AUTONOMOUS ACTIVE • AQUAV TITANIUM CORE

Autonomous water waste collector prototype

Advanced robotics for autonomous lake and ocean cleanup. Engineered with twin-hull hydrodynamic stabilization and intelligent surface debris capture.

Explore 3D Customizer Technical Specifications

TELEMETRY FEED // PROTOTYPE #01

HEADING: 184° SSW

AQUAV autonomous water waste collector 3D prototype showing hydrodynamic twin hulls and solar propulsion

Purification Rate

1,250 m²/hr

Propulsion

Twin Hydro-Jets

Power Array

Solar + Lithium

Hull Matrix

Recycled PET

INTERACTIVE PROTOTYPE RENDERING • VOLUMETRIC HYDRO-CHASSIS

Telemetry & Architecture

Precision Marine Engineering

Every millimeter of the AQUAV autonomous collector is engineered for extreme aquatic endurance, hydrodynamic efficiency, and non-stop debris harvesting.

Triple propeller propulsion system for autonomous water collector

THRUST MATRIX V4

ACTIVE • 98.4% EFF

MODULE 1

Motorized Triple-Propeller Propulsion

Precision brushless thrusters calibrated for omnidirectional aquatic mobility. Dynamically counters cross-currents while maintaining continuous debris intake with near-zero acoustic cavitation.

Peak Brushless Thrust3x 850W

Vector Control Arc360°

Max Fluid Intake Velocity14.2 kt

Solar cell array and modular battery enclosure module

SOLAR TELEMETRY

STANDBY • OPTIMAL

MODULE 2

Smart Solar-Assisted Battery Housing

Integrated monocrystalline solar deck paired with IP68 hermetically sealed lithium-iron phosphate architecture. Autonomous thermal cooling channels prevent battery degradation in direct midday sun.

Modular Cell Capacity1,240 Wh

Continuous Sweep Time18.5 hrs

PV Conversion Efficiency94.8%

Hydrodynamic dual hull floating chassis with debris funnel

CATAMARAN AERO-HYDRO

AUTONOMOUS • BALANCED

MODULE 3

Hydrodynamic Dual-Hull Floating Architecture

Lightweight twin-pontoon structure manufactured from reinforced marine composites. Engineered with an inverted venturi channel that concentrates surface plastic debris straight toward the collection bay.

Internal Sorbent Basket120 L

Wave Resistance RatingClass 4

Hydrodynamic Drag Coeff0.22 Cd

Ready to configure your operational setup?

Customize modular propulsion, payload capacity, and chassis colorway in the interactive 3D studio.

Fleet Telemetry Catalog

Autonomous Cleaning Units

Curated marine collectors, propulsion packages, and inductive solar stations built for deployment in ponds, rivers, and coastal waterways.

Custom Waterway Management Consultation

AQUAV Field Engineering • 123 Water Street, Aquaville

Hardware ArchitectureSYS-SPEC 4.0

Modular Eco Drone Ecosystem

Explore purpose-built robotics hardware for autonomous freshwater and coastal remediation.

CLS-900 AQUA-VSYSTEM CORE

Collector Classes

Twin-hull autonomous aquatic collectors engineered with modular buoyancy tanks and precision intake hydrodynamics.

Key Metric450L Debris Bin

StandardDual Autonomous Livery

THR-400X VECTORPROPULSION

Replacement Thrusters

Direct-drive brushless marine thrusters with weed-resistant impellers and anodized hydrodynamic alloy enclosures.

Key Metric280W Sustained Thrust

StandardIP68 Submersible

TLM-88 BIO-ARRAYSENSORS & COMMS

Telemetry Kits

Multi-band GPS transceiver and optical turbidity sensors enabling real-time debris mapping and water metrics.

Key MetricSub-meter Satellite RTK

StandardCloud Mesh Sync

DCK-SOLAR MATRIXSUSTAINED POWER

Solar Charging Docks

High-efficiency crystalline photovoltaic berths for automated docking, wireless top-ups, and uninterrupted sweeps.

Key Metric120W Monocrystalline

StandardMagnetic Self-Aligning

Autonomous Hardware Architecture

Flagship Autonomous Water Waste Collector

Immersive showcase of the premier twin-hull water waste collector detailing dual-bottle buoyancy chambers, rapid multi-stage debris intake, and customizable chassis finishes.

STATUS: TELEMETRY LOCKEDTWIN-HULL RESILIENCE SPEC 4.2

CORE ARCH: AQUAV-X1

Electric Cyan

PORT-01

BOTTLE L

SUCTION INTAKESTAGE 1-3

CENTRIFUGAL VAULT

STBD-02

BOTTLE R

3D SPATIAL GESTURE READY • MOVE CURSOR TO EXAMINE TILT

Custom Chassis Finish

Select UV-resistant anodized nano-coating

Hydrodynamic Stability

Dual-Bottle Buoyancy Chambers

Ultra-resilient twin-hull ballast system designed for zero-tilt equilibrium, dynamic wave displacement, and continuous micro-buoyancy tracking.

Stability Index98.4%

OPTIMAL

Autonomous Filtration

Rapid Multi-Stage Debris Intake

High-throughput particulate extraction funneling surface plastics, micro-toxins, and floating macro-waste into isolated containment vaults.

Flow Throughput140 L/min

ACTIVE FLOW

Kinetic Robotics

Telemetry & Propulsion Array

Brushless dual thrusters with algorithmic vector correction, real-time current response, and solar regeneration docking interface.

Autonomous Run16+ Hrs

HIGH CAP

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