Projects

SeaLandAire has an extensive resume of projects that showcase our capabilities.

PHASE

Precision High Altitude Sonobuoy Emplacement

Precision High Altitude Sonobuoy Emplacement (or PHASE), is a Phase II SBIR effort investigating sonobuoy hardware and software adaptations to facilitate highly accurate placement from high altitude launches. The …Continue reading 

COMPACT RIVERINE AUV

Compact Riverine Autonomous Underwater Vehicle

SeaLandAire has led in the development of a compact, light-weight (less than 20 lbs) Autonomous Underwater Vehicle (AUV) designed to map and report bathymetry and intrusive objects in a …Continue reading 

CMAS

Commandable Mobile ASW Sensor Propulsion

SeaLandAire designed and build a full 6 Degree-of Freedom (DOF) propulsion and steering tail-cone assembly, navigation module with required software for a new A-size mobile training target.  The propulsion …Continue reading 

POS-SKB

Persistent Ocean Surveillance Station Keeping Buoy

SeaLandAire completed Phase I and Phase II contracts for Persistent Ocean Surveillance Station Keeping Buoy (POS-SKB) in response to DARPA BAA 04-33 Station-Keeping Energy Harvesting Sensors.  The system was …Continue reading 

VIVACE

Large Scale Vortex Induced Vibration for Renewable Energy

SeaLandAire provided engineering support services to Vortex Hydro Energy to design, develop, and test a large scale renewable energy device based on the principle of vortex induced vibrations – …Continue reading 

GATEKEEPER

Autonomous Surface Vehicle for Persistent Observation & Communication

The Gatekeeper was designed to provide a solution for an unmanned, long-life perimeter sensor fence at a known location.  Because of the required long life capability, it was required …Continue reading 

MDAR / MCIAS

Miniature Directional Acoustic Reciever & Miniature Commandable Impulsive Acoustic Source

The Miniature Directional Acoustic Receiver (MDAR) and Miniature Commandable Impulsive Acoustic Source (MCIAS)—affectionately termed ‘mini buoys’—are SeaLandAire’s response to saving volume and weight without sacrificing performance in anti-submarine warfare …Continue reading 

CSP

Covert Sensor Package / Threat Spectrum Direction Finding Unit

Covert Sensor Package / Threat Spectrum Direction Finding Unit SeaLandAire developed a network of sensor nodes capable of detecting and localizing (direction) gunfire in contested environments. Two unique Unattended …Continue reading 

MARS

Moored Acoustic Reference System

Moored Acoustic Reference System The purpose of the SeaLandAire Moored Acoustic Reference System (MARS) is to monitor ambient noise and subsurface acoustic communication signals (underwater sounds). It consists of …Continue reading