Dynamic Air Cushion Technology Mechanics.
At the heart of DACV technology lies the interplay between lift and thrust dynamics.
The system generates an energized air cushion beneath the hull, effectively creating an airfoil-like lift that elevates the vessel above the boundary layer of water.
This lift reduces hydrodynamic drag significantly, while the distinct thrust mechanism, venting air from the cushion, propels the vessel forward with optimized efficiency. The result is a hybrid maritime vessel capable of achieving higher speeds with reduced fuel consumption and improved maneuverability across various marine conditions, from open oceans to littoral zones.
The system generates an energized air cushion beneath the hull, effectively creating an airfoil-like lift that elevates the vessel above the boundary layer of water.
This lift reduces hydrodynamic drag significantly, while the distinct thrust mechanism, venting air from the cushion, propels the vessel forward with optimized efficiency. The result is a hybrid maritime vessel capable of achieving higher speeds with reduced fuel consumption and improved maneuverability across various marine conditions, from open oceans to littoral zones.
DACV vs. Conventional Marine Vessels.
Traditional marine vessels, including displacement and planing hulls, encounter substantial resistance due to water friction and wave-making drag, leading to higher fuel consumption and limitations on speed.
Hydrofoils, while reducing some drag, still face constraints in terms of stability and operational range. In contrast, Celerity Craft’s DACV technology offers a substantial leap in performance: vessels can reach velocities of up to 60 knots, representing a 100% increase over conventional vessels, while simultaneously achieving a 50-70% reduction in fuel consumption.
Additionally, the DACV's design supports a zero-emission operational target, made possible by its lower power demands, allowing for full electrification and positioning it ahead of traditional designs in sustainability.
Hydrofoils, while reducing some drag, still face constraints in terms of stability and operational range. In contrast, Celerity Craft’s DACV technology offers a substantial leap in performance: vessels can reach velocities of up to 60 knots, representing a 100% increase over conventional vessels, while simultaneously achieving a 50-70% reduction in fuel consumption.
Additionally, the DACV's design supports a zero-emission operational target, made possible by its lower power demands, allowing for full electrification and positioning it ahead of traditional designs in sustainability.
speed.
Up to 60 knots cruising speed
efficiency.
Significant reduction in fuel consumption
environmental.
Targeting zero emissions
revenue.
2x at half the energy cost compared to current state-of-the-art vessels