Why Mines Struggle with Planning and Short Interval Control

why mines struggle with short interval control

Why Most Planning and SIC Projects Fail

The gap isn’t always capability. It’s often commitment. 

Mining operations don’t fail because they can’t plan. They struggle because they can’t or don’t consistently turn plans into fulfilled commitments at the execution frontline. 

Operations invest heavily in integrated planning and short interval control mining systems, expecting them to drive efficiency, predictability, and production performance. Often, these initiatives hit a dead end. MOS Systems are developed, but tools are underused, and frontline teams revert to the status quo. 

Our Commitment Manifesto describes how high-performing organisations operate; through trust, clarity, and aligned commitments. The reality on many sites is the opposite.

The result is a persistent breakdown between planning and execution. Mines don’t struggle with planning or short interval control because they lack effort or intelligence. They struggle because the conditions required for commitment are not consistently present. 

When Short Interval Control is applied through a lens of commitment that makes work visible, accountable, and adjustable, the plan stops being a static document. It becomes a living system that delivers results.

The Gap Between Plans and Commitments

The planning-execution gap in mining is well-known. It often stems from misaligned expectations from the boardroom to the coal face. 

On many sites, plans are created far from the frontline. This leaves crews to interpret targets without clarity, authority or context. This disconnect quickly turns intent into a dead end. 

When plans are not co-created, and expectations are not clearly negotiated, adaptation is inconsistent. Learning loops become weak, and execution drifts. 

Commitment always precedes performance. 

Performance doesn’t improve until everyone is genuinely committed to the change. This is when stronger, clearer and more consistent execution emerges across the operation.