Thats quite interesting to know. i always thought they have some sort of hydraulic ram on top of the spring that allows them to keep the same spring rate and lower the bike but was confused how this would quickly adjust back, but this makes a lot of sense, we normally lower drag bikes by increasing the link but having this actuated makes the job so much easier
Simon, amazing job, as always. Love the insight you provide. 20-40mm only?! Man it looks so much more dramatic on TV, more like 80-100mm in some of quatararo’s exits. The back just drops. We used to hear about how “squat” on corner exit was a big tuning issue in production bikes. But I guess when the geometry is controlled and you can use it on a specific corner, like coming onto a straight as opposed to two close, connecting corners, it’s a big advantage for acceleration
Similar to a dropper post on a mountain bike in its basic design. Much like a shock that is able to lock out usually via internal valves. Another great video, Simon.
As always very interesting!!! Motogp is fun to watch also because this tech explanation. You should also do for every track an onboard lap to explain the Layout!!
Great job Simon, I have been wondering about this. Thanks for covering it. Its amazing how simple this solution is, now, how do they do the front ride height?
@MotoGP could Simon do a Tech Talk about engine brake how it works and if engine controls the RPM when rear lifts up to prevent rear slideouts when it retouch ground?
So dropping the ass* on acceleration and straight line for stability (like drag bikes) giving more traction to the tires by extending the wheelbase (albeit +5mm/+20mm) and then lifting the ass* for cornering which in tails rake reduction geometry which will shorten the wheelbase (-5mm/-20mm) quickening the steering angle into the corner. Simplistic idea from a engineer thinking in mechanical terms from industrial machinery… kudos.! The original GSX-R had 18” rims, good straight line stability, the original Fireblade had 16” front 17” rear, great for cornering but both of these ideas suffered, do the compromise was 17” front/rear best of both (well near as) that’s why these GP bikes run 16.5” rims which again gives better cornering and still great line speeds. (Sorry, maybe a bit to much info for some from years of trashing bikes on circuit days)
Love Simon, but I still don't quite understand? If the rear spring is so heaving, and you need the leverage under acceleration to compress the rear.......then how do they compress the rear on the starting grid?
Simon feels like a 15 year old kid when he speaks in tech talk by getting all exited, I think there are some very clever things which are in the ride height devices, may be general public will never know how it actually works in detail
i always feel like simon can go on and on talking about it but is just limited by the time allowed! wonderful!
its actually annoying. I wish we dont always get bite size and he can get allowed todo a longer indepth detail episode of xyz parts of the bikes
If he got to the point quicker it would all be explained
His middle name is “Waffle”
Now nobody can be confused about rear ride height wizardry after yet another excellent Tech Talk - cheers Simon 😎
I love this gentleman... hes fun and knowledgeable, as well as polite.
Give this man a show of his own!! 👏🏾 👏🏾 👏🏾
These have been some of my favorite videos to watch. Love the knowledge given from a dude with passion for what he is talking about
Thank you Simon and MotoGP ... 👍👍
I don’t know how much does Simon makes, but he deserves a raise
Thats quite interesting to know. i always thought they have some sort of hydraulic ram on top of the spring that allows them to keep the same spring rate and lower the bike but was confused how this would quickly adjust back, but this makes a lot of sense, we normally lower drag bikes by increasing the link but having this actuated makes the job so much easier
Clever thinking 🤔
Thanks for explaining Simon 👍
great drawing,Simon Crafar truly multiple of talents.
Brilliant Simon, simple thorough explanation. Really enjoy your tech talk.
Thanks Simon! You always teach us how every part of this motorcycle plenty of technology works!
Nice explanation!!
Once again an outstanding explanation in simple terms and diagrams. Thank you Simon.
Simon comes through again! Good job! Looking forward to Mugello!
Love these little tech talks. Short sharp, and gets the point across. Keep them coming
Menjadi
Another great Tech Talk!!
Excellent breakdown of this simple but critical device👍🏼
Guys, this is cool. But please can we have an in-depth explanation with 3d animations in it so we can understand better?
Saludos desde Colombia 🇨🇴
That was very enlightening and interesting! Great clear diagram also 😊 Thank-you again Simon 👍
Simon, amazing job, as always. Love the insight you provide. 20-40mm only?! Man it looks so much more dramatic on TV, more like 80-100mm in some of quatararo’s exits. The back just drops. We used to hear about how “squat” on corner exit was a big tuning issue in production bikes. But I guess when the geometry is controlled and you can use it on a specific corner, like coming onto a straight as opposed to two close, connecting corners, it’s a big advantage for acceleration
Thank you Simon. Very simple but informative.
Soon it will be electronically controlled on the road Yamaha R1M
Simon always gives us THE BEST MotoGP content. Great work mate !
@@iqwan9850 pernah
Similar to a dropper post on a mountain bike in its basic design. Much like a shock that is able to lock out usually via internal valves. Another great video, Simon.
Thank you. Love seeing how these thing actually work.
excellent!!! i woulda never imagined that's how it was done!
As always very interesting!!! Motogp is fun to watch also because this tech explanation. You should also do for every track an onboard lap to explain the Layout!!
Such a watchable, likeable guy 🙌🏻🙏🏻
I want to see more of this device action in slowmo
Great job Simon, I have been wondering about this. Thanks for covering it. Its amazing how simple this solution is, now, how do they do the front ride height?
Oh, so that's how it works! Excellent vid, as usual. Thank you.
thanks, Simon...
Cheers Simon 🍻
Awesome! Now explain the front ride height
Again, thank you Simon.
Great stuff, Simon
WE LOVE YOU SIMON
very helpful . thanx
Saludos de Costa Rica
#ArNimbiker
Excelente video
@MotoGP could Simon do a Tech Talk about engine brake how it works and if engine controls the RPM when rear lifts up to prevent rear slideouts when it retouch ground?
👍👍A bengvarthlak hle mai. Rawn ti zel rawh
First time I understood the techtalk
Background is New MAN...💪💪
I always looked at motorcycles as fairly simple machines. After watching so many of these tech talks, I'm not so sure anymore.
So dropping the ass* on acceleration and straight line for stability (like drag bikes) giving more traction to the tires by extending the wheelbase (albeit +5mm/+20mm) and then lifting the ass* for cornering which in tails rake reduction geometry which will shorten the wheelbase (-5mm/-20mm) quickening the steering angle into the corner.
Simplistic idea from a engineer thinking in mechanical terms from industrial machinery… kudos.!
The original GSX-R had 18” rims, good straight line stability, the original Fireblade had 16” front 17” rear, great for cornering but both of these ideas suffered, do the compromise was 17” front/rear best of both (well near as) that’s why these GP bikes run 16.5” rims which again gives better cornering and still great line speeds.
(Sorry, maybe a bit to much info for some from years of trashing bikes on circuit days)
GSX RR
Awsome, thanks simon
Cheers for that, interesting
Awesome, keep it up
That was a pretty cool tech talk, straightening some gobbledegook out to plain English!
Thankyou very much.
⚽
⚽
⚽
⚽
⚽
Perfect!
Love Simon, but I still don't quite understand? If the rear spring is so heaving, and you need the leverage under acceleration to compress the rear.......then how do they compress the rear on the starting grid?
As I understand the weight of the rider is enough to compress it.
Makes sense.
4:24 is that Jack Miller?
Indeed!
Like a high tech dropper seat post on an mtb
Nice.. Clever
Please thank you
I love your tiktok haha
glad he's annunciating tech talk instead of tik tok. you can tell he put effort into that lol
Now I can sleep well
Subtitles will be great for yhe channel.
ilikethis
MotoGP
Oh cool so it's like an office chair or a dropper seat post on a mountain bike
❤❤
Frendch go in Qatar 🇶🇦
Finally
Patent engineers be running to their cad shop lol.
🏍
🏍
🏍
🏍
Wrong design of the linkage! 😏
More like a hydraulic seat post on a mountain bike perhaps?
Is it true that this device is banned for 2024 season?
Do we not have the budget for a narrated animated video?
One
League
CUP
The
FA
CUP
More like a steering dampner
L100
👍😎🍺🍩🏍️🏍️
tik tok
Ducati will violate the rules again.
what rule?
@@krissrock
⚽
⚽
⚽
⚽
vinales mulai bangkit maju ke depan bos aprilia racing team the black cat good
2013/14
2014
/15
2015/16
Face diaper-free! 👍👍👍
Plead guilty
cHHEEERRSS
Simon feels like a 15 year old kid when he speaks in tech talk by getting all exited,
I think there are some very clever things which are in the ride height devices, may be general public will never know how it actually works in detail
⚽
⚽
Why did they make moto gp so boring, please remove all electronics
& stupid fia f1 banned this kind of technology, allowing f1 cars to porpoise like dolphins, moto gp ftw
Indosiar
SCTV
Barclays
Premier
League