- Hydrophone Products
- Ocean Based Sensor Systems
- Ground Based Sensor Systems
- Acoustic Transducers
- Energy Harvesting Systems
- System Design
- Hardware Development
- Fabrication and Assembly
- Testing
- Consulting
Hardware Development
SeaLandAire mechanical, electrical and sensor engineering staff work closely with the designers to turn the ideas into 3-D models and drawings that identify design requirement. The specific expertise include:
- Packaging
- Size constraints
- Weight constraints
- Deployment
- Flight certification
- Remote release mechanism
- Underwater deployment
- Operations
- Low noise systems
- Low electronic self noise
- Low mechanical noise
- Wave isolation
- High sensor sensitivity
- Signal conditioning
- Communication
- Embedded controllers
- Power source
- Hydrodynamic/aerodynamic efficiencies
- Low drag underwater systems
SeaLandAire has a wide variety of common computer aided design tools to assist in hardware development including:
- AutoCAD and SolidWorks for mechanical design
- CosmosWorks for FEA analysis
- Eagle for schematics and PCB layout.
- MatLab and Simulink for modeling and simulation
- Specialized mechanical modeling
- NSRDC’s FF-2E for free floating sensor systems
- Top-Moor for ice-moored sensor systems
- Bot-Moor for anchored sensor systems
- MatLab-based static 3D catenary solver developed by SeaLandAire
- Specialized tools for acoustic modeling of hydrophone array concepts and array geometry.
- Hydrophone/Projector Element design tools
- Flexure disk elements
- Cylindrical designs
- Spherical design
