TECHNICAL GUIDES7 MIN READ•OCTOBER 2026
Optimal Cadence Selection: Biomechanics & Neuromuscular Fatigue
Why higher cadence saves muscular glycogen on steep gradient ascents and how crank length influences torque distribution.
By Dr. Julian Vance
In-depth cycling knowledge, maintenance protocols, historical archives, and biomechanical guides written for riders who seek perfection.
Why higher cadence saves muscular glycogen on steep gradient ascents and how crank length influences torque distribution.
Tape tension, valve seating, sealant chemistry, and sidewall porosity troubleshooting for modern road rim standards.
How aerodynamic engineering, track surface geometry, and gear ratios reshaped cycling's purest test of endurance.