Call us at +1.408.636.4205 or send us an email to support@www.liquid-robotics.com.com 

The SV5 and SV6 are the latest releases of the Wave Glider platform, built on the proven architecture of the SV3. SV5 and SV6 offer increased payload capacity, expanded energy collection and storage,  and a highly configurable deck. SV6 natively supports 48 V power systems and payloads.

The Liquid Robotics Mission Support Operations is available to assist your team with Mission Planning, Operational Risk Assessments, and provides 24/7 support for piloting, reporting, real-time troubleshooting, and escalation management.

The platform is designed for multi-season persistence. It uses Coppercoat® anti-foul epoxy to minimize biofouling and relies on solar energy to charge its internal batteries for continuous operation of electronics and sensors.

Wave Gliders support several data backhaul methods, including Iridium Satellite (SBD/RUDICS) for global reach, Line of Sight Wave Relay Radio, Cellular for high-bandwidth near-shore operations, and Wi-Fi for local maintenance and data retrieval.

To ensure operational safety and mission success, we provide a tiered Wave Glider Operator training program. This includes foundational courses on vehicle systems and pilot training for mission planning and troubleshooting. 

Managed by the Regulus operating system, the vehicle follows operator-defined waypoints and courses. It features an integrated AIS receiver to detect other marine traffic and can be configured to autonomously change course to avoid potential collisions.

The Float and Sub are coated with Coppercoat®, a multi-season anti-foul epoxy. To maintain effectiveness over several years, the surface may occasionally need to be lightly abraded with fine-grade “wet and dry” paper to expose fresh copper.

The vehicle features a highly modular payload system. The SV5, for example, can accommodate up to 21 Modular Payload Unit (MPU) equivalents across its forward and stern flooded bays. Common integrations include meteorological sensors, physical oceanography sensors, acoustic modems.

Yes. Our experienced team can work with you on a tailored solution, including electrical, mechanical and systems engineering work to integrate payloads and ensure the Wave Glider supports your mission needs.

Yes. The Wave Glider excels as a “Seabed-to-Space” gateway, bridging subsea assets (using acoustic modems) to shoreside command centers (via satellite) in real-time.

Yes. Wave Gliders are used in defense and maritime security missions including surveillance, maritime domain awareness, communications relay, and anti-submarine operations. Their low operational profile, long endurance, and autonomous operation make them well-suited for persistent monitoring in contested or remote maritime environments. 

The Wave Gliders are shipped approximately 180 days after order acceptance, depending on the selected sensors.

The platform is engineered for extreme durability. While specific limits depend on mission configuration, the Wave Glider is designed to maintain station-keeping and navigation in a wide range of sea states, including high sea-state conditions where conventional vessels often struggle to operate.

Operators use the Wave Glider Management System (WGMS), a visual shoreside interface, to command and control multiple vehicles simultaneously from anywhere in the world.

Buyers typically evaluate mission duration, payload requirements, communications needs, operating environment, and desired level of autonomy. Fleet deployments may be ideal for organizations seeking scalable coverage across large ocean regions, while single-platform deployments are often sufficient for focused environmental or infrastructure monitoring missions. Liquid Robotics also provides mission simulations and operational risk assessments to help customers determine the right configuration before deployment.

Yes. Optional Auxiliary Power Units (APUs) can be added in a 1MPU form factor to increase the energy storage capacity of the system.

On mast, in-float, at hull (skeg or float mounted options), on sub, on optional winch or towbody.

Liquid Robotics provides a centralized Return Merchandise Authorization (RMA) process through our Customer Support team. This ensures accountability and rapid turnaround for vehicle inspections, refurbishments, and repairs. 

Hawaii Depot Repair Facility (Ship to Address):  

Liquid Robotics  

Attn: Receiving Dept. LRI RMA: #  

61-3661 Kawaihae Rd.  

Pier1, Kawaihae, Harbor  

Kamuela, HI 96743  

USA 

#A valid RMA number from Liquid Robotics must be issued before returning any equipment. 

Wave Gliders provide long-duration ocean monitoring without the fuel, crew, or operational overhead associated with traditional vessels. Unlike fixed buoys, they are mobile, can be repositioned remotely, and support real-time communications and sensor integrations. Organizations often choose Wave Gliders to reduce operational costs, improve safety, and expand coverage for missions lasting weeks to months. 

Wave Gliders are powered by wave and solar energy, enabling continuous operations for up to 12 months without fuel.