Commercial marine
Hull & running gear
Target fouling where hydrodynamic condition and protection of the underlying surface have direct operational value.
BioBlade · Marine cleaning technology
Targeted biofouling removal.
Low energy. Low impact.
BioBlade applies patented resonant blade technology at the fouling interface, with defined tool formats for marine yards, diver operations and ROV integration — and a future route into autonomous cleaning systems.
Low recoil
Low power
Chemical-free
Platform adaptable
BioBlade Manual Yard Tool
Type 1 · Current development priority
Patentedcore resonant method
Six tool typesmanual, diver, ROV & retail formats
Field-developedworking machines tested on vessels
UK engineereddesigned for production development
A different cleaning approach
Remove the fouling without making cleaning the next maintenance problem.
Conventional high-energy cleaning can remove growth quickly, but the method can also introduce coating damage, surface erosion, recoil, heavy support requirements and significant disturbance around the work area.
BioBlade concentrates mechanical action at the fouling interface. The resonant blade motion is intended to break adhesion with low reaction force, avoiding reliance on high-pressure fluid energy or rotary contact.
01
Break the adhesion. Apply controlled blade motion where fouling meets the underlying surface.
02
Reduce reaction force. Low recoil and low power demand make the technology suitable for manual and robotic deployment.
03
Target the task. Clean selected areas for maintenance or inspection rather than defaulting to broad-area, high-energy removal.
Applications
Built for targeted marine maintenance and inspection support.
BioBlade is being developed for tasks where controlled removal, access and platform integration matter as much as cleaning rate.
The BioBlade principle
One core mechanism.
Different ways to deploy it.
1
Resonant motion
The drive system creates rapid reciprocating blade movement using the patented operating principle.
2
Interface action
The blade works locally at the growth/substrate boundary rather than relying on high-pressure fluid energy.
3
Platform flexibility
The core tool can be packaged for manual use or integrated with ROVs, crawlers and autonomous systems.
Definitive BioBlade tool range
Six tool types. One core operating technology.
The Manual Yard Tool remains the current primary development programme. The defined range then scales the same operating principle across compact yard work, ROV deployment, deep-diver use and the private boat-owner market.
Type 1 · Current priority
Manual Yard Tool
Powerful, robust heavy-duty tool intended primarily for surface marine-yard work, with operation to approximately 50 ft depth.
- Quick-change work-head forms
- Detachable rechargeable battery pack
- Corded option available
- Interchangeable handle mounting positions
Type 2 · Manual
Light Duty Commercial Yard Tool
Smaller yard-tool format designed for holster use while working around a yard or marina — compact and convenient for local or smaller cleaning tasks.
- Commercial yard / marina use
- Holster-scale format
- Water resistant to approximately 50 ft
Type 3 · ROV compatible
ROV Compatible Tool
Designed for integration with existing work-class or observation-class ROVs. The core unit can be configured with an ROV manipulator interface or integrated directly into the host platform.
- Self-contained or ROV-supplied power
- Operating requirement: 24 V at 3 A
- On/off interface configuration required
Type 4 · Diver
Deep Dive Manual
Deep-sea diver-operated version of the Yard Tool, configured for long-duration subsea use and one-handed handling.
- Dual-battery capacity
- Up to 4 hours stated continuous use
- Centre-balanced for one-hand operation
- Designed for saturation-diving depths
Type 5 · Diver
Deep Dive Mini
Compact deep-water format intended for holster carry and local fouling removal where the full manual tool is unnecessary.
- Holster use at depth
- Centre-balanced for one-hand operation
- Designed for saturation-diving depths
Type 6 · Retail
Retail Boat Owner Tool
Lower-cost, lower-specification derivative intended for private use around boats and marinas.
- Domestic / boat-owner use
- Compact manual format
- Splash resistant — not submersible
Development, not blank-sheet theory
An established operating principle being engineered into a new product family.
The current BioBlade programme builds on earlier commercial marine use of the core operating principle. ROVMONIX has since developed working machines through multiple mechanical and system iterations, with vessel testing feeding directly into configuration and performance refinement.
Workingcurrent development machines
Field testedacross multiple vessel operating cases
Protectedpatent coverage in key UK, European and US markets
Product configurations shown on this site are development-stage designs and may change as validation, certification and production engineering progress.
Earlier tool generations across different marine applications.
Historical field evidenceThe image quality reflects the age of the footage. These clips are retained because they document the operating principle being used in real marine environments before the current BioBlade product family.
Historical · Miami
Fishing-vessel field test
Earlier-generation technology demonstrating biofouling removal on a working fishing vessel.
Historical · Subsea
Hydraulic diver-tool generation
Earlier-generation subsea testing demonstrating the technology in diver-operated hydraulic form.
Historical · Yacht
Gel-coat waterline cleaning
Earlier-generation tool demonstrating controlled fouling removal at a yacht waterline where surface finish matters.
Historical · Florida
Short-term growth removal
Underwater test showing removal of lighter marine growth after a short immersion period.
Historical · Aluminium hull
Waterline fouling removal
Earlier-generation tool demonstrating fouling removal on an aluminium vessel hull.
Historical · Inspection / NDT
Targeted subsea steel preparation
Localised removal of marine growth and surface contamination to expose a defined inspection area while minimising unnecessary surface aggression.
BioBlade in action
Current development tools. Real field testing.
These clips show the current Manual Yard Tool and Light Duty Commercial Yard Tool during development testing. Audio has been removed and the footage is presented as test evidence rather than finished-product demonstration material.
Current-generation field test
Manual Yard Tool — Buckie
Development testing on a heavily fouled marine surface, showing local removal and the cleaned path left behind the blade.
Current-generation field test
Light Duty Commercial Yard Tool
Compact-tool development testing on established marine growth, demonstrating the same core cleaning approach in the smaller commercial format.
Future concepts
Extending BioBlade into autonomous marine maintenance.
The same low-reaction cleaning principle creates a route toward crawler and autonomous platforms where routine intervention can be integrated into vessel operations.
Future platform
Autonomous Crawler Vehicles
A future development route would combine crawler-platform capability with BioBlade adaptive cleaning technology. The concept is to allow vessels to deploy onboard robotic cleaning units while alongside for cargo or passenger operations.
This is a future concept rather than a current production tool. The intended advantage is to move routine hull-cleaning activity toward autonomous deployment and reduce dependence on diver intervention for the cleaning task.
ROVMONIX concept visualisation
Talk to ROVMONIX
Have a marine cleaning or inspection problem worth solving?
ROVMONIX is interested in practical applications, field-trial opportunities and integration discussions across commercial marine and subsea operations.