It is amazing the money and time many elite and “weekend-warrior” cyclists devote to retrofitting racing bikes to conform to their bodies rather than first restoring function to the most critical piece of racing equipment: the body of the rider.
When muscle imbalances, faulty movement patterns, and joint fixations distort the bony framework of the body, the cyclist is led on a never-ending journey searching for that perfect bike fit.

My personal slogan: “Fit the body to the bike, stupid!”
Bodyworkers and functional movement trainers whose practices cater to amateur and elite cyclists are sharply aware of the clinical and performance advantages gained by restoring optimal mobility, flexibility, and stability to the muscle/joint complex. It makes sense to first get the kinks out before sending the client off for an expensive and sometimes useless bike retrofit. Without hands-on maintenance and functional fine-tuning, bikers often unknowingly reinforce dysfunctional movement patterns ingrained from long-forgotten micro- or macro-traumatic injuries.

Confusion and controversy over this chicken-or-egg (bike-or-body) thing is primarily due to lack of understanding of the Law of Cause and Effect. For instance, let us say a bike shop performs a retrofit and Bob, the cyclist, smilingly pedals away on his newly reconstructed bicycle feeling secure and pain-free - Life is good… or is it?

Unfortunately, if Bob is one of many “flexion-addicted” Americans with a sedentary job that keeps him glued to the computer terminal day-after-day, gravitational exposure will eventually drag his body into a big “C” curve. In time, Bobs brain relearns this aberrant posture as normal and on weekend outings his “hip-flexed” desk posture morphs into a similarly distorted riding posture.
To make matters worse, stubborn pain-spasm-pain cycles often emerge as the hip stiffens and the imposed stress destabilizes sacroiliac and low back structures. In the presence of lumbar spine instability, the brain may decide to lock down the low back and ribcage with protective muscle guarding. Thoracic cage rigidity not only inhibits proper diaphragmatic breathing but also sends shock waves through the thoracolumbar and pectoral fascia and into the upper extremity joints where reverberations are met with strong resistance from habitually locked hands, elbows and arms. Meantime, compensations from adhesive hip capsules also traverse down through the knees, ankles, and feet searching for a weak link in the lower kinetic chain.

Cyclists who voluteen for a bike retrofit prior to receiving manual therapy to release fibrotic hip capsules and hip flexors, soon notice a loss of endurance and may develop soft tissue or joint sprains associated with lumbopelvic imbalance. Strangely, many flexion-addicted cyclists attempt to work through the injury despite sensing a noticeable reduction of speed, power, and efficiency. “No pain, no gain” is an unacceptable working model for those pursuing longevity in the cycling sport.
Does decreased hip angle mean less power?
One of the most common biking positions used by “flexiholics” has the hip flexors locked short and the hams and glutes overstretched and weak. This imbalance pattern as described by Vladimir Janda in his lower crossed syndrome, forces the pelvic bowl to be drawn too far forward leading to a decrease in hip angle.

Bikers who consistently ride with an anteriorly rotated pelvis and decreased hip angle are subject to capsular and ligamentous adhesions and a subsequent loss of economy and power. To accommodate the loss of hip extension, many recreational and competitive racers compensate by posteriorly tilting their pelvic bowl and rounding their backs into a hyperkyphotic posture just to improve hip angle and power. The famed cyclist Andy Pruitt believes that changing the seat height by a mere inch alters mechanics and motor control patterns of every joint in the lower extremity. By lowring seat height, excessive force is