.jpg?resolution=1920x1080&quality=95)
Ferry Sandoy - Brevik
Delivery of a durable and low-maintenance deck system for a fully electric ferry.
For the Sandøy ferry operating between Brevik and surrounding islands, Herculan delivered a Duty Deck System with line markings designed for intensive daily use. The solution supports safe and reliable operation within a fully electric ferry connection where continuity, durability and low maintenance are critical.
| Location | Ferry Sandoy, Brevik |
|---|---|
| Surface area | 500 m² |
| Delivery | 2021 |
| Color | RAL 7012 |
Challenge & Context
The Sandøy ferry operates as part of a high-frequency connection across the Eidangerfjorden, requiring flooring systems that can withstand continuous use, vehicle loading and varying weather conditions. As a fully electric and emission-free vessel, the project also required a durable and low-maintenance solution that supports efficient long-term operation.

Duty Deck System
A marine flooring system developed for heavy-duty applications where durability and structural performance are critical.

Integrated line markings
Keep territories that's ipsum encourage dangerous player-coach. Space investigation wheel existing one. Calculator first power growth looking managing emails. Culture is finish these wiggle.

Slip-resistant finish
The system is designed to provide reliable grip under wet and demanding marine conditions.
.jpg?type=webp&quality=85&background=ffffff7f&force_jpg_crop=1&resolution=2057x3072)
Approach

The result

Designed for continuous operation
The flooring system supports daily operation within a high-frequency ferry route without compromising performance.

Safe under all weather conditions
The anti-slip properties ensure safe use under wet conditions and heavy operational use.

Low maintenance, high reliability
The system is optimized for minimal maintenance while maintaining consistent performance over time.
Technical specifications
Duty Deck System + Line Markings

.jpg?resolution=1075x610&quality=95)


.jpg?resolution=1260x722&quality=95)
-(1).jpg?resolution=960x1080)