Netherlands Launches Electric Vessel for Climate Monitoring
The Hague, Tuesday, 9 December 2025.
On 28 November 2025, the Netherlands introduced REMO 1, an unmanned, electric vessel to advance hydrological measurements, promoting greener data collection and supporting climate change initiatives.
Innovation in Hydrological Measurements
The launch of the REMO 1 represents a significant leap forward in the use of technology for environmental monitoring. As an unmanned surface vessel (USV), it is designed to conduct precise hydrological measurements, a critical component in understanding and managing the effects of climate change on water systems [1]. The fully electric vessel operates without crew, allowing it to access shallow and overgrown areas that are typically difficult for manned ships to navigate. This capability enhances both the safety and efficiency of data collection, crucial for informed decision-making in waterway management [1].
A Step Towards Sustainability
The REMO 1 is a testament to the Netherlands’ commitment to sustainability and innovation. Developed by Rijkswaterstaat, the vessel not only reduces emissions but also contributes to the Climate Neutral Organization trajectory by lowering the ecological footprint of the national fleet [1]. With 70% of CO2 emissions from the Ministry of Infrastructure and Water Management attributed to the national fleet, the introduction of such electric USVs is a vital strategy in achieving climate neutrality [1].
Collaboration and Development
The development of REMO 1 was a collaborative effort involving Demcon Unmanned Systems, highlighting the importance of partnerships between governmental bodies and private enterprises in driving technological advancements [1]. According to Fedor Ester, Director of Demcon Unmanned Systems, this project underscores the potential for automation and sustainability in water management [1]. Meanwhile, Ron Kolkman, CIO of Rijkswaterstaat, expressed pride in the rapid realization of this Dutch innovation, which was completed in approximately one year [1].
Future Prospects
Looking ahead, the deployment of REMO 1 is expected to pave the way for further innovations in hydrological monitoring and environmental sustainability. The vessel is equipped with an Acoustic Doppler Current Profiler (ADCP) and a multibeam system, providing precise data on water flow and seabed mapping—tools essential for comprehensive environmental assessments [1]. As climate change continues to pose challenges globally, such advancements in unmanned vessel technology will likely play a pivotal role in mitigation efforts [1].