GITAI

@GITAI_HQ • 9,188 subscribers

Space robotics enabling safe and affordable work from orbit to the Moon, Mars, and beyond.

Shorts

Precise maneuvering requires precise propulsion. Our Throttling Divert and Attitude Control System, or TDACS, is designed to provide precise trajectory and attitude control. We’re developing and hot-firing TDACS in-house as we build the integrated capabilities to contribute to the next generation of missile defense. We’re looking for engineers who want to learn fast, build real hardware, and take on hard problems that actually matter. Join us:

Precise maneuvering requires precise propulsion. Our Throttling Divert and Attitude Control System, or TDACS, is designed to provide precise trajectory and attitude control. We’re developing and hot-firing TDACS in-house as we build the integrated capabilities to contribute to the next generation of missile defense. We’re looking for engineers who want to learn fast, build real hardware, and take on hard problems that actually matter. Join us:

14,742 просмотров

Robotic deconstruction for lunar expansion Watch as our rover grinds and recovers material directly from a mock lunar lander. This capability allows us to "upcycle" hardware already on the surface into resources. Mastering this process is a core requirement for near-future lunar exploration, ensuring we can expand our footprint using the assets we already have. The lunar surface is our next worksite. Get on board:

Robotic deconstruction for lunar expansion Watch as our rover grinds and recovers material directly from a mock lunar lander. This capability allows us to "upcycle" hardware already on the surface into resources. Mastering this process is a core requirement for near-future lunar exploration, ensuring we can expand our footprint using the assets we already have. The lunar surface is our next worksite. Get on board:

10,176 просмотров

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You probably know GITAI for space robotics. Now we build solid rocket motors too. GITAI is expanding its vertically integrated capabilities to support defense-focused LEO satellite constellations, including applications for missile defense. As part of that effort, our propulsion team is developing and hot-fire testing solid rocket motors in-house, using the same rapid build-test-learn approach that has driven our space robotics development. Bringing critical technologies in-house allows our engineers to move fast, learn directly from hardware, and continuously improve our systems. We’re looking for engineers who want to build and test real flight hardware and contribute to the next generation of U.S. national security space capabilities. Join us:

You probably know GITAI for space robotics. Now we build solid rocket motors too. GITAI is expanding its vertically integrated capabilities to support defense-focused LEO satellite constellations, including applications for missile defense. As part of that effort, our propulsion team is developing and hot-fire testing solid rocket motors in-house, using the same rapid build-test-learn approach that has driven our space robotics development. Bringing critical technologies in-house allows our engineers to move fast, learn directly from hardware, and continuously improve our systems. We’re looking for engineers who want to build and test real flight hardware and contribute to the next generation of U.S. national security space capabilities. Join us:

51,565 просмотров • 24 дней назад

Building the power grid for the Moon, starting in the desert. 🌒 Watch our #GITAI lunar rover assemble solar arrays in a simulated lunar field. Open positions ➡️

Building the power grid for the Moon, starting in the desert. 🌒 Watch our #GITAI lunar rover assemble solar arrays in a simulated lunar field. Open positions ➡️

61,848 просмотров • 9 месяцев назад

Modular construction, scaled for the Moon. A coordinated effort between three inchworm arms and a rover to assemble a tower. This demonstration shows how modular robotic systems can collaboratively build the essential power and communication networks required for human presence. The lunar surface is our next worksite. Get on board:

Modular construction, scaled for the Moon. A coordinated effort between three inchworm arms and a rover to assemble a tower. This demonstration shows how modular robotic systems can collaboratively build the essential power and communication networks required for human presence. The lunar surface is our next worksite. Get on board:

18,982 просмотров • 3 месяцев назад

Meet the construction crew for the Moon and Mars 🏗️🌖 #GITAI robots cooperatively assemble a 5-meter tower, a building block for future off-world habitats. Join us to scale this from demo to orbit. Open positions ➡

Meet the construction crew for the Moon and Mars 🏗️🌖 #GITAI robots cooperatively assemble a 5-meter tower, a building block for future off-world habitats. Join us to scale this from demo to orbit. Open positions ➡

34,269 просмотров • 9 месяцев назад

#GITAI is excited to announce the successful launch and full mission success of its in-house developed 16U-sized satellite! - Press release - Youtube URL

#GITAI is excited to announce the successful launch and full mission success of its in-house developed 16U-sized satellite! - Press release - Youtube URL

11,914 просмотров • 1 год назад

#GITAI is pleased to announce that GITAI’s Inchworm-type Robot Arm has successfully passed all tests and achieved NASA's Technology Readiness Level 6 (TRL6) following an integrated test conducted in a thermal vacuum chamber simulating the lunar South Pole environment.

#GITAI is pleased to announce that GITAI’s Inchworm-type Robot Arm has successfully passed all tests and achieved NASA's Technology Readiness Level 6 (TRL6) following an integrated test conducted in a thermal vacuum chamber simulating the lunar South Pole environment.

11,547 просмотров • 1 год назад

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