HOW THE DVC SYSTEM WORKS

ACTIVE WATER VECTORING: Precision in Motion

At the core of the DVC system’s breakthrough performance lies its ability to actively vector water flow. Unlike traditional systems, the HydroVectors dynamically channel water with pinpoint accuracy to counteract vessel motion across all three axes:

Pitch Control

The HydroVectors adjust the flow direction to maintain the vessel at a desired bow angle whether positive, neutral, or even negative. This unparalleled level of control optimizes performance, reduces drag, and ensures comfort in any condition.

Roll Control

By working independently, the HydroVectors generate opposing forces on each side of the vessel, actively eliminating roll without energy losses.

Yaw & Maneuverability

Through asymmetrical force adjustments, the DVC system provides precise yaw correction, improving directional stability and control.

SEAMLESS STABILIZATION, UNPARALLELED RESPONSIVENESS AND FORCES THAT ARE PERFECTLY APPLIED WHETHER AT REST, LOW SPEEDS, OR CRUISING UNDER FULL THROTTLE

HORIZONTAL TRANSOM MOUNTING: Addressing the Forces That Matter

DVC technology maximizes tangential force—the primary driver of stabilizing torque—while minimizing radial force, which contributes to energy loss. This optimization is achieved through the horizontal mounting of the HydroVectors, combined with the precise gradient and geometry of their lower flow chamber surface. The result is efficient force alignment, reduced energy consumption, and exceptional stabilization performance. This precise force alignment allows the vessel to achieve optimal stabilization without compromising speed or requiring excessive energy to maintain control.

Delphis Marine Technologies was founded to solve marine stabilization problems. Inspired by natural systems like the dynamic movements of dolphins and driven by advancements in aerospace and fluid dynamics, we revolutionize vessel stability.