Vilson
Drive System
The propulsion system is based on a mix of currently available sustainable technologies.
Max Speed
0knots
is maximum speed that vessel can achieve.
Propulsion
0kW
of E-Propulsion Navy 20 outboard electric motor
Battery
0kWh
custom Li-Ion battery
Vessel Parameters
0kg
is of weight of the cockpit. The total weight of the vessel with all equipment is 120kg without the hulls. Hulls weigh 60kg.
Vessel Construction
Cockpit Construction
- Closed-type design with battery and electronics in separate compartment
- All electronic components housed behind driver's bulkhead for safety
- Longitudinal reinforcement with two carbon tubes (50mm outer diameter)
- Carbon tube wall thickness of 2mm for optimal strength-to-weight ratio
- Croatian flag elements integrated into exterior cockpit design
- Red checkerboard pattern emphasizing national identity and pride
Engine Mount & Propulsion
- Carbon fiber sandwich structure for lightweight performance
- High strength construction combining advanced composite materials
- Waterjet-cut components for precision manufacturing
- Prepreg materials molded parts for optimal quality
- 20kW Edyn 2035 outboard electric motor integration
- Hydraulic steering system with steering wheel control
Advanced Manufacturing
- Vacuum infusion fabrication techniques for superior quality
- Oven-cured prepregs ensuring structural integrity
- 10kWh Li-Ion battery pack with maximum capacity design
- Maximum speed capability of 25 knots achievement
- Modern and dynamic design reflecting national pride
- Advanced composite techniques throughout construction process
Project Gallery
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Additional Project Information
Overview
Project Overview
Vilson is our advanced electric racing boat that represents a breakthrough in sustainable marine technology. With its closed-type cockpit design and integrated Croatian flag elements, it combines performance with national identity. The vessel achieved remarkable success in international competitions, demonstrating the effectiveness of electric propulsion in competitive maritime environments.