Tehiru Space
Air launched electrically landed reusable smallsat launch system
Vitality Radar
Pillar Analysis
Strategic Assessment
Strategic Vector
Tehiru Space is a young Israeli defensetech startup focused on hybrid rocket booster technologies for defense and aerospace missions, leveraging dual-use propulsion innovations to enable responsive launches and high-performance profiles.
Efficiency Ratio
Limited observable outputs relative to early-stage VC backing and compact team suggest moderate efficiency with high execution risk in a capital-intensive deeptech segment.
Evidence Signals
Developing hybrid rocket booster and propulsion technologies for aerospace and defense.
View sourceCompany incorporated on 14/07/2022 and remains active with 2025 annual report filed.
View sourceWebsite positions company as building next-generation rocket infrastructure for nanosat utilization.
View sourceRelated entity Tehiru Aerial supplied hundreds of attack drones to Israeli military units including Maf’at and Unit 81.
View source- About
- Develops a reusable, air-launched smallsat booster integrating hybrid thermal-electric propulsion and battery-driven electric descent technology. The modular, 3D-printed launch architecture enables rapid-response orbital access with 40% lower emissions, supporting tactical military satellite replenishment and commercial smallsat constellation deployments.
- Relevancy
- Provides critical space launch capabilities for military satellite deployment with affordable and sustainable access to orbit supporting defense space requirements. Tehiru's electric landing systems support military satellite constellations, tactical space assets, and defense space operations requiring cost-effective launch solutions. Essential for military space operations, satellite deployment, tactical space assets, and defense space infrastructure with eco-friendly launch capabilities and reduced operational costs.
- Tags
- #thermal-electric-rockets #electric-landing-systems #reusable-launch-vehicles #smallsat-deployment #40%-pollution-reduction #sustainable-space #modular-design #affordable-orbital-access