Goede morgen, ik zoek graag een stuiter ei! Het heeft redelijk haast, het liefst heb ik het vrijdag. Dus ik zoek een fysieke locatie die stuiter eieren verkoopt. Weet iemand waar ik deze vind? Google helpt mij niet in deze zoektocht. Dank u!
$OPTT Guy here, doubled my position.
Today:
Anduril raised $5 billion in a funding round led by Thrive Capital and Andreessen Horowitz, doubling its valuation to $61 billion.
CEO Brian Schimpf said Anduril will "aggressively" invest in manufacturing, research, and infrastructure to support U.S. defense systems.
And:
Ocean Power Technologies (OPT) and Anduril Industries are partnering to enhance maritime security for the U.S. Department of Homeland Security (DHS) and Coast Guard, utilizing OPT’s PowerBuoy® systems to feed data into Anduril’s Lattice AI operating system. As of May 2026, they have deployed three autonomous, renewable-energy PowerBuoy systems to provide real-time, deep-water, and coastal surveillance off California.
Read my very controversial DD here: https://www.reddit.com/r/pennystocks/comments/1t5do3w/i_have_found_a_giant_opportunity_in_this_tiny/?share_id=LQ34n7thiGO8JQHcHIexq&utm_medium=ios_app&utm_name=iossmf&utm_source=share&utm_term=3
Thanks again.
Starting to look real nice for $OPTT.
As of May 7, 2026, Ocean Power Technologies (OPTT) has received a "Strong Buy" rating from some analysts following an upgrade by Ladenburg Thalmann. This follows recent Q3 FY2026 results highlighting a $19.9 million backlog, up 165% year-over-year, and a $6.5 million Department of Homeland Security contract, signaling potential growth in defense-related marine energy.
The U.S. Testing Expertise and Access to Marine Energy Research (TEAMER) program has approved a record 34 marine energy projects through its 17th Request for Technical Support (RFTS), reflecting a total of over $4.8 million.
Backed by the U.S. Department of Energy (DOE) and managed by the Pacific Ocean Energy Trust, TEAMER supports marine energy development by providing access to national research infrastructure to address technical barriers and accelerate commercialization.
The technical support recipients (TSRs) will receive support for testing expertise and access to numerical modeling, laboratory or bench testing, tank/flume testing, expertise, and commercialization within the TEAMER Facility Network. Selected applicants, along with their supporting facility, will now submit their completed test plans, a requirement before assistance activities can start.
The 17th RFTS represents a record round in terms of applications received, projects approved, and support amount. The following projects have been selected to proceed: (...)
Ocean Power Technologies, Inc. – Experimental Investigation of Wave-Energy-Powered Floating Docking and Charging System for Autonomous Surface Vehicles at Stevens Institute of Technology – Davidson Lab
Disclaimers: Long time lurker, never really posted long DD. I was early on OPEN and Beyond Meat. No financial advice, just sharing my opinion. Wrote this thesis in my native language, translated and cleaned up with an LLM.
After over 10 years of Reddit shitting on this stock, this 70M marketcap company FINALLY found their calling since this month: Renewable energy sources in the ocean becoming network points for unmanned vehicles.
TLDR: $OPTT / Ocean Power Technologies has evolved into THE offshore infrastructure layer for unmanned ocean missions: persistent power, communications, sensor hosting, docking, charging and autonomous surface support. It turns the ocean from a disconnected operating environment into a powered, connected, persistent robotics network.
Jumpscare warning:
The bull case for Ocean Power Technologies is that the company has quietly crossed from an old wave-energy narrative into a far larger and more urgent category: persistent maritime autonomy infrastructure. For years, OPTT was understood as a low-profile wave-energy company trying to commercialise power generation at sea. That framing is now outdated. The company’s real opportunity is no longer simply generating energy from waves. The opportunity is providing the operating layer that allows unmanned surface vessels, underwater drones, offshore sensors and maritime security systems to stay powered, connected and active in places where humans, diesel vessels and fragile communications links have historically been the constraint.
The market is already validating this shift. In February 2026, Reach Subsea secured a major contract with Equinor on behalf of Gassco for the external inspection of approximately 3,500 kilometres of subsea pipeline across Norway and export routes to Denmark, Germany and the UK, with further options in the Netherlands, Belgium and France [Reach Subsea contract: (finansavisen.no)]. This is not a small pilot or a controlled demonstration. It is a commercial inspection campaign across critical European energy infrastructure, executed with Reach Remote 1, an uncrewed surface vessel solution, alongside high-speed SROV capability where required [Reach Subsea contract: (finansavisen.no)]. Reach Remote 1 also received a Cargo Ship Trading Certificate from the Norwegian Maritime Authority, giving it full flag-state approval for commercial operations in European waters after previously operating under temporary permission [Reach Subsea contract: (finansavisen.no)]. That certificate is the milestone. It confirms that the industry is moving from “can unmanned vessels work?” to “how fast can unmanned vessels scale?”
This is the moment where OPTT becomes strategically relevant. Reach Subsea’s mission shows the demand side: thousands of kilometres of underwater infrastructure need to be inspected, mapped, monitored and maintained with fewer crewed vessels, fewer offshore personnel and lower emissions. The Underwater Robotics magazine you shared points to the same broader transition: its April 2026 issue is filled with autonomous underwater vehicles, uncrewed surface vessels, subsea inspection systems, hull-inspection crawlers, offshore survey tools and maritime-security robotics, showing an industry rapidly reorganising around remote operations and persistent subsea capability [Underwater Robotics magazine: ]. The direction is clear. Oceans are becoming machine-operated environments.
The limiting factor is equally clear. The bottleneck is not simply the robot. It is the continuity layer around the robot. In the r/rov discussion about Reach Remote, operators directly identify the operational problem that still prevents full remote confidence. One operator says the “biggest difficulty is having a stable enough internet,” adding that drops happen “even on Starlink” and that an extra person still has to “babysit” the ROV in case the connection drops [Reddit r/rov thread: (Reddit)]. Another operator explains that companies they have worked with are not operating in true full automation because “usually there’s 1-2 guys on board to take over manually if the connection drops” [Reddit r/rov thread: (Reddit)]. This is the key insight. The industry can build uncrewed vessels and sophisticated ROVs, but the ocean still lacks a distributed infrastructure layer that provides reliable power, communications, sensor hosting and operational redundancy.
OPTT’s PowerBuoy and WAM-V stack is built for exactly that gap. The company’s PowerBuoy system is designed to provide persistent offshore power, communications and sensor integration for long-endurance maritime surveillance and security operations [OPTT PowerBuoy deployment: (GlobeNewswire)]. This is not a side feature. It is the whole thesis. If autonomous ocean missions are limited by power availability, communication reliability and the need for remote sensor integration, then a persistent offshore platform that can sit at sea and support those missions becomes critical infrastructure. In practical terms, OPTT is positioning itself as the offshore node between satellites, shore-based operators, unmanned vessels, underwater vehicles and sensor networks.
The U.S. Department of Homeland Security deployment gives this thesis immediate credibility. In April 2026, OPTT deployed the first PowerBuoy system under its previously announced DHS contract off the coast of California to support U.S. Coast Guard maritime-domain-awareness operations [OPTT PowerBuoy deployment: (GlobeNewswire)]. The company described the deployment as the transition of its autonomous offshore monitoring infrastructure into active mission support [OPTT PowerBuoy deployment: (GlobeNewswire)]. This matters because defence and homeland-security customers are often the first to pay for hard infrastructure in extreme environments. The same pattern has happened before in GPS, drones, satellites, robotics and communications. Defence funds the difficult first use case. Civilian and commercial markets expand the application set afterward.
OPTT’s March 2026 financial update strengthens the bull case because it shows the company is no longer selling a dream in isolation. It secured a multi-buoy contract worth approximately $6.5 million from the U.S. Department of Homeland Security to support a U.S. Coast Guard maritime-domain-awareness mission off San Diego, with four newly built MERROWS-equipped PowerBuoy systems beginning delivery in fiscal Q4 2026 [OPTT Q3 FY2026 results: (Ocean Power Technologies)]. OPTT also reported backlog of approximately $19.9 million as of January 31, 2026, up 165% year over year, and a pipeline of $163.9 million, up 84% from the prior year [OPTT Q3 FY2026 results: (Ocean Power Technologies)]. For a company with a market cap of roughly $70.7 million, that backlog and pipeline create the entire asymmetry of the moonshot [Market data: ].
The WAM-V order in the Nordics adds another important signal. On March 27, 2026, OPTT announced a contract from a new Nordics-based underwater research customer for a fully integrated WAM-V for immediate delivery [OPTT WAM-V Nordics order: (GlobeNewswire)]. The customer was not publicly named, so the Reach connection should remain framed as market speculation rather than confirmed fact. But the strategic relevance is obvious. The order is in the Nordics, the same region leading the shift toward certified uncrewed subsea operations, and it is for an autonomous surface platform connected to underwater research and survey applications [OPTT WAM-V Nordics order: (GlobeNewswire)]. Whether the specific buyer is Reach or another Nordic operator, the commercial signal is the same: demand for autonomous maritime systems is converting into orders in the exact geography where remote subsea operations are accelerating fastest.
The docking and charging roadmap turns the thesis from “power buoy” into “ocean robotics infrastructure.” OPTT said in its Q3 FY2026 update that it had moved its integrated autonomous docking and charging solution from prototype to full-scale build, advancing toward a targeted 2026 early-access commercial launch that enables autonomous systems to dock, recharge and redeploy for persistent offshore missions [OPTT Q3 FY2026 results: (Ocean Power Technologies)]. This is the most important product direction in the company. If WAM-Vs, AUVs, ROVs and sensor networks are going to operate persistently, they need to refuel, recharge, upload data, receive mission updates and redeploy without returning to port or relying on large crewed support vessels. OPTT is building the platform that makes that operating model real.
The market backdrop is large enough to support a major re-rating if OPTT executes. Grand View Research valued the global underwater robotics market at $4.49 billion in 2022 and projected it to reach $13.02 billion by 2030, representing a 14.5% CAGR [Grand View Research: (Grand View Research)]. The same research identifies ROVs as the largest segment and notes that underwater robotics is driven by offshore oil and gas, defence, security and scientific research applications [Grand View Research: (Grand View Research)]. This market growth is not theoretical. Offshore energy infrastructure is aging, subsea cables are strategically critical, offshore wind is expanding, navies are investing in unmanned maritime systems, and governments are prioritising persistent maritime-domain awareness. Every one of those trends increases the need for power, data, communications and robotic support at sea.
OPTT’s role is powerful because it is not competing to be the only robot. It is positioning itself as the layer that allows many different robots and sensors to operate. In an ocean economy filled with AUVs, ROVs, USVs, seabed sensors, passive acoustic systems, sonar arrays, cameras and inspection platforms, the scarce asset is not only the vehicle. The scarce asset is persistent presence. A robot that has to return to shore is a tool. A robot that can remain within a powered, connected offshore network becomes infrastructure. OPTT’s bull case is that it becomes the network layer for that transition.
Thank you.
Disclaimers: Long time lurker, never really posted long DD. I was early on OPEN and Beyond Meat. No financial advice, just sharing my opinion. Wrote this thesis in my native language, translated and cleaned up with an LLM. Position: 10k @ $0,3 average.
After over 10 years of this site shitting on this stock, this 70M marketcap company FINALLY found their calling since this month: Renewable energy sources in the ocean becoming network points for unmanned vehicles.
Edit: Better TLDR: Unmanned vehicles in the ocean is an evolving industry that will boom soon but first need better connection points. Ocean Power Technologies has finally evolved their buoys into connection points.
Original TLDR: $OPTT / Ocean Power Technologies has evolved into THE offshore infrastructure layer for unmanned ocean missions: persistent power, communications, sensor hosting, docking, charging and autonomous surface support. It turns the ocean from a disconnected operating environment into a powered, connected, persistent robotics network.
Jumpscare warning:
The bull case for Ocean Power Technologies is that the company has quietly crossed from an old wave-energy narrative into a far larger and more urgent category: persistent maritime autonomy infrastructure. For years, OPTT was understood as a low-profile wave-energy company trying to commercialise power generation at sea. That framing is now outdated. The company’s real opportunity is no longer simply generating energy from waves. The opportunity is providing the operating layer that allows unmanned surface vessels, underwater drones, offshore sensors and maritime security systems to stay powered, connected and active in places where humans, diesel vessels and fragile communications links have historically been the constraint.
The market is already validating this shift. In February 2026, Reach Subsea secured a major contract with Equinor on behalf of Gassco for the external inspection of approximately 3,500 kilometres of subsea pipeline across Norway and export routes to Denmark, Germany and the UK, with further options in the Netherlands, Belgium and France [Reach Subsea contract: (finansavisen.no)]. This is not a small pilot or a controlled demonstration. It is a commercial inspection campaign across critical European energy infrastructure, executed with Reach Remote 1, an uncrewed surface vessel solution, alongside high-speed SROV capability where required [Reach Subsea contract: (finansavisen.no)]. Reach Remote 1 also received a Cargo Ship Trading Certificate from the Norwegian Maritime Authority, giving it full flag-state approval for commercial operations in European waters after previously operating under temporary permission [Reach Subsea contract: (finansavisen.no)]. That certificate is the milestone. It confirms that the industry is moving from “can unmanned vessels work?” to “how fast can unmanned vessels scale?”
This is the moment where OPTT becomes strategically relevant. Reach Subsea’s mission shows the demand side: thousands of kilometres of underwater infrastructure need to be inspected, mapped, monitored and maintained with fewer crewed vessels, fewer offshore personnel and lower emissions. The Underwater Robotics magazine you shared points to the same broader transition: its April 2026 issue is filled with autonomous underwater vehicles, uncrewed surface vessels, subsea inspection systems, hull-inspection crawlers, offshore survey tools and maritime-security robotics, showing an industry rapidly reorganising around remote operations and persistent subsea capability [Underwater Robotics magazine: ]. The direction is clear. Oceans are becoming machine-operated environments.
The limiting factor is equally clear. The bottleneck is not simply the robot. It is the continuity layer around the robot. In a discussion about Reach Remote on this website, operators directly identify the operational problem that still prevents full remote confidence. One operator says the “biggest difficulty is having a stable enough internet,” adding that drops happen “even on Starlink” and that an extra person still has to “babysit” the ROV in case the connection drops. Another operator explains that companies they have worked with are not operating in true full automation because “usually there’s 1-2 guys on board to take over manually if the connection drops”. This is the key insight. The industry can build uncrewed vessels and sophisticated ROVs, but the ocean still lacks a distributed infrastructure layer that provides reliable power, communications, sensor hosting and operational redundancy.
OPTT’s PowerBuoy and WAM-V stack is built for exactly that gap. The company’s PowerBuoy system is designed to provide persistent offshore power, communications and sensor integration for long-endurance maritime surveillance and security operations [OPTT PowerBuoy deployment: (GlobeNewswire)]. This is not a side feature. It is the whole thesis. If autonomous ocean missions are limited by power availability, communication reliability and the need for remote sensor integration, then a persistent offshore platform that can sit at sea and support those missions becomes critical infrastructure. In practical terms, OPTT is positioning itself as the offshore node between satellites, shore-based operators, unmanned vessels, underwater vehicles and sensor networks.
The U.S. Department of Homeland Security deployment gives this thesis immediate credibility. In April 2026, OPTT deployed the first PowerBuoy system under its previously announced DHS contract off the coast of California to support U.S. Coast Guard maritime-domain-awareness operations [OPTT PowerBuoy deployment: (GlobeNewswire)]. The company described the deployment as the transition of its autonomous offshore monitoring infrastructure into active mission support [OPTT PowerBuoy deployment: (GlobeNewswire)]. This matters because defence and homeland-security customers are often the first to pay for hard infrastructure in extreme environments. The same pattern has happened before in GPS, drones, satellites, robotics and communications. Defence funds the difficult first use case. Civilian and commercial markets expand the application set afterward.
OPTT’s March 2026 financial update strengthens the bull case because it shows the company is no longer selling a dream in isolation. It secured a multi-buoy contract worth approximately $6.5 million from the U.S. Department of Homeland Security to support a U.S. Coast Guard maritime-domain-awareness mission off San Diego, with four newly built MERROWS-equipped PowerBuoy systems beginning delivery in fiscal Q4 2026 [OPTT Q3 FY2026 results: (Ocean Power Technologies)]. OPTT also reported backlog of approximately $19.9 million as of January 31, 2026, up 165% year over year, and a pipeline of $163.9 million, up 84% from the prior year [OPTT Q3 FY2026 results: (Ocean Power Technologies)]. For a company with a market cap of roughly $70.7 million, that backlog and pipeline create the entire asymmetry of the moonshot [Market data: ].
The WAM-V order in the Nordics adds another important signal. On March 27, 2026, OPTT announced a contract from a new Nordics-based underwater research customer for a fully integrated WAM-V for immediate delivery [OPTT WAM-V Nordics order: (GlobeNewswire)]. The customer was not publicly named, so the Reach connection should remain framed as market speculation rather than confirmed fact. But the strategic relevance is obvious. The order is in the Nordics, the same region leading the shift toward certified uncrewed subsea operations, and it is for an autonomous surface platform connected to underwater research and survey applications [OPTT WAM-V Nordics order: (GlobeNewswire)]. Whether the specific buyer is Reach or another Nordic operator, the commercial signal is the same: demand for autonomous maritime systems is converting into orders in the exact geography where remote subsea operations are accelerating fastest.
The docking and charging roadmap turns the thesis from “power buoy” into “ocean robotics infrastructure.” OPTT said in its Q3 FY2026 update that it had moved its integrated autonomous docking and charging solution from prototype to full-scale build, advancing toward a targeted 2026 early-access commercial launch that enables autonomous systems to dock, recharge and redeploy for persistent offshore missions [OPTT Q3 FY2026 results: (Ocean Power Technologies)]. This is the most important product direction in the company. If WAM-Vs, AUVs, ROVs and sensor networks are going to operate persistently, they need to refuel, recharge, upload data, receive mission updates and redeploy without returning to port or relying on large crewed support vessels. OPTT is building the platform that makes that operating model real.
The market backdrop is large enough to support a major re-rating if OPTT executes. Grand View Research valued the global underwater robotics market at $4.49 billion in 2022 and projected it to reach $13.02 billion by 2030, representing a 14.5% CAGR [Grand View Research: (Grand View Research)]. The same research identifies ROVs as the largest segment and notes that underwater robotics is driven by offshore oil and gas, defence, security and scientific research applications [Grand View Research: (Grand View Research)]. This market growth is not theoretical. Offshore energy infrastructure is aging, subsea cables are strategically critical, offshore wind is expanding, navies are investing in unmanned maritime systems, and governments are prioritising persistent maritime-domain awareness. Every one of those trends increases the need for power, data, communications and robotic support at sea.
OPTT’s role is powerful because it is not competing to be the only robot. It is positioning itself as the layer that allows many different robots and sensors to operate. In an ocean economy filled with AUVs, ROVs, USVs, seabed sensors, passive acoustic systems, sonar arrays, cameras and inspection platforms, the scarce asset is not only the vehicle. The scarce asset is persistent presence. A robot that has to return to shore is a tool. A robot that can remain within a powered, connected offshore network becomes infrastructure. OPTT’s bull case is that it becomes the network layer for that transition.
TLDR: Unmanned vehicles in the ocean is an evolving industry that will boom soon but first need better connection points. Ocean Power Technologies has finally evolved their buoys into connection points.
Thank you.
