Lulav Space, founded in 2021, is an Israeli robotics company specializing in space applications, specifically vision-aided autonomous navigation and robotics systems for the aerospace industry. They develop advanced guidance, navigation, and control technologies, including sensors and computer vision algorithms, for lunar and other space missions. Their technology was selected as the primary navigation solution for both landers in the "Beresheet 2" lunar mission, and they've partnered with companies like Sidus Space to offer guidance, navigation, and control solutions for lunar missions. They have also expanded into the defense sector, developing counter-drone systems.
All verified mentions of this organization in source documents.
Sidus Space plans to include the Lulav/Sidus EBST on its fourth planned LizzieSat mission.
Sidus Space is collaborating with Lulav Space to address knowledge gaps in developing EBST technology.
Sidus Space partnered with Lulav Space to research, develop, and demonstrate Event-based Star Trackers (EBST).
Sidus Space and Lulav Space will develop and demonstrate an Event Based Star Tracker for application to Low Earth Orbit vehicles and will perform engineering testing on orbit.
The Event Based Star Tracker developed by Sidus Space and Lulav Space is intended to improve operations of orbiting spacecraft and rocket launch systems compared to current state-of-the-art star trackers.
Event‑Based Star Trackers developed by Sidus Space and Lulav Space are expected to provide benefits to space‑based platforms supporting a range of earth‑based scientific and economic uses.
Sidus Space and Lulav Space will develop and demonstrate an Event‑Based Star Tracker for application to LEO vehicles and will engineer and test the device on orbit.
Lulav Space engineers played an integral role in the Beresheet 1 mission, the first private lunar lander mission launched in 2019.
Lulav Space engineers played an integral role in the Beresheet 1 mission, the first private lunar lander mission launched in 2019.
The Sidus Space–Lulav Space agreement offers a GN&C suite that supports mission phases from launcher separation in low Earth orbit through trans-lunar injection, lunar capture, lunar orbiting, and the landing phase including touchdown on the lunar surface.
Lulav Space has developed a vision-based landing sensor intended to reduce size, mass, and power consumption relative to legacy radar- and laser-based navigation sensors without decreasing performance.
Ramon.Space and Lulav Space are partnering to provide an advanced navigation solution for the Beresheet 2 lunar mission scheduled for 2025.
Ramon.Space’s computing platform effectively supports advanced computer vision algorithms developed by Lulav Space.
Ramon.Space and Lulav Space are partnering to provide an advanced navigation solution for the Beresheet 2 lunar missions scheduled for 2025.
Lulav Space developed a landing sensor that reduces size, mass, and power use compared with legacy radar- and laser-based navigation systems without decreasing performance.