09/29/2026
Want more resilient knees? Start by building stronger, more capable ankles.
The ankle and knee don’t work in isolation.
Every time an athlete runs, jumps, lands, cuts, or changes direction, the foot and ankle have to help absorb and redirect force before that force travels up the kinetic chain.
That’s why I like this 5-movement sequence.
MOVEMENT 1️⃣
Challenges the foot and ankle to stabilize under a constantly changing center of mass.
This can help develop proprioception, balance, plantarflexor endurance, and single-leg control,all important qualities when the athlete has to control their body during unpredictable movements.
MOVEMENT 2️⃣
The athlete has to maintain lower-body position while the upper body moves.
This creates a demand for the ankle, knee, hip, and trunk to work together and maintain alignment while the center of mass shifts.
MOVEMENT 3️⃣
The athlete has to produce force through the lower extremity while maintaining control of the foot and ankle. This helps develop strength and positional endurance rather than simply balancing.
MOVEMENT 4️⃣
This combines unilateral stability with active calf strengthening.
The calf complex plays an important role in controlling the ankle and contributing to force production and absorption. Meanwhile, the athlete has to maintain control through the knee, hip, and pelvis.
MOVEMENT 5️⃣
Now we take that stability into movement.
The athlete must maintain their position while shifting their center of mass and controlling each step. This challenges dynamic balance, coordination, ankle strength, and lower-body endurance.
when the foot, ankle, knee, hip, and trunk learn to work together, you give the athlete a much stronger foundation to perform from. 💪