16: PARTIAL OR EXCESSIVE ACTION

Partial or Excessive Action is the practice of intentionally doing slightly less or slightly more than the ideal goal when achieving 100% accuracy or perfection is too difficult, costly, or complex—instead of forcing an exact result in one step, you accept 'controlled error' or 'over-achievement' and then remove or finish later to reach your exact goal surely and more reliably.

This principle is expressed in three common moves:

•

Do slightly less: perform the target action short of "ideal" and then finish with minor touch-ups;

•

Do slightly more: then remove the excess layer/material to achieve the final form, size, weight, width, or wall thickness;

•

Use 'rough' initial stages + fine adjustment steps later (the initial correction step is faster, cheaper, and safer);

Spray painting with masking illustrating intentional excess for clean finish

Machining process illustrating rough cut followed by finishing

Molding process illustrating intentional overfilling to prevent defects

Sculpting process illustrating partial action followed by refinement

Why "Partial or Excessive Action" creates innovation?

When you stop finding the 'perfect in one shot', you unlock multiple advantages at once:

Lower cost and complexity: you don't need expensive, ultra-precise tools for everything; rough work stays cheap.

Higher robustness: choosing an 'over-delivery' strategy is often structurally/safety-wise better than 'exactly at limit'.

Faster throughput: rough and fast work leaves less room for bottlenecks than slow precision work.

Maximizable quality: you reach the level by 'refinement' instead of 'instantiation', making it easier to guarantee the requirements.

Easier maintenance: leaving 'extra' material or space for later correction makes repair and adjustment easier.

16: PARTIAL OR EXCESSIVE ACTION

This principle is expressed in three common moves:

•

Do slightly less: perform the target action short of "ideal" and then finish with minor touch-ups;

•

Do slightly more: then remove the excess layer/material to achieve the final form, size, weight, width, or wall thickness;

•

Use 'rough' initial stages + fine adjustment steps later (the initial correction step is faster, cheaper, and safer);

Why "Partial or Excessive Action" creates innovation?

When you stop finding the 'perfect in one shot', you unlock multiple advantages at once:

Lower cost and complexity: you don't need expensive, ultra-precise tools for everything; rough work stays cheap.

Higher robustness: choosing an 'over-delivery' strategy is often structurally/safety-wise better than 'exactly at limit'.

Faster throughput: rough and fast work leaves less room for bottlenecks than slow precision work.

Maximizable quality: you reach the level by 'refinement' instead of 'instantiation', making it easier to guarantee the requirements.

Easier maintenance: leaving 'extra' material or space for later correction makes repair and adjustment easier.

Under Construction

16: PARTIAL OR EXCESSIVE ACTION

This principle is expressed in three common moves:

Why "Partial or Excessive Action" creates innovation?

Under Construction

16: PARTIAL OR EXCESSIVE ACTION

This principle is expressed in three common moves:

Why "Partial or Excessive Action" creates innovation?