All verified mentions of this organization in source documents.
Tesat supplied optical communication terminals used by SpaceX and York Space Systems on the Tranche 0 SDA spacecraft.
Last month, a Falcon 9 launched the first Tranche 1, Transport Layer satellites — 21 by York Space Systems — from Vandenberg.
Researchers at the University of York suggest that Dark Matter could leave faint, measurable marks on light as it passes through regions where it is present.
The findings from the University of York indicate that light could pick up a subtle tint, slightly red or blue, depending on the type of Dark Matter it encounters.
The milestone reinforces York's leadership in proliferated low Earth orbit systems.
A York-built Tranche 0 satellite linked with a Space Development Agency (SDA) optical ground terminal.
SDA and York are enabling a more secure, robust space-based network for next-generation missile warning, missile tracking, and tactical data transport.
Institutions from the UK, France, Germany, Pakistan, Japan, and the U.S. state university of New York at Stony Brook have signed agreements to collect lunar samples.
The campaign logged more than 1.5 million frames received, validating York's integrated optical communications approach within SDA's Proliferated Warfighter Space Architecture.
York's optical communications technologies are capable of strengthening the resilience and speed of the national defense space architecture.
York plays a role in advancing SDA's vision for the Proliferated Warfighter Space Architecture.
York is demonstrating secure, high-capacity links for missile warning, tracking, and tactical transport.
Electra.aero Inc. participated in Future Flag 25-3 organized by the Air Force Research Laboratory in New York.
The first 21 satellites for the Tranche 1 were built by York Space Systems and are currently undergoing a checkout phase.
Imelda Muller, 34, is a doctor and Navy lieutenant from Copake Falls, New York.
York's satellites are power positive, thermally safe, and remain clustered together during the checkout phase.
York has successfully demonstrated a space-to-ground optical laser communication link aboard one of its Tranche 0 Transport Layer (T0TL) satellites.
York Space Systems is the prime contractor for the T1TL satellites, which it still owns and maintains.
York confirmed contact with the T1TL satellites and confirmed the health of each spacecraft two days after the launch.
York's rapid first-contact capability was strengthened by ATLAS Space Operations' software-led ground architecture, which was acquired by York earlier this year.