Solutions · By Vessel Type

Offshore & Jack-Up Operations with SecureLoad

For operators involved in offshore construction, installation and support using offshore vessels, jack-ups and project tonnage, every move must align with tight technical and operational constraints. SecureLoad helps you plan transports, stowage and loading for offshore campaigns, and hand over clear, engineered cases into offshore execution.
Offshore Support
Jack-Up
Modules & Units
Project Campaigns

Who Uses SecureLoad in Offshore & Jack-Up Work

From offshore vessels and jack-ups to onshore project teams, everyone works from the same engineered scenarios.

Offshore & Marine

Offshore Vessel Masters / Captains

Sail with clear, validated loading and seafastening cases for transport legs into and out of the field.

Jack-Up / Barge Masters

Manage tow, positioning and field moves with visibility on weights, trim, stability and key envelopes.

Marine Reps / Supervisors

Oversee load-outs, transports and near-field operations using agreed plans instead of scattered drawings and spreadsheets.

On shore

Offshore Project & Construction Engineers

Plan and verify how modules, units and equipment move to the field, tying transport cases to offshore execution needs.

Marine & Heavy Transport Engineers

Engineer transports, stows and seafastening on offshore vessels, barges and jack-ups using real geometry and loadcases.

Port Captains / Superintendents

Coordinate port operations, load-outs and mobilisations with a single view of what’s planned, what changed and what’s approved.

Offshore & Jack-Up Realities

Marine Transport & Stowage

Operations & Assurance

How SecureLoad Supports Offshore & Jack-Up Work

From 3D Stowage Planner
3D Stowage Planner
Plan deck layouts for modules, equipment and containers on transport and support vessels, with clear visibility on clearances, access and crane reach.
3D Lashing on Real Geometry
Acceleration & 3D Lashing
Check motions, accelerations and lashing utilisation for offshore transport legs and sensitive equipment, before committing to a weather window.
To Loading Computer
Loading Computer / Ballast & Trim
Assess stability, strength, trim and draft for key transport and interim conditions—harbour, restricted waters and offshore fields.

From Yard Planning to Offshore Handover

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Define Modules & Equipment

Capture units, weights, CoGs, lift points and lashing points for everything that needs to be transported to the field.
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Plan Transport Stows in 3D

Build deck layouts in 3D for yard → port → offshore legs, taking crane reach, clearances and access routes into account.
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Run Lashing & Motion Checks

Evaluate accelerations and lashing utilisation for expected sea states and routes on the transport legs.
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Verify Vessel Loading & Conditions

Run stability and strength checks for key conditions (harbour, standby, transit and approach) so margins are clear before sailing.
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Package for Offshore & MWS

Generate 3D views, stow and lashing plans, and calculation summaries for project teams, MWS, class and installation contractors.
Note: This workflow aligns with the Heavy-Lift Readiness and Scenario → Sign-Off solution paths.

What Changes With SecureLoad Offshore

Before SecureLoad

Stow and transport plans scattered across CAD files, PDFs and spreadsheets.

Different plan versions in circulation between yard, marine and offshore teams.

Painful iterations with MWS and clients to get everyone aligned on assumptions and margins.

With SecureLoad

Stow, lashing and loading checks all linked to the same vessel and cargo data set.

Clear, traceable scenarios from initial concept through revisions to the final approved package.

Easier communication and handover to offshore and construction teams, with everyone seeing the same engineered picture.

Supporting Jack-Up and Special Conditions

Plan jack-up–related loading and ballast conditions

Consider transport, pre-load, elevated and other jack-up–specific conditions as part of the same engineered picture.

Track critical cases that must be verified

Keep a clear list of “must-check” conditions and margins that need to be confirmed before offshore operations begin.

Support marine assurance and HSEQ

Provide clear, auditable cases and reports for marine assurance, HSEQ and MWS stakeholders to review and sign off.

Fleet Cargo Planner for Real-Time Loadability

Multi-Leg Campaigns and Marine Construction Projects

Plan transport legs across yard, port and offshore locations using shared vessel and cargo libraries, instead of rebuilding each move from scratch.

Reuse proven stow, lashing and loading setups between similar campaigns and marine construction projects.

Build a history of engineered cases that gradually standardises how marine transports are planned and documented across your organisation.

Resources for Offshore & Jack-Up Teams

Deep-dive into how SecureLoad works in real operations.

Blogs
Blog

Engineering Offshore Transports with One Source of Truth

How connecting stowage, lashing and loading checks helps offshore and jack-up teams reduce rework and align marine, project and MWS stakeholders.

Videos
Videos

Offshore Transport Planning in SecureLoad – Short Demo

Watch a sample offshore transport case from yard planning to offshore handover using 3D stowage, lashing and loading workflows.

Downloads
Downloads

Offshore & Jack-Up Transport Planning with SecureLoad – One-Pager

A concise overview of how SecureLoad supports offshore transports, jack-up related moves and marine construction campaigns.

Want to Test an Offshore / Jack-Up Case in SecureLoad?

Share a recent or upcoming offshore transport or jack-up-related move and we’ll walk through how it would look in SecureLoad—from stow and lashing to loading checks.