US firm York Space Systems is introducing the LX/V-CLASS, a next-gen spacecraft platform designed for Very Low Earth Orbit (VLEO) missions.
Derived from the company’s S- and LX-CLASS platforms, the spacecraft is built for sustained operations at very low altitudes, where atmospheric drag naturally clears debris from the surrounding orbital environment.
Operating much closer to Earth allows payloads to capture higher-resolution imagery and data while shortening the distance signals must travel to the ground.
The platform can also complement existing spacecraft in low Earth Orbit (LEO), medium Earth Orbit (MEO), geostationary Earth Orbit (GEO), and cislunar space, adding another layer to more resilient orbital architectures.
According to the company, the LX/V-CLASS builds on demonstrations conducted during York’s BANE mission at altitudes as low as 200 kilometers (124 miles).
The mission validated the system stack required for sustained VLEO operations, including communications and attitude control in a high-drag environment.
$775-Million Investment
The platform arrives amid growing demand for spacecraft capable of delivering higher-quality observations and lower link budgets in VLEO, one of the fastest-growing operational domains in space.
The orbital environment supports resilient architectures built around proliferated satellites and rapid replacement while enabling larger-scale deployments with lower mission risk.
York has invested more than $755 million in production and supply chain capacity to support its expansion into VLEO and enable faster fielding as customer demand grows.
“Customers are asking for orbit diversity, and they need suppliers who can deliver at scale from platforms already proven in orbit,” said Michael Lajczok, chief technology officer of York Space Systems.
“LX/V-CLASS extends York’s portfolio into VLEO on the strength of the same production system, supply chain, and the same flight heritage our customers rely on today.”
The spacecraft can be deployed within six to seven months of a contract award.
