Swedish–Estonian Maritime Technology provides a modular maritime mission platform for defence, security, and industry users. The all‑aluminium vessels can be reconfigured in ten minutes using quick‑release rail mounts, allowing operators to swap modules for military, coast guard, SAR, or diving missions while maintaining a 25‑year hull lifespan.
Funding
Funding not disclosed
Founders
Product
Problem
Maritime operators often need vessels that can perform multiple, distinct missions such as patrol, search and rescue, or industrial support, but acquiring separate specialized boats leads to high procurement costs, storage constraints, and limited flexibility.
Solution
Swedish–Estonian Maritime Technology offers an all‑aluminium modular mission platform that can be reconfigured in ten minutes or less using a standardized quick‑release rail mounting system. Operators can swap mission modules—ranging from military and coast‑guard equipment to diving, offshore wind service, or aquaculture tools—while retaining the same hull, which is engineered for a 25‑year service life and 24/7 duty. The platform’s modularity enables rapid adaptation to changing operational requirements, reduces fleet size and lifecycle costs, and supports future autonomous upgrades without extensive redesign.
Target Audience
Primary customers are defence and security agencies (military, police, coast guard), search‑and‑rescue organizations, and industrial operators in offshore wind, aquaculture, marine construction, and oil & gas sectors seeking versatile, cost‑effective vessel solutions.
Features
- Quick‑release, rail‑mounted interface allowing complete deck reconfiguration in ≤10 minutes
- Standardized aluminium hull designed for a 25‑year lifespan and continuous operation
- Compatible with a wide range of mission modules: tactical, SAR, border patrol, diving, offshore wind service, aquaculture, marine construction, and oil & gas support
- Proven performance in demanding Baltic maritime conditions with professional operator feedback
- Scalable design that can incorporate future autonomous systems and sensor packages