The 'Nixie' System Uses Drones to Lower the Cost Of Testing Water
Rahul Kalvapalle — July 10, 2021 — Tech
Reign Maker, a startup based in New York, has developed a drone-based water-sampling device that makes it possible to use quadcopter technology to go about collecting and retrieving samples in a manner that is quicker and more efficient than manual methods.
The system revolves around the use of the Nixie Base, which blends a docking system with a water receptacle. The Nixie Base can be used in conjunction with DJI Matrice 600 and Matrice 300 RTK drones, although Reign Maker also offers its own drone and drone pilot services for an added fee.
This water-sampling device makes it possible to position the water collection bottle two feet below the surface, at which point the drone can be flown back to land or its bottle swapped out for an empty one.
What's great about this system is that it significantly reduces the cost of collecting samples, making the preorder price of $850 well worth the outlay.
Image Credit: Reign Maker
The system revolves around the use of the Nixie Base, which blends a docking system with a water receptacle. The Nixie Base can be used in conjunction with DJI Matrice 600 and Matrice 300 RTK drones, although Reign Maker also offers its own drone and drone pilot services for an added fee.
This water-sampling device makes it possible to position the water collection bottle two feet below the surface, at which point the drone can be flown back to land or its bottle swapped out for an empty one.
What's great about this system is that it significantly reduces the cost of collecting samples, making the preorder price of $850 well worth the outlay.
Image Credit: Reign Maker
Trend Themes
1. Drone-based Water-sampling - The use of drones for water-sampling creates disruptive innovation opportunities for companies in the environmental and agriculture industries.
2. Automated Sampling Collection - Automated sampling collection through drone technology could revolutionize water and soil testing in the mining and oil industries.
3. Docking Systems for Drones - Developing docking systems for drones can have disruptive innovation opportunities for companies in the logistics and transportation industries.
Industry Implications
1. Environmental - Companies in the environmental industry can utilize drone-based water-sampling technology to lower costs and increase efficiency of data collection.
2. Agriculture - Drone-based water-sampling can optimize crop irrigation and soil nutrient management for companies in the agriculture industry.
3. Mining and Oil - Automated sampling collection through drone technology can enhance monitoring and regulatory compliance for companies in the mining and oil industries.
4. Logistics - Companies in the logistics industry can explore developing docking systems for drones to improve their transportation operations and enhance efficiency.
5. Transportation - Developing docking systems for drones can have disruptive innovation opportunities for companies in the transportation industry, particularly in the last-mile delivery segment.
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