MetaSensing

🚀 PhoeniX SAR payload: development completed and ready for integration! The external panel of the right wing of the PhoeniX SAR Proto-Flight Model (PFM) has been successfully deployed, concluding the final validation phase of the system. With its 3.37-meter full antenna assembly and high-bandwidth X-band transmit/receive modules enabling electronic beam steering, the payload is now fully qualified and ready for integration onto the client satellite bus. This marks the transition from development to deployment: ✅ Design — done ✅ Testing — done ✅ System validation — done 🔜 Integration — next 🛰️ PhoeniX is ready for flight. #SyntheticApertureRadar #PhoeniX #SAR #Radar #EarthObservation #SpaceTech #SatelliteIntegration #Innovation

Next in #LPS25, we presented the latest advancements in the #CRISTALair demonstrator, right after carrying through its first test flight ✈️ It is an airborne system to support the validation activities of CRISTAL, the #Copernicus polar mission to be launched in 2027 🛰️ Partnering with MetaSensing, in charge of developing the radar altimeter, and DTU - Technical University of Denmark, running the flight campaign, at isardSAT we have developed the CRISTALair data processor & corner reflectors for its calibration. 🔗 Learn more https://lnkd.in/daJNnAxt European Space Agency - ESA

🚀 JOIN OUR TEAM! 🚀 MetaSensing is looking for a professional to oversee and manage the entire production process at the Rocca d’Evandro (CE) facility, ensuring efficiency, quality, and timely delivery of radar systems. Apply now!! 👇 https://lnkd.in/dmuF7t2v

🚀 JOIN OUR TEAM! 🚀 MetaSensing is looking for a skilled PA/QA Engineer to join our team in Milan and ensure top-quality standards and compliance for our cutting-edge radar systems used in airborne and space applications! Apply Now!! 👇 https://lnkd.in/ecQxhV7H

🌍 MetaSensing at Living Planet Symposium 2025! 🛰 📍 See you at Living Planet Symposium 2025 We’re excited to announce that #MetaSensing will take part in the Living Planet Symposium 2025, organized by ESA, taking place in Vienna, Austria 23-27 July. 📡 This is a unique opportunity to share our expertise in Synthetic Aperture Radar (SAR) technology and engage with the global scientific and industrial community on the latest innovations in environmental monitoring, land management, and Earth observation. Come visit us to learn more about our latest radar solutions and ongoing projects! 📊🌱 📍 You’ll find us at BOOT S28, LEVEL 1. 📅 We’ll be there from 23 to 27 of July #MetaSensing #LivingPlanetSymposium #LPS25 #EarthObservation #SAR #SyntheticApertureRadar #RadarInnovation #ClimateTech #SpaceTechnology #ESA #Networking

🛰️ MetaSensing and CONTEC Sign Strategic MoU to Advance SAR Technology Collaboration   MetaSensing is proud to announce the signing of a Memorandum of Understanding (MoU) with #CONTEC Co., Ltd., marking the start of a promising strategic partnership between the two companies. The MoU was signed by Dr. Sunghee Lee, Chairman of CONTEC Space Group, and Adriano Meta, CEO of MetaSensing, during the prestigious International Space Summit Sponsorship & Exhibition Prospectus, held from June 3 to 5 at the Daejeon Convention Center. The MoU establishes a framework for future cooperation, focusing on the joint development of SAR (Synthetic Aperture Radar) technologies and satellite systems, while fostering mutual support in related business areas. The agreement also expresses the intention to develop proprietary SAR satellites and to jointly target opportunities with commercial and governmental customers. This collaboration marks a significant milestone for MetaSensing, positioning the company for substantial growth and technological advancement. “This partnership with CONTEC marks an important leap forward for MetaSensing,” said Mr. Meta. “It’s not just about expanding our technological capabilities, it’s about building strong, trust-based alliances that open new doors for innovation. We believe this cooperation will create long-term value for both parties and the broader SAR ecosystem.” Dr. Sunghee Lee, a pivotal figure in the growth and internationalization of CONTEC, emphasized the strategic significance of the agreement. “Pleasure to make cooperative relationship with MetaSensing. Will develop 0.2M high resolution SAR satellite with MetaSensing with BUS platform from APSI which subsidiary of CONTEC group. With successful development and launch, will provide High resolution SAR images to market.” He stated that this MoU lays the foundation for a long-term collaboration focused on technological excellence, joint mission development, and expanding the role of SAR in next-generation space applications. Both companies have committed to maintaining a relationship rooted in open communication, trust, and fairness, recognizing the strategic value of working together on ambitious projects in the ever-evolving space industry. The MoU reflects the shared vision of MetaSensing and CONTEC to push the boundaries of Earth observation and satellite technology, setting the stage for transformative advancements in the SAR sector. #SAR #SyntheticApertureRadar #EarthObservation #SpaceTechnology #SatelliteInnovation #StrategicPartnership #SpaceIndustry

✈️ Solid Partnership, Successful Delivery: MetaSensing and #AVCON in South Asia MetaSensing is proud to announce the successful deployment of its cutting-edge airborne radar systems for a strategic client in South Asia, reinforcing a key international partnership with U.S.-based special mission aviation expert AVCON Industries. The integration of the X-band Guardian and P-band MetaSAR radars onto a Cessna 208B was completed in March 2025. This milestone follows a successful Factory Acceptance Test (FAT) in late 2024 and marks a major step forward in MetaSensing’s global expansion and operational capabilities. Working in close collaboration with AVCON, MetaSensing executed a seamless integration and validation campaign, from structural assessments and antenna placement to FAA-certified modifications and final flight testing. All technical and performance benchmarks were met, and the systems are now fully operational. This achievement demonstrates MetaSensing’s ability to deliver high-performance SAR technology through strategic partnerships, meeting demanding project timelines and specifications. To mark this milestone, we’re sharing insights from key team members and partners behind the success. Marco Samuele Radaelli, Project Leader at MetaSensing, oversaw technical planning and coordination. He shared his thoughts on the project’s significance: “A great team result: this complex radar project, with tight integration and international collaboration, was delivered on time and with full customer satisfaction, proof of our strong solutions and professional approach.” On the aviation side, we worked closely with AVCON Industries to ensure seamless integration of our airborne radar system. Christian J. Vila, Vice President of Business Development at AVCON Industries, shared his perspective on the collaboration: “We were proud to assist MetaSensing in adapting the Cessna 208B platform with electrical and mechanical provisions for advanced payloads. From structural modifications to flight operations, this project exemplified technical synergy, culminating in the FAA-approved STC SA04639CH. The results speak for themselves, and we look forward to more collaborations like this in the future.” Looking ahead, Adriano Meta, CEO and Founder of MetaSensing, highlighted the broader impact of this success: “This successful deployment strengthens our position in international airborne SAR integration and opens the door to new challenges. We are now well positioned to undertake ambitious mapping and surveillance projects in Southeast Asia, where SAR technology can play a critical role in generating Digital Elevation Models (DEMs), penetrating dense forest environments, and providing consistent, high-resolution imaging capabilities in all weather conditions.” This integration represents not only a technical success but also a proud milestone for the entire MetaSensing team. #GUARDIAN #MetaSARP #AVCON #SAR #SyntethicApertureRadar

🚀 MetaSensing at Space Meeting Veneto 2025! We’re excited to take part in one of the most important Italian event for the Space Community.  It’s a great chance to meet industry peers, share ideas, and showcase our radar technology for Earth observation and beyond. Looking forward to meeting you! We’re always up for a good conversation about SAR, space, innovation, and new collaborations!🌌 📍 See you in Venice, Italy #MetaSensing #SpaceMeetingVeneto #BlueEconomy #SAR #SyntheticApertureRadar #StarSARX #EarthObservation #RadarInnovation #RadarSolutions #Networking

MetaSensing is joining IMDEX Asia 2025, Asia’s premier maritime defence exhibition, from May 6th to 8th. 🚢🌍 Visit us at the Italian Pavilion – ICE Booth M25 and explore our latest innovations in Synthetic Aperture Radar (SAR) technology. See you in Singapore! #IMDEXAsia2025 #SAR #SyntheticApertureRadar #MetaSensing #RadarInnovation #DefenseTechnology #Aerospace #ItalianPavilion #SingaporeEvents 

🛰️ MetaSensing’s PhoeniX SAR Payload Gears Up for Launch   MetaSensing is proud to unveil a significant milestone in the development of its cutting-edge radar payload, PhoeniX, which is now progressing rapidly toward deployment aboard a foreign satellite SAR constellation. As a compact, high-performance X-band Synthetic Aperture Radar (SAR) system, PhoeniX represents a new benchmark in small satellite payload technology. It is designed to deliver up to half a meter resolution imagery in multiple acquisition modes, including Stripmap and Spotlight, enabling high-fidelity Earth observation across a wide range of applications, from environmental monitoring and agriculture to defense and infrastructure intelligence. The radar electronics and antenna architecture have been optimized for low power consumption, reduced mass, and maximum versatility, making PhoeniX ideal for new space missions that demand agile and efficient payloads without compromising performance. As part of the rigorous development cycle, PhoeniX has recently completed its STM (Structural and Thermal Model) and QM (Qualification Model) validation phase, successfully passing mechanical vibration tests that simulate launch stresses and thermal vacuum tests to verify performance and structural integrity under space-like environmental conditions. These tests were essential in confirming that the mechanical design and thermal management systems of the payload are ready for the next critical step. With the STM test campaign now concluded, the MetaSensing team has moved on to the final integration of the Proto-Flight Model (PFM), which is undergoing final assembly, functional testing, and environmental qualification to ensure full compliance with space mission requirements. Delivery of the PFM is scheduled for Q2 2025, marking a decisive moment in the mission timeline. This achievement is not just technical, it is symbolic of MetaSensing’s relentless pursuit of excellence, from engineering precision instruments to delivering mission-ready systems in tight timelines. “The PhoeniX payload reflects years of research, development, and commitment to excellence. We are proud to see it taking shape as part of such a visionary project,” said Adriano Meta, MetaSensing’s CEO. “Our collaboration with satellite SAR constellation owners highlights the global nature of today’s space missions, and we’re excited to see PhoeniX become a cornerstone of a new SAR constellation.” As PhoeniX moves closer to launch, MetaSensing remains focused on delivering innovation from the lab to orbit, one payload at a time. As the countdown to delivery continues, PhoeniX stands as a powerful symbol of what can be achieved when global talent, advanced engineering, and a shared vision come together with purpose. #SAR #SyntheticApertureRadar #PhoeniX #Space #NewSpace