Mayodia Pass

Mayodia Pass cycling climb profile

Mayodia Pass is an HC climb in India that needs to be judged by scale first and average gradient second. On paper, 44 km at 4.72% can look controlled. In practice, that number is doing a lot of smoothing. The climb rises from 415 m to 2,493 m, gaining 2,078 m net, with 2,178 m of total ascent. That extra ascent over the net gain tells you the road is not simply one clean, constant ramp to the top.

The key point is duration. A 44 km climb changes the pacing problem completely. You are not managing a short threshold effort where a few hard minutes can be absorbed. You are managing energy availability, temperature, cadence, and concentration over a long ascent where small mistakes compound.

How the gradient unfolds

The average gradient of 4.72% suggests a climb with plenty of rideable climbing, but the maximum gradient of 18.31% is the warning sign. Mayodia Pass is not a steady diesel-only ascent. It has steep enough sections to force a real change in torque, cadence, and effort, even if the overall average stays moderate.

That creates a classic pacing trap. If you ride the easier portions too close to threshold, the steeper ramps will push you well above sustainable power. On a climb this long, those spikes matter. They are not just uncomfortable moments - they are withdrawals from the same energy account you still need near the summit.

The 2,178 m of total ascent also matters. Because it is 100 m higher than the net elevation gain, the climb includes enough non-linear terrain to disturb rhythm. Any brief relief should be used deliberately: lower the pressure, reset cadence, eat, drink, and avoid treating every shallow section as a chance to lift the pace.

Pacing and gearing notes

The right approach is to pace Mayodia Pass as an endurance climb with selective damage control on the steepest pitches. Use the early kilometres to settle below your sustainable climbing effort, not to prove the average gradient is manageable. If riding by power, anchor the effort around a level you can hold for a long HC ascent, with a clear ceiling for the steep ramps. If you need a reference point, build that ceiling from your /glossary/ftp rather than from how fresh you feel at the bottom.

Gearing should be chosen for the 18.31% maximum gradient, not the 4.72% average. A setup that feels efficient on the moderate sections can become a problem if it leaves you grinding when the road kicks up. The practical goal is simple: keep a usable cadence when the gradient bites, because repeated low-cadence surges over 44 km will drain the legs faster than the average gradient suggests.

Bottom line

Mayodia Pass is a long, high-gain HC climb where the headline average understates the challenge. Respect the length, gear for the steepest ramps, and use every easier section as a pacing tool rather than an invitation to chase speed.