Attis Aviation
Hybrid propulsion unmanned aerial vehicles for persistent missions
Vitality Radar
Pillar Analysis
Strategic Assessment
Strategic Vector
Attis Aviation is positioning itself as a comprehensive UAS solutions provider specializing in VTOL platforms like the ROC for civilian and military applications, targeting expansion from Israel to Europe, North America, and beyond.
Efficiency Ratio
With a small team of 9 achieving prototype development, first contract, and international negotiations in under 3 years, the company demonstrates high resource efficiency despite limited funding.
Evidence Signals
Developed and preparing to unveil ROC VTOL UAS, a 150kg multi-mission platform with over 20 hours endurance for defense, borders, and emergencies.
View sourceCertified Air Operator by the Israeli Civil Aviation Authority (CAAI), enabling UAS development, testing, training, certification, and operations.
View sourceSecured first contract in Israel and in advanced negotiations with Ministry of Defense, companies, and international clients in Europe, Asia, and U.S.
View sourcePlans to expand ROC system sales to international markets in Europe and North America for border patrol and other applications.
View sourceCompany founded in 2021 by Yoram Soffer, Zahi Ben Ari, Omer Dahan, and Mark Koltun (CEO), with team of 9 including aerospace veterans.
View source- About
- Manufactures a vertical take-off and landing unmanned aerial vehicle utilizing hybrid propulsion for extended flight endurance. The platform supports payload delivery, tactical reconnaissance, and border security operations while the company provides integrated training and certification services.
- Relevancy
- Enables long-endurance ISR and logistics missions with runway-independent operations. ROC system provides 20+ hour endurance, 40kg payload capacity, and hybrid propulsion for persistent surveillance, border security, and tactical support missions. Critical for remote operations and extended area coverage.
- Tags
- #ROC-VTOL #multi-mission #long-endurance #hybrid-propulsion #runway-independent #ISR-platform #civilian-military-airspace #persistent-surveillance