WaterStation Max

The Most Advanced Monitoring Platform 

Designed for Precision, Built for the Field.

Product details

WaterStation Max is a fully autonomous monitoring station designed for continuous water quality measurement in rivers, lakes, and other inland water bodies. Equipped with the most advanced laboratory grade precision sensors and remote data transmission, it enables real-time monitoring of key physicochemical parameters of water and air, ensuring reliability and precision year-round

10+ Water Quality Sensors

3+ Air Quality Sensors

Autonomy: Solar & Hydro ∞

Connection: Cellular LTE4, LoRA & GPS

Dimensions: ⌀75 x 150cm (15kg)

Shipping

Worldwide shipping available, with options for expedited delivery. Orders typically ship within 3-5 business days. Track your shipment easily through our online portal.

Returns

We offer a hassle-free return policy within 30 days of purchase. If you're not satisfied, simply contact our support team for assistance. Your satisfaction is our priority.

Sensors

Real-Time Water and Air Quality Monitoring

Gain full control over aquatic environments with precise physicochemical and meteorological measurements

Meteorological measurements

AQ

Air Quality (eCO2*, TVOC**)

Measurement range: 0 - 65000 TVOC, 400 - 65000 eCO2 ppb

Accuracy: ± 5% actual value

*carbon dioxide equivalent

**total concentration of volatile organic compounds

°C↑

Air Temperature

Measurement range: from -10°C to +80°C

Accuracy: ± 0.5°C

RH

Air Humidity

Measurement range: 10%RH to 80%RH

Accuracy: ± 3% RH

hPa

Air Pressure

Measurement range: 300 - 1100 hPa

Accuracy: ± 1 hPa

Physicochemical measurements

°C↓

Water Temperature

Measurement range: from -10°C to +85°C

Accuracy: ±0.5°C actual value

↓m

Depth

Measurement range: 5 - 600 cm

Accuracy: ±2% actual value

µS

Conductivity

Measurement range: 100 - 2000 microS/cm

Accuracy: ±5% actual value

ORP

ORP Redox (Oxidation-Reduction Potential) 

Measurement range: ±10 mV (25 ℃)

Accuracy: ≤20 sek

pH

pH

Detection range: 0 - 14 pH

Accuracy: ±0.1 pH

O₂

Oxygen

Measurement range: 0 - 20 mg/L

Accuracy: ±5% actual value

PO₄

Orthophosphates

Measurement range: 0,1 - 20 mg/L (0,5 - 200 ppm)

Accuracy: ±5% actual value

Chl

Chlorides

Measurement range: 10 - 10,000 mg/L (10 - 10,000 ppm)

Accuracy: ±5% actual value

NO₃

Nitrates

Measurement range: 0.5 - 200 mg/L (0.5 - 200 ppm)

Accuracy: ±5% actual value

NH₄

Ammonium Ions

Measurement range: 0.5 - 200 mg/L (0.5 - 200 ppm)

Accuracy: ±5% actual value

And more

Water station can be upgraded to include more sensors to support additional measurements

Unmatched Power and Energy Autonomy

Designed for continuous year-round operation, WaterStation Max integrates four high-efficiency solar panels and an optional micro-hydro generator, ensuring uninterrupted energy supply in any environment, including winter conditions and ice-covered waters. This floating laboratory-grade monitoring station is ideal for critical infrastructure, research institutions, and water management organizations, providing data for preventing ecological disasters, optimizing resource management, and assessing pollution sources with precision.

Portable Yet Powerful Monitoring Platform

Despite its advanced capabilities, WaterStation Max remains lightweight and portable, allowing for deployment from small boats, docks, or riverbanks. Its high-performance architecture ensures continuous data collection for both short-term research and long-term environmental monitoring.

Modular and Plug-and-Play

WaterStation Max is engineered for effortless setup and operation, making it accessible for both professionals and non-experts. With a hull diameter of 50 centimeters and a weight of under 20 kilograms, its modular design allows for quick assembly and deployment. Featuring water-protected quick-connect ports, the system ensures durability, ease of maintenance, and long-term reliability in the field.

Laboratory Grade Precision State of the Art Innovative Measurment System

The innovative WaterSensors Module uses a continuous roll of miniature printed sensors, ensuring daily sensor replacement for peak accuracy. Each sensor is preconditioned in a buffer solution and automatically calibrated, eliminating the need for manual cleaning or chemical calibration. The entire sensor roll lasts up to one year, enabling hassle-free, continuous monitoring without station removal

Revolutionary Printed Electronics Sensors

WaterStation Max is equipped with cutting-edge printed electronics sensors, featuring ion-selective membranes that provide unmatched repeatability, selectivity, and accuracy. The cost-effective, replaceable sensor rolls allow for quick sensor swaps in just minutes, eliminating the need for on-site calibration or cleaning. This low-maintenance approach makes replacing sensors as easy as changing a printer toner, ensuring seamless operation.

Multi-Depth Water Sampling for Comprehensive Analysis

WaterStation Max features automated multi-depth water sampling, allowing researchers to collect data from various thermal layers within a water body, including littoral, epilimnion, metalimnion, and hypolimnion zones, ensuring a complete assessment of water quality dynamics.

Coming Soon

AI-Powered Anti-Artifact Data Filtering

WaterStation Max utilizes AI-driven data validation algorithms to detect and correct anomalies. If an artifact is detected, the system automatically replaces the sensor and re-runs the measurement to ensure only reliable, laboratory-grade data is recorded. This guarantees high-quality insights for data-driven decision-making in critical environmental applications.

Hydro-Powered Energy System for Flowing Waters

The optional micro-hydro generator ensures continuous power generation, harnessing energy from flowing water in rivers and dynamic aquatic environments. This ensures full energy autonomy, powering all station systems, including electronics heating in winter and automated ice-melting features. The system can maintain laboratory-grade measurements even in ice-covered waters, positioning itself within an ice-free opening to guarantee uninterrupted data collection.

Optimized Solar Energy for Stationary Waters

For deployments in lakes, reservoirs, and other non-flowing waters, WaterStation Max features an optional solar panel array that provides continuous power, ensuring long-term autonomy without manual charging.

Intelligent Battery Management System

A specially designed high-efficiency battery pack ensures at least three months of continuous operation, even in the absence of sunlight or water flow. The integrated heating system automatically warms the battery in cold conditions, preventing temperature-related power failures.

Coming Soon

High-Capacity Data Logger for Comprehensive Monitoring

WaterStation Max integrates with WaterLogger Max, featuring wet-mate marine connectors and multiple expansion options. Designed for future-proof adaptability, the system supports seamless hardware upgrades to accommodate evolving monitoring needs.

Advanced Wireless Communication and Data Transmission

WaterStation Max ensures real-time data transmission using LTE4+ cellular connectivity, WiFi, and Bluetooth, with an optional LoRa telemetry module for installations in areas without cellular coverage. The high-speed 4G LTE connection enables even real-time image streaming. A two-way communication protocol allows for remote execution of actions, ensuring the monitoring station remains fully operational in any environment.

LoRa Telemetry for Remote Installations

In areas with limited or no cellular connectivity, WaterStation Max supports LoRa telemetry with a range of up to 10 km in line-of-sight and 4 km in urban areas. A future upgrade will include satellite data transmission, expanding monitoring capabilities to even the most remote locations.

Dedicated Maintenance and Configuration App

A specialized maintenance app for iOS and Android devices enables users to analyze station performance, configure settings, and conduct diagnostics via Bluetooth connectivity. Designed for use while on-site or nearby (such as from a boat), this app streamlines ongoing maintenance and ensures peak operational efficiency.

Coming Soon

Enhanced Visibility and Smart Lighting System

The integrated twilight sensor and LED indicator ring provide real-time water quality signaling using RGB color-coded lighting. Additional high-power marine lights ensure long-range visibility, making the station easy to locate in all conditions.

Comprehensive Security and Anti-Tampering System

WaterStation Max is equipped with an advanced anti-vandalism security suite, including motion sensors, a microphone, and high-resolution cameras to monitor its surroundings. It features:
• LED spotlights and alarm sirens activated when threats are detected
• Ultrasonic vessel detection sensors to prevent collisions
• Marine traffic light system for increased nighttime visibility
• Twilight sensor for automatic lighting control
• Customizable deterrent scenarios via WaterCloud for automated security responses

Advanced Ultrasonic and Motion-Based Security

Equipped with 360-degree movement sensors and ultrasonic mapping technology, WaterStation Max can detect objects within its vicinity and analyze it’s own movement patterns in nine degrees of freedom.

Live 360-Degree Camera for Remote Monitoring

WaterStation Max is equipped with an advanced anti-vandalism security suite, including motion sensors, a microphone, and high-resolution cameras to monitor its surroundings. It features:
• LED spotlights and alarm sirens activated when threats are detected
• Ultrasonic vessel detection sensors to prevent collisions
A high-resolution 360-degree camera with night vision allows users to access live footage via the WaterCloud platform, providing visual confirmation of station status and surrounding conditions.
• Twilight sensor for automatic lighting control
• Customizable deterrent scenarios via WaterCloud for automated security responses

Acoustic Monitoring and Alarm System

An integrated microphone captures ambient sound activity, while 110 dB alarm sirens activate upon detecting threats. Adjustable frequency settings allow customized security responses based on the monitoring environment.

Powerful LED Reflector for Nighttime Operations

A bright LED reflector enhances visibility in low-light environments, ensuring clear imaging for the live 360-degree camera feed and overall operational safety.

Coming Soon

Top-to-Bottom Sensor Ports for Maximum Protection

Four double 5-centimeter pass-through ports enable secure underwater sensor integration, keeping cables fully protected. The system includes screw-on protective caps at both the top and bottom to safeguard all connections from external conditions, debris, and physical damage, ensuring long-term sensor reliability.

Seamless Connectivity and Integration

A bright LED reflector enhances visibility in low-light environments, ensuring clear imaging for the live 360-degree camera feed and overall operational safety.

Coming Soon

Coming Soon

Durable and Modular Sensor Cage

A reinforced sensor cage provides secure mounting for up to six water quality sensors, using interchangeable TPU-based holders for precise positioning. The dedicated depth sensor mount allows for accurate multi-depth profiling, and the modular quick-install design ensures rapid deployment with just four hexagonal screws.

Versatile Deployment and Mooring Options

The adaptable mooring system offers three mounting heights, allowing installation in various aquatic environments. Whether secured at the water surface, slightly below water level for buoy-assisted mooring, or centrally positioned beneath the buoy for anchoring to lake or riverbeds, WaterStation Max provides flexibility for any deployment scenario.

Coming Soon

Coming Soon

Secure Mooring

Equipped with reinforced nut in three diffrent spaces ensuring secure and stable mooring in various aquatic environments. It supports multiple mooring configurations, including catenary moorings, small-buoy assistance catenary moorings, semi-taut two-point moorings, and inverse-catenary (S-shape) moorings. The design allows for flexible positioning, with the option to use a centrically positioned lower cage to adjust the mooring connection point for improved stability and performance in dynamic water conditions.

Engineered for Extreme Durability

WaterStation Max is designed to withstand the harshest environmental conditions, ensuring years of continuous and reliable operation. Constructed from cross-linked polyethylene with a heavy-duty ASA polymer skin, it offers exceptional impact resistance, UV protection, and resilience against extreme weather conditions, including ice and snow. Built for long-term deployments in demanding aquatic environments, WaterStation Max delivers unmatched durability, making it the ultimate solution for high-precision, autonomous water quality monitoring.

Technical specification

Coming Soon

Battery

2x 2.5Mwh - przy wysylce danych co 30 minut, 2-3 lata

Lightning

Zielony kolor, 15 błysków na minutę

Connecivity

4G LTE, GPS

Dimensions

Zewnętrzna średnica kadłuba

30,0” (76,2 cm)

Wysokość kadłuba

20,0” (50,8 cm)

Wewnętrzna średnica komory danych

10,3” (26,2 cm)

Wysokość komory danych

19,5” (49,5 cm)

Średnica otworu przelotowego

2,0” (5,1 cm)

Wysokość wieży

20,0” (50,8 cm)

Waga

115 lb (52 kg)

Wyporność netto

250 lb (114 kg)

Materiał kadłuba

Pianka polietylenowa sieciowana z powłoką z poliurei oraz pokład ze stali nierdzewnej

Materiał osprzętu

Stal nierdzewna 316

Punkty mocowania do kotwiczenia

3x nakrętki oczkowe 3/4”

Security

Sensor przechyłu

9Dof

Buzzer

45 dB po wykryciu kradzieży

Temperatura wewnatrz

od -10°C do +80°C: ±0.5°C

Wilgotność wewnatrz

od -10°C do +80°C: ±0.5°C

Pomiar zatonięcia

Impuls

Documents

Data sheet

Drawing

Bid specs

Manual

Intelligent Data Management and Analysis

WaterSense products integrate with WaterCloud, enabling automated analysis, real-time monitoring, and system management from a centralized hub, allowing trend tracking, custom alerts, and data-driven decision-making

AI-Powered Water Quality Prediction

WaterSense products integrate with WaterForecast, the first AI predictive model for water quality, enabling data-driven decisions to prevent ecological disasters and optimize recultivation efforts for sustainable water management

Public Access to Water Quality Information

WaterSense products connect to WaterMap, a public platform displaying real-time water quality, allowing operators to share data along with their logo and information showcasing their commitment to a healthier ecosystem

Usecases

Water Quality in the World

Water pollution, climate change, and poor resource management are driving ecological crises worldwide. Discover how WaterSense can help protect our inland waters

Toxic Algae Bloom Devastates Rivers, Killing Millions of Fish

Harmful algal blooms, fueled by industrial pollution and high salinity levels, are devastating rivers, lakes, and coastal waters, leading to mass fish die-offs and ecological collapse. Events like the Polish river disaster highlight the urgent need for better water management and pollution control measures.

Read source

Mass Fish Die-Offs Due to Pollution and Oxygen Depletion

Rivers like the Oder have suffered catastrophic fish die-offs, caused by pollutants increasing salt levels and triggering algal blooms that deplete oxygen. Without immediate action, similar disasters will continue to threaten marine ecosystems and biodiversity.

Read source

More than 60% EU’s surface water bodies in catastrophic condition

A 2025 European Commission report found that over 60% of EU surface water bodies are in critical condition, contaminated by widespread chemical pollution from industries, agriculture, and urban runoff. Without intervention, the health of Europe’s rivers and lakes will continue to deteriorate.

Read source

Cost to Clean Up Toxic Water Pollution Could Top £1.6 trl

Polyfluoroalkyl substances (PFAS) are nearly indestructible pollutants found in industrial and consumer products. These chemicals persist in drinking water sources, causing cancers, infertility, and immune system disorders. The estimated cleanup cost could exceed £1.6 trillion.

Read source

The Global Water Pollution Crisis arising Rapidly

Freshwater sources worldwide are increasingly contaminated by industrial discharge, agricultural runoff and untreated sewage, threatening drinking water supplies and ecosystem health. There is a need for a real-time water quality analytics to reduce contamination and improve water security.

Read source

Water Scarcity Affects Over 2.7 Billion People

Rivers, lakes, and aquifers are becoming too polluted or depleted for use, while over half of the world’s wetlands have disappeared. If water consumption continues at current rates, global shortages will intensify. By tracking water availability and pollution levels, we could provides critical insights.

Read source

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Designed for diverse needs, providing reliable water monitoring solutions for any environment and organization

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