A compact autonomous boat, built entirely from recycled plastic bottles, that glides across rivers, lakes, and ponds — measuring water quality in real-time.
Rivers, lakes, and ponds face growing contamination — yet monitoring is expensive, slow, and inaccessible to most communities.
Factory runoff dumps heavy metals and chemicals into waterways, making them toxic for aquatic life and human use.
Traditional water testing kits and lab analysis are too expensive and slow for real-time community use.
Millions of plastic bottles pollute water bodies annually, worsening the very problem we're trying to solve.
Remote or developing regions rarely have access to high-end monitoring infrastructure, leaving them vulnerable.
We transformed an environmental problem into a powerful tool. By repurposing recycled plastic bottles as the hull, we've built a low-cost, portable, real-time water monitoring system that anyone can deploy.
Reduces waste while serving science. Two problems, one solution.
Sensors continuously transmit pH, turbidity, and temperature data.
Drop it in any water body and monitoring starts within seconds.
Measures the acidity or alkalinity of water on a 0–14 scale. Instantly detects unsafe levels for fish, plants, and humans.
Measures water clarity by detecting suspended particles. Essential for assessing sedimentation and contamination levels.
Monitors water temperature to identify thermal pollution and gauge conditions for aquatic ecosystems.
The hull is constructed using sealed recycled plastic bottles, providing stable, durable, and eco-friendly buoyancy.
Data is transmitted wirelessly to your phone or computer in real-time via Bluetooth / Wi-Fi module.
Optional solar panel top-up keeps the boat monitoring for extended periods without battery swaps.
Simply set the EcoBottle Boat on any water surface — lake, river, pond, or reservoir. It floats and self-stabilizes instantly.
The onboard sensors begin reading pH, turbidity, and temperature simultaneously and continuously every few seconds.
Data streams live to your smartphone app or desktop dashboard. Track history, set alerts, and export reports easily.
Deploy along rivers to track pollution sources and water quality changes over time for environmental authorities.
Ensure optimal water conditions for aquaculture. Monitor temperature and pH 24/7 to protect your stock.
Perfect for classroom projects in schools and universities teaching water science and environmental engineering.
Researchers and hobbyists can collect field data for academic papers, DIY experiments, and community projects.
EcoBottle Boat isn't just a product — it's a movement toward responsible tech. Here's why thousands choose it.
Up to 80% cheaper than professional water monitoring equipment, making science accessible to all.
Upcycles plastic bottles that would otherwise end up in landfills or oceans.
Hands-on STEM tool for students learning about environmental science and IoT technology.
Lightweight and compact — fits in a backpack and deploys in under 2 minutes anywhere.
No hidden fees. No subscriptions required. Pick the package that fits your need.
A compact, functional mini boat crafted from recycled bottles with built-in electronics for real-time water quality monitoring. Perfect for research, education, or environmental projects.
Order NowJoin hundreds of schools, researchers, and communities who've already deployed EcoBottle Boat to understand and protect their waterways.
Buy EcoBottle Boat →The hull is constructed from sealed, cleaned recycled PET plastic bottles which provide buoyancy. The sensor platform uses ABS plastic and aluminum, while all electronics are housed in waterproof enclosures.
The standard battery pack provides 6–8 hours of continuous monitoring. With the optional solar panel add-on, the boat can run indefinitely in daylight conditions.
Yes. All electronics are rated IP67 — fully protected against water immersion. The boat can handle mild waves and rain without any issues.
The EcoBottle app is available on Android and iOS. A web dashboard is also accessible from any browser for desktop monitoring and data analysis.
The base model is designed for freshwater environments. A saltwater-resistant version with corrosion-proof sensors is available as an add-on for coastal and marine research.
The pH sensor has ±0.1 accuracy, temperature sensor ±0.5°C, and turbidity sensor is calibrated to NTU standards. Sensors are calibrated before shipping and can be recalibrated using the app.
Whether you're ordering for a school, a research project, or your own backyard pond — we're here to help you find the right setup.