rooftops. Finally its taken Bugatti to figure it out. Put real gauges back. I said automakers should pair up with great watch makers to creat a look very similar to what they pulled off. WELL DONE! Now lets discuss the power...
Great explanation video, thank you!
It appears to me that keeping the car "Naturally Aspirated" was Mate's main idea when building the "Ultimate Bugatti". After all, the clock and the other gauges are supposedly analogue like the engine is in relative terms. Means no turbos or supercharger. So, a 25 kw hr battery is ok because it reduces cO2 in urban areas. This is why ( I think) The Tourbillion won't be hitting 500km per hr. in speed unless he bends some of his own rules. Mat'e has built one beautiful car!
kWh. Watt was a man, so big W.
CO2 is zero problem in any area. It's just a gas, we exhsleit ourselves, main way we lose non water mass, even over toilet visits. Damaging in cities are unburned hydrocarbons and monoxide, plus rogue extras from fuel impurity (sulfers, etc), oil from lubrication, etc.
The CO2 levels in the atmosphere were 10-20 times as much in the jurassic age. The world was very lush, green. It took millions of years for climate change to actually become a problem, through a big celestial impact.
Climatologists say that their science s settled, which is the most unscientific thing one can ever say, let alone about one's own work. Geologists, astronomers, biologists, archaeologists, ethnologists, none can find a place and time of stable climate. It's changing right now on other planets.
Greenhouse farmers buy CO2 to release in enclosures. To feed you and more people at a minimum cost. It's fine to walk inside, we can handle some extra CO2.
@@Cloxxki Thank you. That was educational and I won't argue with that lesson in CO2 emmitions and that Watt should be capitalized.
@@CloxxkiYeah anybody who has gone through school knows that CO2 is the "gas of life itself". But you have to realise that if you want to make money through taxation it's the best one to select, the other water vapour I think the general populace would complain. Hence it's the gas which gets demonized.
"Thanks for watch ing" got me good at the end.
In a recent interview with Top Gear, Andy Wallace said with the 300+ record run, the Chiron was still accelerating when he had to brake for the turn at the end of the straight.
Thank you for all those explanations, there’s not so much channels that go so deep and you do it so well…thank you ❤
A fine watch houses some of the most amazing feats of engineering .
Someone shows how its done and lets everyone put their own style on it pushing the whole genre forward brining more attention to it.
Good on this dude!
What's crazy is, whatever top speed the car could do without restrictions... It still carries luxurious items in the interior, like that glass aluminum center console
Jason u're a legend ! What a video, you just said everything everybody wanted 😊
I've seen a video of a P1 and his battery pack is made of A123 system LiFePo4 cells. Those cells give a very high discharge rate until they are almost depleted. The density is lower, but the power density is also lower. They are safer and the discharge current is way greater than Li-Ion. It's a good cell type if you want performance. The Rimac needs a lot of power density to have good range, so it might use "regular" Li-Ion.
exactly, don’t certain lipos exceed 70C ratings ?
The A123 System LFPs are ancient tech at this point. And they cannot match a lipo. But then again, a lipo cannot match LFPs' cycle endurance.
@@rkan2 fair enough, yes however uneco friendly these super cars are, owners don’t want to change the battery after 6 months
Fantastic intro Jason! Great analogy to watches
This thing is mad!!
"Show me a watch that can make this sound"
*Plays the intro to Kickstart My Heart*
Watch-ing well done jason
Here for the people 😂
Props to the tyre manufacturers (and wheels for that matter)... the G-forces those things are going through, and the heat!! Wow!
7:18 an American, in his natural habitat, showing how long a meter is 😂😂😂 great review, thanks!
I felt like the jump to digital gauges was a bit premature. But Bugatti has just shown us analog gauges can still be done and with class. Yes it's a hybrid but it can go all N/A. Phucking cool from front to back.
Jason I watch all your videos and it's super useful and informative. I am also an automotive engineer and love to watch your videos and as soon I saw your video I'll hit like button as soon as possible because I am damn sure that at the end of the video, I'll have clear idea about what you were saying.
Keep going dude!
Appreciate it, thanks for the kindness this morning!
Bruh I don't know how your jokes get better and better the "whaaaooooo" had me.
“Nobody needs a 1800hp Bugatti”
You are wrong. What if I want to get to a place at 445km/h? Also whoever said money doesn’t buy happiness is wrong, and that is why I need my car. It’s for mental health
No, money is not related to happiness.
Being envious and jealous is 100% related to being unhappy.
@@danh7447😱😱
Haha, unless you regularly need to get from one side of a test track to the other, if you want to get to a place at 445km/h, you're probably better off taking a plane.
Entertainingly, not only can they go quite a lot faster, but a small private jet will also be cheaper than the Bugatti as well...
@danh7447 wrong. i am happier since i saved up to buy a sports car. dont tell me what makes me happy or unhappy. just because you have money and are unhappy doesnt mean it would make everyone else feel the same way
At that speed and if it is for travel purposes, you might want to consider planes. Cessna Citation X+, perhaps?
These videos are masterclasses in inductive and deductive reasoning. They should be required for anyone who wants to learn to think - not just engineers. Keep up your excellent work!
The 2nd V16 to ever be made it to production the 1st one was Cadillac V16
@@AzathothsAlarmClock I'm pretty sure that's a 2 V8 i believe
Yea i was right it was Lamborghini Urraco V8 and in technicality the Cizeta isn't counted as a V16 it only counts if its 1 engine block
that was a concept car. not a production car
What about the V16 engines in the Auto Union Type A to D?
Also Rolls Royce V16
@@DonLee1980 There was over 3000 made so its far from a concept car
I love cars and watches for the exact reasons the mechanical engineering and design that goes into them is simply beautiful.
4:08 " But are you a different animal and the same beast? " - Bryant, Kobe
I came to the comments for this exact comment
wtf does that mean Kobe Bryant?
@@nathanlunsford7110you’re welcome
paused @ 1:51 just to say this is the best Bug Tourb vid on YT. Thanks.
Ha, thanks for watching!
I was looking at your W16 engine video but then started to refresh the search results as it was clear the new Tourbillon deserves a video on itself. Cosworth is the best motor maker today.
thats because cosworth is in england where they can make great things just not in volume
Am not so good at maths nd physics but I just enjoy watching ur Analysis
For the RWD mode why not still use the 400 HP rear motor along with the 1000HP ICE?
Maybe they'll add it in the future - I think the point is it transforms it to a pure ICE car.
That feeling when UA-cam sends a notification that Jason has new geek stuff for us engineering nerds to watch, love it every single time! ❤
CO2 restrictions really are for the poor people.
Maybe every person should get a certain amount of carbon credits then the rich need to buy them from those who have an excess.
This car will do fewer than 10,000 miles in its lifetime.
It's emissions compliant.
But it’s a hybrid! Haha
Man, people will never understand the true effort and the standard that every component in that car is upheld to and what's expected. We manufacture the engine valve springs and the attention to detail that's required was a new challenge for sure.
That speedometer has more than my last two cars combined.
To spare my car (Nissan Leaf) this embarrassment, it has a digital speedo so no one can see how low the top-speed is.
It is 149kph (/w GPS. the car boldly claims 160), which it does reach with some quiet labors, but seems quite happy there - car-wise. I.e. does not feel like dying. Not battery-wise. Doing top-speed eats the puny 24kwh battery (or the 80% that are left of it after 10-ish years) like candy. haha ^^
Piece of Art
Dude! I had only seen your glitter bomb videos. Your car vids are somehow even better!
Haha, the roasters are out this morning 😭😭
@@EngineeringExplained Haha. but seriously, your videos are twice as engaging and with slightly less gimmicks employed. Thanks for all this content!
This car is an absolute work of art!
Design, power, luxury. My dream car, for sure.
Waiting for Tavarish to buy a wrecked one and turbo charge to “make it better” lol . lol great video
Hi Jason. I’ve followed your videos for a long time and as an amateur physicist (tertiary level physics but unfortunately not hard wired for it like you and the best physicists are) I love the clarity you bring to your explanations of how physics applies to motoring technology, in particular, engines.
As a baby boomer I don’t think I will ever fully embrace electric only technology so I hope that some form of ICE continues into the future, but not optimistic (just to be clear, I’m a climate change believer!).
Please keep these wonderful videos coming as they perfectly complement other videos that give us mere mortals a chance to experience some amazing cars.
Im shocked you aren’t a fan of watches, no matter how expensive. Mechanical watches are amazing pieces of design, engineering, and math.
And completely obsolete, unlike ICE cars
he's not a fan of wearing them, which makes them obsolete
What can do with an ice car that an electric car can't do?
@@LRM12o8 watches are more like jewelry than a tool. They can’t be obsolete. It’s style/fashion.
@@diemes5463 broom broom noises, and long range towing like a diesel. Otherwise not much
So glad that you shared this with us. Love bro.
One thing I am curious about: To reach a Top Speed of >500 km/h, besides the power delivery, you would need special tires for it, dont you? I know the SS Chiron had specially developed michelin tires (i think) but they were crafted for speeds up until 500 km/h if I remember that right.
A video explaining what specifications a tire has to have to be able to support speeds over 500 (if its possible) would be really interesting!
Actually I saw a video from Insider Cars saying that the Michelin tires used in the Chiron SS were able to sustain speeds up to 318mph.
Yeah great idea !
Chefs kiss for that ending
When more info is available, the new Konigsegg Jesko Attack would make for a great video. The specs on it are INSANE.
1600 HP, up to 1400 kg of downforce, for a start...
@EngineeringExplained FYI: the man himself @MateRimacAuto is in your chat and he would like to have a word with you lol
...No seriously, he commented about your video!
PS. Love your explanations, I remember a video of yours explaining Subaru's different AWD systems.. yeah, way back then lol very informative.
5:00 - There was a premiere of M5 today. You don't have to mention "relatively" anymore.
My goodness, thing's a tank!
That thing is a smear on the M5 nameplate. Worse in every performance metric except for fuel economy. (I haven't seen results for braking or cornering, but I'm still certain you can't beat physics, when your car is half a metric tonne heavier).
Only 2435 kg. Only 270 kg more than a Tesla Plaid same size full BEV with greater virtue signalling points.
@@Cloxxki True, but I am actually glad there are so many people who voluntarily pay extra for R&D so I don't have to...
A purely mechanical device that fits on your wrist that can effectively keep up with and show you time, day, date, month, moon phase and keep up the different day in each month and know leap years is one of the main things I love about watches.
Finally, a good video to eat my lunch with.
Great stuff, Jason!!...
Thanks for Watch-ing😂🎉
We have to take into consideration that 1000 HP is the maximal power that the V16-engine puts out at a certain rpm. As long as the engine is not spinning at that exact rpm the power output is less. It depends on the gearing if the car is then still able to reach speeds close to 500 km/h.
Still, I enjoyed following your calculations a lot! 👍
One thing I noticed watching the Bugatti tach sim at 7:45 is as it's approaching that limited top speed, you can see the electric motor out put on the right most gauge, the smaller hand of the dial hovers between about 750-800 hp and only stays maxed out for a few seconds before drastically dropping to zero.
What's more interesting is that it does this before the v16 lets of the throttle so maybe the speed limit is only applied as a restriction on the duration the e motor gets full power?
We didn't see the graduation e motor output degradation like the Nevera, just a sharp drop so it definitely has a few more kph in the tank 🤔
Dont forget it is a CGI video (claimed by Mate in the UA-cam Premiere)
@@yojoa-vn5ph From the actual engine output test.
@@Tippotipo ok sorry... I thought he was talking about the CGI video. U mean Top Gear Output engine test ?
@@yojoa-vn5ph Yes.
As always, your videos are top notch. I have zero interest in ever owning a car like this. But I appreciate the work that goes into designing and building it. By the way, I think Rimac is pronounced as Rimats.
800 hp being described as "still decently quick". **laughs in stock NA Miata**
You speed demon! With you big block ! Lol. I'm in a stock 1st gen scion xB 1.5L 105hp in a brick
Lightweight is key to fun! You know it to.
lets agree casio gshock is the only watch worth its value
17:12 did not😂
Totally agree about watches, and about this engine. This is such an exciting car, makes me giddy like I was as a kid looking at the concepts in auto mags. The combination of purist performance and technology is perfect. I also doubt it will hit 500, but we know there will be a Super Sport..
Casio = Corolla
Rolex = Tourbillon
Tesla = Smart Watch
Which is why there always breaking.
I’d like to see how this car performs in the 0-400-0kmh run
watch ing😂
It's a really cool car but I just hate the dashboard design. It looks sick but it's completely unreadable at a glance. Bonus points for prioritizing speedo over tach on a combustion super car. Tach should be a huge dial front and center, and speedo can just be a tiny LCD screen in the corner.
Great episode. I enjoyed this a lot. Thank you very much.
Big smile at your last second of the video, Great job
Love the explanation Jason. Hope you get to drive one to see how it feels.
AWESOME content as always
Watches are best for their mechanics showcases and the mechanics you mentioned used to give precise time in a watch and not be affected by gravity,it was invented for necessity ,it is now used as more of a showcase of watchmaking skill
That pun right at the close man. Too good
Great explanation! In Germany, we have Autobahn stretches with catenary wires for trucks. That would provide enough power though.
I think the most interesting thing is how causally these power numbers are talked about anymore. Think back to 2005 when the Saleen S7 Twin Turbo came out with 750hp and did 0-60 in 2.8 and ten to fifteen years later you can get a 4 door Dodge Charger Hellcat Redeye with 47 more horse power.
1:14 ok, jason clearly has an assistant, because that bugatti outline looks too good
As i read somewhere they said first three gears 100% electric power, fourth and fifth 70% and in sixt 0%, it hits 445km/h in sixt but without speed key it is limited at 380km/h
awesome intro !!! i was a fan , now im a fanboi
WOW, Great video! Love the analysis. But I am betting they will go for the 500 mark!?!
This gentleman knows very much his craft
I’m sure like the Veyron and Chiron there’s gonna be a later version like the super sport and probably increase the ev power to 1000hp for 2000hp total
Great content as always. I am confident they planned to go beyond 500km/h it will be most likely the last chance to do it with a car having an ice as part of the drivetrain. Now I just to wait to see it done, hopefully in a year or two.
Another great analysis 👏