Our design capabilities
Designed around the mission.
Each vessel begins with the operating profile—speed, endurance, payload, bollard pull, survivability, port limits, emissions, maintainability and crew needs.
We translate these priorities into a coordinated design basis, balancing vessel performance with buildability, safety and lifecycle value. Requirements and specialist studies are tailored to each vessel's intended role.
WORKBOATSpecialized Tugs
Mission-led tug design for harbour assistance, towing and support duties, balancing bollard pull, manoeuvrability, stability and safe deck operations.
- Propulsion and towing-equipment integration
- Duty-cycle and machinery-load assessment
- Crew access, maintenance and working arrangements
SECURITYPatrol Vessels
Patrol-platform engineering shaped by speed, endurance, seakeeping and crew requirements, with coordinated arrangements for owner-defined operational equipment.
- Hull and propulsion performance assessment
- Navigation and communications interfaces
- Operational safety and equipment access
OFFSHORE SECURITYOPVs
Offshore patrol vessel concepts balancing sustained operations, endurance, reliability and maintainability with the owner's mission and assurance requirements.
- Seakeeping and long-duration habitability
- Redundancy and survivability requirements coordination
- Mission-equipment space, weight and service interfaces
COMMERCIALContainer Vessels
Commercial vessel design matched to route economics, cargo capacity, port restrictions and efficient loading and operating arrangements.
- Capacity, draft and stability trade-offs
- Hull efficiency and machinery matching
- Cargo arrangements and structural coordination
NEXT GENERATIONGreen Ship Design
Integrated energy-efficient vessel concepts combining hull performance, propulsion and onboard power with practical fuel-transition pathways.
- Hybrid, battery and shore-power options
- Methanol and alternative-fuel readiness studies
- Lifecycle emissions and investment assessment
SCIENCE & EXPLORATIONResearch Vessels
Research-platform engineering around scientific payloads, endurance and safe survey operations, integrating owner-selected equipment with vessel systems.
- Laboratory and survey-equipment arrangements
- Deck handling and deployment interfaces
- Station-keeping, noise and vibration requirements coordination
One mission-led approach across vessel types. Design targets, approval requirements and specialist verification are defined for each engagement. Alternative-fuel readiness does not by itself establish zero lifecycle emissions.