EPISODE · Apr 8, 2021 · 1H 14M
99 - Sebastian Schluricke of Aerotune
from Endurance Innovation · host Michael Liberzon
Thank you to 4iiii Innovations for supporting the podcast! If you’re after a reliable, accurate power meter, then use code 20214iiii-EI20% to receive 20% off any Factory Install power meter purchased through the 4iiii website.3:45 meet Sebastian Schluricke of Aerotune6:45 effect of increasing power vs decreasing aero drag vs decreasing weight on Ironman bike performance14:15 why make an easy-to-use aero testing platform?22:00 what is Aerotune and how does it work?28:15 Aerotune vs aero sensors34:45 more on sources of error: route + climate vs rider + equipment38:30 Aerotune’s accounting for elevation and wind changes42:00 the guts of Aerotune’s mathematical model46:45 the ideal test route47:45 impact of weather50:00 hardware requirements for testing51:30 rolling resistance (CRR) calculations55:45 generalized aero recommendationsBody position:Narrow elbow pad stanceHigh hand (maybe) Flat, stretched-out torsoShoulder shrugOptimized head positionBottle shape and position on the frameOptimized helmetDeep or disk rear wheelKit / clothingFront wheel68:00 optimizing aerodynamics without compromising metabolic efficiencyTry Aerotune for yourself by registering on their website. Watch their YouTube videos, and d on’t forget to snag the Garmin Connect IQ app too. You can also follow Aerotune on Instagram.
What this episode covers
Thank you to 4iiii Innovations for supporting the podcast! If you're after a reliable, accurate power meter, then use code 20214iiii-EI20% to receive 20% off any Factory Install power meter purchased through the 4iiii website. * 3:45 meet Sebastian Schluricke of Aerotune * 6:45 effect of increasing power vs decreasing aero drag vs decreasing weight on Ironman bike performance * 14:15 why make an easy-to-use aero testing platform? * 22:00 what is Aerotune and how does it work? * 28:15 Aerotune vs aero sensors * 34:45 more on sources of error: route + climate vs rider + equipment * 38:30 Aerotune's accounting for elevation and wind changes * 42:00 the guts of Aerotune's mathematical model * 46:45 the ideal test route * 47:45 impact of weather * 50:00 hardware requirements for testing * 51:30 rolling resistance (CRR) calculations * 55:45 generalized aero recommendations * Body position: * Narrow elbow pad stance * High hand (maybe) * Flat, stretched-out torso * Shoulder shrug * Optimized head position * Bottle shape and position on the frame * Optimized helmet * Deep or disk rear wheel * Kit / clothing * Front wheel * 68:00 optimizing aerodynamics without compromising metabolic efficiency Try Aerotune for yourself by registering on their website [https://www.aerotune.com/dashboard/]. Watch their YouTube videos [https://www.youtube.com/channel/UCJ2lsIXLWiGygp7JN_SUBnA], and d on't forget to snag the Garmin Connect IQ app too. You can also follow Aerotune on Instagram [https://www.instagram.com/afasteryou/].
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99 - Sebastian Schluricke of Aerotune
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