Technology
Infographics

Visual guides to Active Boundary Layer Thrust Vectoring — see how ABLTV eliminates mechanical rudders and redefines marine propulsion through digital fluid dynamic control.

The Appendage Era vs The Modulator Era

A side-by-side comparison of old and new marine propulsion paradigms.

APPENDAGE ERA ⚠ Parasitic drag from rudder surface area ⚠ Mechanical failure points below waterline ⚠ Up to 12% energy loss to appendage drag MODULATOR ERA OVERHEAD — SIMULATOR VIEW (ROTATED) Bow 7 Jets ✓ Zero parasitic drag — no appendages ✓ No moving parts below the waterline ✓ Full digital control at 100Hz loop

How ABLTV Works

Three sequential stages of boundary layer thrust vectoring in action.

1 Command Received 100Hz Controller 1 2 3 4 5 6 7 7 thrust nodes at the transom receive independent commands from the 100Hz control loop 2 Boundary Layer Warping Differential thrust modulation selectively warps the boundary layer along the hull surface 3 Yaw Without Rudder THRUST DIFF ✕ No Mechanical Rudder Yaw achieved purely through differential thrust modulation — zero moving parts underwater

Technical Specifications

Engineering details of the ABLTV system at a glance.

Control Loop 100Hz real-time Closed-loop digital feedback at 10ms intervals
Thrust Nodes 7 independent Each node independently addressable for differential control
Moving Parts (Underwater) Zero No mechanical linkages below the waterline — nothing to foul or fail
Manufacturing Modular Design Regional manufacturing hubs via additive fabrication
Vectoring Software-Defined Yaw, pitch, and roll vectors calculated and executed in software
IP Status Patent-Pending Proprietary ABLTV technology under active patent prosecution

The Floating Bar Concept

An aspirational lifestyle vessel showcasing the real-world application of ABLTV.

FLOATING BAR Powered by ABLTV · Zero Emissions · Silent Operation ABLTV Array Clean Wake

Market Opportunity

The ABLTV platform addresses a massive global market with compelling tailwinds.

$

$12B+ TAM

Total addressable market spanning recreational marine, commercial shipping, and defense sectors. ABLTV disrupts the entire marine propulsion category.

Recreational Commercial Defense

60% Fewer Failure Points

60% of small-vessel engine failures stem from mechanical linkage or propeller/rudder snagging. ABLTV's no-moving-parts architecture eliminates this entire failure domain.

60% Failure Reduction
~0 Underwater Maintenance

Regulatory Tailwinds

Global emissions regulations are tightening. Electric propulsion mandates in coastal zones favor ABLTV's silent, zero-emission, low-drag architecture.

EU Emissions EPA Standards IMO 2030
12+ Patent Assets
100Hz Control Fidelity
7 Thrust Nodes
0 Moving Parts Underwater

See ABLTV In Action

Launch the interactive ABLTV surface simulator — a real-time p5.js physics model of the 7-node thrust vectoring system. Control steering, throttle, and emergency braking. Desktop only.

Launch Simulator →