Hydro-Dynamic Jet Propulsion System

Acronym- HYDRO-JET Engine

Primarily used by-

• Speed boats
• Submarines
• Aquatic drones

Scientific Explanation Instead of burning fuel like a traditional jet engine, Hydrojet Systems use energy pulses to ionize and accelerate water molecules, pushing the craft forward. This creates a high-speed water stream, allowing for rapid movement underwater. Perfect for deep-sea operations, including submersible battleships. The energy used also powers underwater shields to prevent pressure damage.

Limitations Ineffective in space or atmosphere — must use a secondary GRAV-THRUST system for non-aquatic movement.

Inventor(s) & Development HistoryOriginal Inventor:Development Timeline:First Use:

Variations & Alternative DesignsUpgraded Versions:Variation Designs: TIDAL-JET ENGINES (For Surface Ships & High-Speed Watercraft)

• Designed for speedboats, water skimmers, and naval craft.
• Uses low-resistance water displacement to reach high speeds over water surfaces.
• Some models allow for brief hovering by temporarily converting to anti-gravity lift.

RIFT-TIDE ENGINES (For Deep-Sea Combat Ships & Submarines)

• Generates a contained water vortex behind the ship, allowing it to sustain fast movement without external drag.
• Can create silent movement modes, perfect for stealth missions.
• Often paired with adaptive hull technology to reduce friction.

BIO-MORPHIC HYDROJETS (Inspired by Natural Marine Life)

• Mimics the fluid propulsion of marine creatures, allowing for smooth and undetectable movement.
• Ships using this system move more like living creatures than mechanical vehicles.

Regulations

Risks & Dangers