Micropol expands the FALCON family
Micropol is proud to introduce three new additions to the FALCON product family: the FALCON Mini SQ 38999 FP, FALCON Mini D-Hole 38999 FP, and the FALCON 38999 Expanded Beam Connectors, size 11 & 13.
Last week, Micropol had the pleasure of hosting the Halmstad University Solar Team (HUST) at our facilities. Their dedication to developing a high-performance solar-powered car marks an inspiring step towards sustainable transportation solutions.
During their visit, the HUST members got an exclusive look behind the scenes of our production process and gained insight into how Micropol’s fiber optic solutions can support cutting-edge innovations.
We’re thrilled to have had the opportunity to support and inspire such forward-thinking students. Thank you for visiting, HUST — we look forward to cheering you on in the Bridgestone World Solar Challenge! 👏
The Halmstad University Solar Team is a student-driven, non-profit organization based in Halmstad, Sweden. Focused on promoting a sustainable future for the automotive industry, the team is designing and building a solar-powered racing car to compete in the prestigious Bridgestone World Solar Challenge. This competition brings together students from 35 nations to race across 3,000 km of Australian terrain, from Darwin to Adelaide, showcasing the latest in solar vehicle technology.
Micropol is proud to introduce three new additions to the FALCON product family: the FALCON Mini SQ 38999 FP, FALCON Mini D-Hole 38999 FP, and the FALCON 38999 Expanded Beam Connectors, size 11 & 13.
Micropol Fiberoptic Enters Strategic Collaboration with Bertin Exensor Through the collaboration, Micropol Fiberoptic will deliver tactical fiber optic infrastructure, including ruggedized tactical cabling and Falcon Expanded Beam connectors, for integration into Bertin Exensor’s advanced sensor platform.
At this year’s UTEXPO, students showcased a degree project carried out in collaboration with Micropol, demonstrating both engineering expertise and real-world problem-solving capabilities.