FLANQ USVs are smart USVs – intelligent, scalable, and highly customisable. Designed for the mission – whatever the mission – they can carry diverse senor and effector payloads and excel in both solo and coordinated, wolf pack deployments.
FLANQ-powered autonomous and remotely controlled underwater vehicles play a critical role in modern defence, enhancing capabilities across surveillance, reconnaissance, and combat missions – from naval base protection to underwater warfare training.
Transform your situational awareness above and below the water. Optimised for size, weight and power and integrated using FLANQ’s Q-KONTROL backbone, our vehicle-agnostic technologies let you sense threats, decide the outcome and enable the response.
Maintaining reliable communication is crucial for successful autonomous maritime operations, especially in remote offshore areas or during extended deployments. FLANQ USVs are designed to integrate seamlessly with satellite-based internet service from multiple vendors including Starlink. These provide secure, high-bandwidth, low-latency connectivity for uninterrupted command and control, real-time data streaming, and operational dependability.
Starlink offers significantly higher bandwidth compared to traditional maritime satellite solutions, enabling real-time video surveillance streaming, large data file transfers, and seamless remote control of USVs. Starlink’s rapidly expanding constellation provides near-global coverage, ensuring reliable connectivity in remote ocean areas and enabling extended deployments far from shore.
The integration of Starlink with FLANQ USVs, facilitated by Q-KONTROL’s simplified payload integration and managed by Q-MIND’s powerful data management capabilities, provides a comprehensive solution for multi-domain operations. This combination enables persistent surveillance, improved command and control, and enhanced data transfer for various applications, including maritime security, search and rescue, environmental monitoring, and contactless combat.
Starlink provides secure, high-bandwidth satellite connectivity for FLANQ USVs operating across Europe, including the Baltic States.
Starlink’s high bandwidth and low latency facilitate reliable command and control of USVs beyond visual line of sight. from the USV, allowing for broader area coverage and more complex missions.
While not entirely immune, Starlink’s large constellation and frequency hopping technology make it more resistant to jamming and interference attempts compared to traditional satellite systems.
Starlink terminals can be directly integrated onto USV wolf packs, eliminating the need for complex shore-based relay stations or intermediary communication links.
Starlink’s LEO constellation provides significantly lower latency compared to traditional geostationary (GEO) satellites. This is for mission monitoring in dynamic combat situations.
Quick answers to some common questions about this product. Our support team is here to help with any specific questions you may have.
Starlink user terminals are designed for relatively straightforward installation on USVs like T12, T24 and T38. The Q-KONNECT module further simplifies this integration by providing standardised interfaces and power connections for the Starlink terminal. We typically deliver all our USVs with Starlink already fitted.
While no system is completely impervious, Starlink’s frequency hopping technology make it more resilient to jamming and interference. Its advanced encryption protocols also protect communication links from unauthorised access and interception, safeguarding sensitive mission data.
For a few reasons; quality, cost, simplicity and of course its high bandwidth. This underpins the real-time streaming of large volumes of data from multiple sensors onboard a USV, including high-resolution imagery and large sonar data packets. Contact us to discuss other providers if Starlink is not suitable for your CONOPS.
Starlink user terminals are designed for efficient power consumption, minimising the impact on the USV’s overall power budget. Peak consumption is around 260 watts when under heavy load or during system boot-up. Our engineers can work with you to optimize power management strategies for extended deployments, ensuring continuous operation of both the USV and the communication system.