On really steep declines, do you normally maintain a cruising speed, or do you go full on banzai?
When i watch downhill videos, I see dh racers letting themselves roll and achieve maximum momentum. Free rider events on the other hand tend to have riders braking hard after sections and stage their bike for features.
On my trails, i usually see people crawling their bikes down steep declines. Yawn.
I know everybody is different (pink bike disclaimer), and it depends on the terrain, but in your best guesstimate, what is you normal approach to steep declines?
Will you hit a series of 2 foot jumps full on a downhill with a 45 degree angle at 30+ mph (says the cellphone gps) and try to land on single track? Or will u brake before the feature and jump it at just the right (relative) speed.
I used to let the hill dictate the speed, until i crashed and broke some bones. Recently, i do what i see freeriders do and control speed in sections, and only let the bike go just before features. Its ok, but i feel a need to speed up a bit more and am considering a better approach.
When i watch downhill videos, I see dh racers letting themselves roll and achieve maximum momentum. Free rider events on the other hand tend to have riders braking hard after sections and stage their bike for features.
On my trails, i usually see people crawling their bikes down steep declines. Yawn.
I know everybody is different (pink bike disclaimer), and it depends on the terrain, but in your best guesstimate, what is you normal approach to steep declines?
Will you hit a series of 2 foot jumps full on a downhill with a 45 degree angle at 30+ mph (says the cellphone gps) and try to land on single track? Or will u brake before the feature and jump it at just the right (relative) speed.
I used to let the hill dictate the speed, until i crashed and broke some bones. Recently, i do what i see freeriders do and control speed in sections, and only let the bike go just before features. Its ok, but i feel a need to speed up a bit more and am considering a better approach.