The High Brace Project: Mapping the Path to Muscle Memory

 Moved my focus back from the complex domain of dynamic water to the complicated domain of another pool session to focus on the high brace project. I’ve worked through the full session without any hands on the euro blade paddle using the constraints of my paddle float and Greenland Paddle through the ‘form’ teachings from the storm roll. 

It feels like a good high brace works best when I commit more of my torso mass down the line of the diving paddle (including my head). This opens the hips to flick the boat up as well as holding the unrecoverd weight in the boyant support of the water until the final recovery transition from the paddle. When I begin to deconstruct a skill such as this, there is a moment when I know I have the correct methodology to begin to move it from associative to autonomous performance and in that moment it is now time to embed it to muscle memory through repetition… Lots of it!

Once it’s programmed into muscle memory then I can move the process to pressure test in the sea in moderate water then into dynamic conditions for the real test. Onwards!

Pool session:

Coaching Model / Focus	Date	Venue & Environmental Context	Ratio / Client Profile	Specific Theory Applied	Core Objective & Progression	Critical Reflection & Learning
LTAD: Skill Refinement / Training to Train	Feb 2026	Indoor Pool: Complicated Domain. Controlled environment.	Solo.	Biomechanical Deconstruction: Motor Learning Stages: and Constraint Led Approach.	High brace project using paddle float and Greenland Paddle constraints.	Transitioning the high brace from associative to autonomous performance. Committing torso mass and head position is the key to hip flick

#LongTermAthleteDevelopment (LTAD) #SkillsAcquisitionTheory (SAT) #ConstraintLedApproach (CLA) #Rolling #CynefinDomain #FailFast