APM Terminals Aarhus

Cycle Time Diagnostics

Vessel-only filters

Landside / Waterside Above / Below Deck Vessel Size Standard Call Size

Vessel size Small <190m Medium 190-279m Large 280m+ Small vessels can take longer where extra alignment and adjustment is needed.

Standard call size <=500 501-1,000 1,001-1,500 1,501-2,000 2,001-2,500 2,501-3,000 3,001-4,000 4,001-5,000 5,001-7,000 7,001-9,000 >9,000 lifts Call size uses total vessel-visit lift volume in the selected period.

Last refresh Loading

Overview

Cycle time control tower

Loading high-level cycle time view.

Current signal

What needs attention?

Driver shortlist

Strongest signals

Exception Queue

Top deviation periods

Time split

Productive time vs delay

Action preview

Where to investigate first

Find out why

Find out why cycle time moved before the next lift.

Loading current cycle time story.

Open driver split

Step 1

Spot the Deviation Hour

Hourly GCT with one baseline for all comparisons

Exception Queue

Top 5 Deviation Hours

Ranked by excess seconds, weighted by lift volume

Step 2

Explain the Selected Hour

Pick the operational lens. Pareto X-axis is GCT; Y-axis is the selected split.

Analysis scope Selected period, terminal-wide

Manual Y-axis

Vessel attribute views Select the comparison to show in the Pareto

Top Contributors

X-axis is GCT sec/lift. Bars are ordered by excess contribution.

Three Strongest Signals

Automatically ranked dimensions for the selected period

Percentage View

Operational Drivers in the Selected Period

Click any card to flip between the two operational sides. Each face shows pair share, lifts, and GCT.

Step 3

Break GCT Into Productive Time and Delay

Actual MudaCat bucket split from the loaded data.

What the selected scope is telling operations

Gross Cycle Time (GCT) = Not Muda + Addressable Muda + Non-addressable Muda + Incidental Work

Step 4

Action Shortlist

Top contributors plus bias checks before assigning a root cause.

Action split