When instrumentation is deployed underwater in a stationary position for long periods of time, biofouling will occur. This unwanted marine growth causes sensor drift, requiring preventative measures to ensure accurate data. Previously, the two most common methods to manage biofouling were mechanical wipers and chemical dosing. Neither is ideal, with the first being unsuitable for sensitive lenses and complex geometries, and the second being harmful to the environment.
AML’s biofouling control technology uses ultraviolet light to provide a non-toxic, non-contact solution to prevent marine growth. A biofouling solution unlike any other method currently on the market, Streetlamp UV and Cabled UV prevent biofouling during long-term, in-situ deployments. The LED modules bathe critical surfaces in ultraviolet (UV) light, killing early growth to prevent biofouling, and thus eliminating environmental drift in CTDs and multi-parameter instruments, and keeping critical surfaces of subsea devices clean.
Suitable for any situation:
Key Benefits:

Read More:
UV Biofouling Control Datasheet
Up to 25-hour mission duration
Speeds up to 4.2 knots
Increased module payload capacity
Search and recovery
Hydrography
Deep sea mineral exploration
Marine & Fisheries research
The Pinnacle 45 is rated to a depth of 2000 m, and delivers a 1000 m current profiling range with a decreased size and weight, a game-changing swappable configuration, and...
Read moreHardBall® Float Subsea Buoyancy
DeepWater Buoyancy’s Hardball® Floats provide subsea buoyancy for a wide variety of oceanographic applications.
Read moreOperating frequency from 170 to 220 kHz, 120 degree swath coverage, Up to 512 beams, Phase and amplitude bottom detection, Up to 240m water depth sounding, Titanium and Acetal construction.
Read moreG’day, Global Navies: Australia’s BlueZone Group Makes a Splash at Farnborough
The Value of Australian Representation at Global Defence Events- Reflections from CNE 2026 BlueZone Group hit the ground running at the Combined Naval Event in Farnborough 2026, bringing a distinctly...
Read MoreBeyond Line-of-Sight: Seebyte Enabling Over-the-Horizon Autonomy with USV Relay Architectures
As maritime operations push further into contested and communications-limited environments, the ability to project capability beyond the horizon is becoming a defining advantage of modern naval forces. For decades, underwater...
Read MoreHandheld Control, Mission-Ready: ArtemisHHC Redefines Underwater ROV Operations
The introduction of Blueprint Subsea’s ArtemisHHC (Handheld Controller) marks a significant step forward in underwater operational capability for divers operating within defence and specialist maritime environments. Officially launched at SOF...
Read More