Swedish company Candela made waves with the first test of its C-8 electric hydrofoil boat only a matter of months ago, but the company is already boldly sailing into the future in quick time with the advent of an upgraded offering in the form of the 'P-8 Voyageur.'
Unveiled at the Salone Nautico show over in the Italian city of Venice, the 'P-8 Voyageur' is an electric hydrofoil boat that is capable of maintaining a cruising speed of 20 knots or 37 km/h on its way to a top speed of 30 knots, or around 56 km/h. When the vessel attains a speed of 16 knots, its foils gently elevate the boat's hull above the water, which serves to curb friction along the water. This efficiency-inducing engineering feature ensures that a single charge of the boat's lithium battery system allows it to promise a range of around 93 km when operated at cruising speed.
The 'P-8 Voyageur' electric hydrofoil boat is available via preorder for prices starting at over $485,000.
Range-Roving Hydrofoil Boats
The 'P-8 Voyageur' is Equipped to Counter Hydrodynamic Friction
Trend Themes
1. Electric Hydrofoil Boats - The increasing interest in electric hydrofoil boats presents opportunities for further development in efficient and eco-friendly transportation
2. Hydrodynamic Friction-reducing Technology - An emphasis on reducing hydrodynamic friction opens up opportunities for innovation in other industries, such as aircraft and high-speed trains
3. Long-range Lithium Battery Systems - Long-range lithium battery systems can provide greater access to electric transportation and open up opportunities for innovation in mobile technology
Industry Implications
1. Marine Transportation - The marine transportation industry could benefit from the adoption of efficient and eco-friendly electric hydrofoil boats
2. Aerospace - Hydrodynamic friction-reducing technology can be applied to aircraft design to increase aerodynamic efficiency and fuel savings
3. Transportation Technology - Long-range lithium battery systems can drive innovation in transportation technology and enable further development of electric vehicles and mobile devices