NewOrbit Raises $18.5M for VLEO Satellite Technology

UK-based space technology firm NewOrbit has successfully closed an $18.5 million Series A funding round, signaling a significant push into the challenging domain of Very Low Earth Orbit (VLEO). The capital infusion, which was reportedly oversubscribed, will fuel the development and eventual commercial launch of its 50 kg NEO-1 satellite, designed for an unprecedented five-year operational lifespan at altitudes between 200km and 300km. This ambitious project aims for its inaugural commercial deployment in 2028.

The funding round was spearheaded by Voyager Ventures, with participation from a notable group of investors including angel investors David Kirk (former chief scientist at Nvidia) and Lawrence Leuschner (co-founder and former CEO of Tier Mobility), the family office Custos, and existing backers Atlantic.vc, Lifeline Ventures, LGF, and Illusian. This diverse investor base underscores a broad confidence in NewOrbit's innovative approach to VLEO operations.

Operating in VLEO presents unique engineering hurdles. Unlike traditional Low Earth Orbit (LEO) satellites, which face limited lifespans due to microgravity effects, VLEO satellites contend with atmospheric drag and atomic oxygen corrosion, often reducing their operational windows to mere weeks. NewOrbit's NEO-1 is engineered to overcome these obstacles through its proprietary AURA propulsion system, developed since 2021. This system efficiently utilizes Xenon propellant, while the satellite's symmetrical design mitigates aerodynamic torque, enabling sustained operation without the need for mid-mission refueling for its projected five-year mission.

The strategic advantage of VLEO lies in its proximity to Earth, offering enhanced data throughput and superior image resolution, including LiDAR capabilities. This makes it an attractive proposition for a range of applications, from Earth observation to national security. Sir Chris Deverell, a former commander of UK Joint Forces and a member of NewOrbit's advisory board, highlighted VLEO's potential as a "critical layer of future space infrastructure," emphasizing its emergence as a distinct commercial frontier in space requiring advanced engineering and operational discipline.

To support its ambitious manufacturing goals, NewOrbit plans to establish the NEO Production Complex in Reading, with operations slated to commence in 2027. The company has also assembled a formidable engineering team, drawing talent from leading organizations such as SpaceX, NASA JPL, Rocket Lab, Tesla, Airbus, ESA, and Formula 1, indicating a strong commitment to technical excellence. The development of VLEO technology is gaining traction, with other entities like Kreios Space, Viridian Space Corporation, and Albedo exploring similar concepts, though NewOrbit asserts its NEO-1 is the world's first satellite specifically designed for sustained VLEO operation.

The broader context of satellite deployment is evolving, with major players like Starlink adjusting their constellation altitudes. While Starlink has recently lowered its satellites from 550km to 480km to manage orbital traffic and potentially reduce lifespan, these maneuvers are distinct from sustained VLEO operations. NewOrbit's focus on a dedicated, long-duration VLEO platform addresses a specific niche, potentially unlocking new commercial opportunities and solidifying VLEO as a viable segment within the rapidly expanding space economy.