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Port Berth + Apron + Wharf Designer — Ebora Transportation Engineering
⚓ Port & Harbour Engineering

Port Berth + Apron + Wharf Designer

Size a marine berth for a design vessel. Enter the ship's LOA, beam and draft, the berth & basin rules, and the water-depth allowances — the app finds the berth-face length, the required water depth, the turning-basin diameter, a typical apron/wharf width for the cargo, and the fender/berthing energy, with a plan sketch of the vessel alongside.

Free to design · Balance EP

① Design vessel

Use the design vessel — the largest ship the berth must accept. Displacement is only needed for the berthing-energy (fender) check in card ④.

② Berth & basin

Clearance per end = max(min clearance, % × LOA). For a single berth, length = LOA + 2 × clearance; for several berths, each ship gets clearance on both sides.

③ Water depth

UKC = max(min UKC, % × draft). The depth below water level = draft + UKC. If soundings are referenced to chart datum (LAT), add the tidal range to get the depth below datum.

④ Berthing energy — optional

Berthing (fender) energy E = ½·M·V²·Cm·Ce·Cs, with M the displacement (tonnes) from card ①. Computed only when a displacement is given.

⚓ Berth sizing

Preliminary berth-face length
Berth length L
Depth below water level
Depth below datum
Turning-basin diameter
Apron width (typical)
Berthing energy

Design summary

QuantitySymbolValue
⚠️ Indicative apron/wharf widths — confirm against PIANC / port master-plan / cargo-handling layout. The ranges below are typical orders of magnitude only; the actual width depends on the gantry-crane rail gauge, back-reach, container stacking, road/rail and storage layout for your specific terminal.

Worked solution

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