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Vessels

Our three ASV models combine best-in-class hardware, software, and artificial intelligence to accomplish the nation's most critical maritime missions.

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Description

Spyglass

Spyglass is a 6’ vessel equipped with advanced sensors and a configurable payload bay to enhance domain awareness and deliver diverse effects in contested waters. It is designed for tactical deployment, alone or in collaborative swarms, via at-sea launch and recovery from expeditionary craft.

Specifications
Range
30 nm
30 nm
Top Speed
20 kts
20 kts
Payload
40 lbs
40 lbs
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Description

Cutlass

Cutlass is a 14’ vessel designed to transit significant distances with increased payload capacity. Built to perform critical roles for the Joint Force, including deploying loitering munitions, connecting communications nodes in adaptive C2 networks, and identifying, classifying, and tracking other surface craft.

Specifications
Range
300 nm
300 nm
Top Speed
20 kts
20 kts
Payload
200 lbs
200 lbs
Description

Corsair

Corsair will be the third addition to Saronic’s expanding family of systems, designed to satisfy highly urgent and impactful operational requirements for maritime unmanned systems.

Specifications
Specifications Coming Soon
Coming Soon
Hardware

Pushing the limits of innovation, performance, and reliability.

The side of the Spyglass
The top of the Spyglass
H/001

Durable

Engineered to endure the rigors of military operations in the maritime environment.

H/002

Configurable & Modular

Flexible architecture to seamlessly integrate a variety of mission-specific payloads and sensors.

H/003

Networked

Resilient multichannel communications for manned and unmanned teaming in contested environments.

H/004

Attritable

Produced at scale for mass deployment and utilization in high risk missions.

Software

Harnessing the power of AI for superhuman results.

S/001

Mission-Level Autonomy

Artificial intelligence and cross-platform data fusion enable adaptive swarm tactics.

S/002

Mission Control

Browser-based interface that can operate independently or integrate into any operating software.

S/003

Smart Navigation

Adaptive path planning for optimized performance in a variety of different sea states.

S/004

Simulation

Digital twins accelerate learning and reduce risk prior to system validation in the physical world.