Norwegian Ferry Operator Orders 20 Candela Electric Hydrofoil Vessels

Why It Matters

The deal accelerates Norway’s transition to zero‑emission high‑speed maritime transport, offering a scalable solution for both commuter and tourist routes along the fjord‑lined coast. It also showcases a viable model for other regions seeking to replace diesel fast ferries without extensive infrastructure upgrades.

Key Takeaways

• Boreal orders 20 Candela P‑12 electric hydrofoil ferries
• P‑12 delivers 25 knots speed with 40‑nm range
• Hydrofoil design reduces energy use by ~80 %
• One‑hour DC fast charge replaces megawatt‑scale chargers

Pulse Analysis

Norway’s ambitious push to electrify its maritime network has long been hampered by the performance limits of conventional electric ferries. While battery‑powered vessels excel on short, low‑speed routes, the country’s rugged fjord coastline demands high‑speed connections that can cover longer distances without frequent recharging. The recent order by Boreal for twenty Candela P‑12 hydrofoil craft marks a pivotal shift, demonstrating that cutting‑edge propulsion can meet the dual challenges of speed and range while maintaining the environmental goals set by the nation’s climate policies.

The Candela P‑12 distinguishes itself with computer‑controlled hydrofoils that lift the hull above the water once speeds exceed 18 knots. This aerodynamic lift dramatically reduces drag, allowing the vessel to cruise at 25 knots while consuming roughly 80 % less energy than comparable diesel‑powered fast ferries. A single battery pack provides about 40 nautical miles of travel, and a standard DC fast charger can replenish the pack in roughly one hour. This eliminates the need for costly megawatt‑scale charging infrastructure, making the technology attractive for both densely populated urban waterways and remote rural routes where investment capital is limited.

The broader market implications are significant. By proving that high‑speed, long‑range electric ferries can operate without extensive shore‑side power installations, the P‑12 sets a benchmark for operators worldwide seeking to decarbonize fast‑boat services. For Norway, the rollout promises quieter, emission‑free commutes that enhance passenger comfort and protect the fragile fjord ecosystems. Internationally, the success of the P‑12 could spur similar hydrofoil‑based solutions in regions such as the Baltic Sea, the Pacific Northwest, and coastal Asia, accelerating the global shift toward sustainable maritime transport.