FRC903 Fast Rescue Craft – Twin Outboard (2 × Mercury F200) – Southport Offshore Rescue Trust
Southport Offshore Rescue Trust and Habbeke Shipyard have signed the contract for the design, construction, and delivery of a Fast Rescue Craft (FRC903 OB).
The agreement was formalized between representatives of Southport Offshore Rescue Trust and Habbeke Shipyard Global Sales Director Arnoud Straakenbroek. The new FRC903 OB will serve as a modern and capable addition to their rescue fleet.
The FRC903 OB is a further development of the proven FRC903 platform, currently in service with organizations such as the KNRM (Nikolaas Class Lifeboat). This version is specifically configured with twin outboard engines:
- 2 × Mercury F200
In combination with a dedicated PIRS (Propulsion Integration & Redundancy System), this setup ensures enhanced reliability, optimal engine control and redundancy, providing safe and precise manoeuvring during demanding rescue operations. The vessel will reach a top speed of over 40 knots, depending on configuration and loading.
Fast Rescue Craft Concept
A Fast Rescue Craft (FRC) is a compact, high-performance rescue vessel designed for search and rescue (SAR) operations. These vessels are typically operated by coast guards, rescue organizations and offshore support operators, and are suitable for both inland and offshore environments.
The FRC903 is designed and equipped to perform multiple mission profiles:
- Fast rescue operations
- Man overboard (MOB) recovery
- Safe transfer of personnel and equipment
Design by Pieter Meuzelaar, Habbeke Shipyard.
Specifications
- Length overall: 9.20 metres
- Maximum beam: 3.20 metres
- Beam (hull): 2.60 metres
- Draft: 0.90 metres
- Weight: approx. 2,800 kg (incl. 4 crew + fuel)
- Fuel capacity: 2 × 198 litres
- Performance: > 40 knots
- Endurance (full power): approx. 3.5 hours
- Crew: 4 + 20 rescued persons
- Material: Aluminium H111
Twin Outboard Installation
- Engines: 2 × Mercury F200
- Integrated PIRS system for propulsion control, redundancy and optimized handling



