FOS Picks Incat Crowther to Design Fast CTV Fleet for Shell’s Brunei Ops

Why It Matters

The contract strengthens FOS’s position in the competitive offshore supply market and showcases digital design’s ability to accelerate multi‑yard builds, reducing lead times for energy projects in Southeast Asia.

Key Takeaways

• Ten 55‑metre DP2 CTVs to support Brunei Shell Petroleum
• Vessels transport 80 passengers and 150 tonnes cargo at 30 knots
• Digital shipbuilding ensures identical specs across multiple regional yards
• First vessels expected in service by early 2027
• Project highlights demand for fast offshore logistics in Asia‑Pacific

Pulse Analysis

The partnership between Fast Offshore Supply and Incat Crowther illustrates how digital shipbuilding is reshaping vessel production. By delivering a fully detailed 3‑D package that includes structural layouts, cable routing, and HVAC schematics, Incat Crowther enables simultaneous construction at shipyards in Singapore, Malaysia and Indonesia. This approach eliminates the traditional bottleneck of sequential builds, cuts engineering change orders, and guarantees that each of the ten fast crew‑transfer vessels meets the same performance criteria. For shipowners, the technology translates into faster delivery schedules and lower overall project risk.

Shell’s Brunei joint venture stands to benefit from a fleet capable of moving 80 crew members and 150 tonnes of equipment at 30 knots, dramatically improving access to offshore platforms in the South China Sea. Rapid personnel transfer reduces downtime, supports tighter maintenance windows, and enhances safety by minimizing exposure to harsh sea conditions. The 55‑metre aluminium hulls also offer fuel‑efficient operation, aligning with Shell’s broader decarbonisation targets. As regional oil and gas fields mature, such high‑speed logistics assets become essential for maintaining production levels without costly delays.

The contract signals a broader shift toward modular, digitally‑driven shipbuilding in the Asia‑Pacific offshore market. Competitors are increasingly adopting similar workflows to meet the growing demand for fast, reliable CTVs and support vessels as energy projects expand into deeper water. Moreover, the ability to coordinate builds across multiple yards opens opportunities for local shipyards to participate in high‑value contracts, fostering regional expertise. Observers will watch how this model influences future tender processes and the speed at which new offshore fleets are fielded.