Sonardyne Expands SPRINT-Nav Into Family of Underwater Navigation Products

Sonardyne, a Kraken Robotics company, has expanded its SPRINT-Nav technology into a complete, scalable family of underwater navigation systems for marine robots, built around a single shared architecture. The expansion brings higher performance to the smallest vehicles while extending how far the largest platforms can travel unaided. With every form factor now working across a unified software suite, manufacturers and operators can easily swap navigation solutions in and out as mission needs grow.

 

Details of the Expansion

 

Sonardyne has broadened an established product line. It expanded its SPRINT-Nav technology into a full family. This covers a range of underwater navigation systems. These are designed for marine robots. The family is built around a single shared architecture.

The company has a strong heritage in this area. SPRINT-Nav has been available for more than a decade. It combines key navigation sensors in one instrument. This instrument comes pre-calibrated from the factory. This has long helped subsea teams simplify their systems.

 

Benefits of the Original Technology

 

The original technology addressed common challenges. It combined the sensors needed for underwater navigation. This was done in a single pre-calibrated instrument. This approach helped teams save space aboard vehicles. It also reduced build complexity.

These benefits carried practical value. The integrated approach lowered integration risk. Subsea vehicle teams worldwide adopted it. It streamlined the process of equipping vehicles. This established the technology's reputation in the market.

 

The Expanded Family

 

The expansion broadens the range of applications. It provides higher performance to the smallest vehicles. It also extends the reach of the largest platforms. These larger platforms can now travel further unaided. This spans a wider range of vehicle sizes than before.

The family shares a common foundation. Every new form factor uses a unified software suite. This includes the same web interface and API. This shared architecture is central to the expansion. It connects the different products in the range.

 

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Operational Flexibility

 

The unified architecture offers practical advantages. Manufacturers can easily swap navigation solutions. Operators can do the same as needs change. This allows swapping systems in and out. It accommodates growing mission requirements over time.

This flexibility reduces friction for users. A common software suite eases transitions between products. Teams need not relearn systems when upgrading. This lowers the barrier to changing solutions. It supports evolving operational demands.

 

Technical Capabilities

 

The family retains core proven capabilities. All variants keep the same integrated systems. These combine inertial navigation and Doppler velocity logging. Factory pre-calibration is retained across the range. True north seeking heading is also maintained.

New features enhance these capabilities. All variants now offer faster initialisation. They support survey operations with Fusion 2 software. This unlocks additional aiding and calibration functions. Setup is easier with less offshore configuration required.

 

Significance for the Sector

 

The expansion strengthens the company's market position. It broadens the applicability of a proven technology. This spans vehicles from the smallest to the largest. The scalable approach suits a growing robotics market. It positions the company across diverse applications.

The move reflects growing demand for marine robots. Underwater vehicles require reliable navigation systems. A scalable family meets varied vehicle needs. The shared architecture simplifies adoption for manufacturers. This supports the expanding underwater robotics sector.