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 awareness beneath the surface is critical to effective maritime security operations. NiKA from Metocean, and supported in Germany by FLANQ, is a next-generation autonomous platform purpose-built for persistent maritime monitoring and undersea threat detection. Equipped with a custom-engineered hydrophone array, it performs high-precision acoustic data collection by cycling through the water column in Classic Mode or holding a fixed depth in Stealth Mode, gathering key intelligence before surfacing to transmit its observations.
NiKA is built for long-endurance subsurface monitoring, enabling operators to maintain acoustic awareness over extended periods without placing crewed assets at risk. Capable of operating at depths of up to 1,000 metres and remaining deployed for over a year, NiKA strengthens existing undersea surveillance frameworks by complementing fixed sensors, towed arrays and sonobuoys.
LONG-ENDURANCE ACOUSTIC SENSING, DEEP-WATER OPERATIONS, REAL-TIME CONNECTIVITY
NiKA does more than collect intelligence. Using Iridium Certus 100 satellite connectivity, with data rates of up to 88 Kbps, the platform transmits positional and acoustic data back to command networks anywhere in the world. This gives operators timely, actionable insight and supports faster decision-making across distributed maritime operations.
Designed for cost-effective deployment by uncrewed platforms and vessels of opportunity, NiKA delivers covert ISR capability in a compact, form factor with no visible branding. It uses AES-256 encryption for secure operations with automatic scuttling at end of useful life or GPS recovery. It is engineered for practical, mission-ready deployment in demanding maritime theatres. recovery.
NiKA delivers persistent autonomous undersea surveillance with precise acoustic sensing, deep-water endurance and real-time satellite-enabled reporting.
NiKA is capable of operating at depths of up to 1,000 m and can remain deployed for over a year, depending on selected acoustic windows and required depths.
Using an Iridium 9770 mid-band transceiver, NiKA transmits positional and acoustic data to command networks in real time, enabling informed operational decisions across global areas of interest.
Its custom hydrophone element samples at 6 KHz across a 10 Hz to 2.4 KHz frequency band and delivers a detection radius of 9.26 km (5 NM).
NiKA features a hard anodised aluminium housing and removable magnet activation method. At 25 kg, it is designed to be practical to handle and deploy.
Quick answers to some common questions about this product. Our support team is here to help with any specific questions you may have.
NiKA is designed for straightforward deployment from a wide range of maritime platforms. Weighing approximately 25 kg with integrated handles, it can be deployed using a simple slip-rope method from vessels or other maritime assets without requiring specialised launch systems. Once activated, NiKA autonomously carries out its programmed mission cycle of acoustic collection, surfacing, and satellite transmission.
NiKA can operate in Classic Mode, cycling through the water column to gather acoustic intelligence across varying depths, or in Stealth Mode, where it holds a fixed depth to collect data more discreetly. This gives operators flexibility to tailor behaviour to the mission and environment.
NiKA is designed with flexible recovery and lifecycle options. Units can be recovered using GPS location reporting, allowing redeployment where appropriate. Alternatively, NiKA can automatically scuttle at the end of its useful life, providing a controlled and secure end-of-mission outcome when recovery is not required or a practical option.
NiKA is designed to minimise operational burden while delivering long-duration capability. Ownership typically centres on mission planning, deployment and data management rather than continuous maintenance of the instrument. The platform’s autonomous operation, secure satellite connectivity and long endurance reduce the need for frequent maintenance, making it well suited to programmes seeking scalable, cost-effective undersea monitoring capability.