New York space consortium funds five projects from rocket payloads to polymer testing in orbit
Cornell University / NYCST
Five projects across New York state will share funding from the Department of Defense to build space technology infrastructure, train the next generation of aerospace workers, and test materials that have never been qualified for use in orbit. The awards come from the second round of the New York Consortium for Space Technology Innovation and Development (NYCST), a multi-institution effort led by Cornell University.
Testing polymers where nothing has been tested before
One of the more technically ambitious awards goes to Cornell for the Cornell Orbital Materials Environment Test (COMET) Facility. The facility will be the first of its kind to characterize and qualify polymers and other novel materials in simulated space conditions, evaluating properties like reusability, stability, and functional performance. As the commercial space industry increasingly turns to non-traditional materials for satellite components, the absence of a dedicated testing facility has been a bottleneck. COMET aims to fill that gap.
Astronaut gloves tested by balloon
The University of Connecticut and Union College will collaborate on high-altitude balloon testing of spintronic materials used in solid-state actuators. The actuators are designed to augment glove functionality for astronauts. Rather than launching the devices into orbit, the team will send them to the stratosphere on balloons, expose them to near-space conditions, and retrieve them for evaluation. It is a faster and cheaper alternative to orbital testing, and it lets researchers iterate on designs without the expense and lead time of a launch.
Calibrating small satellite sensors
Rochester Institute of Technology will develop a roadmap and initial capability for calibrating small satellite electro-optical and infrared payloads inside NYCST's thermal vacuum facility. Small satellites often carry imaging sensors that need precise calibration under conditions that mimic the temperature extremes of space. Having that capability available to consortium members eliminates the need to ship payloads to distant test sites.
Hands-on mission design for students
Cornell is also receiving funding for a SmallSat Mission Design School, a summer program that puts students through the full arc of spacecraft engineering design. Participants will work on real mission architectures rather than textbook exercises, with exposure to New York's space industry built into the program.
At the younger end of the pipeline, the Griffiss Institute will run Future Space Innovators, a program engaging middle school students in hands-on aerospace engineering through rocket payload design and construction. The goal is to build STEM identity early, before students have narrowed their academic interests.
Defense roots, civilian applications
The funding flows through the Defense Manufacturing Community Support Program, administered by the Department of Defense's Office of Local Defense Community Cooperation. The program's stated purpose is to bolster the nation's space industrial base, which means the projects are selected partly for their relevance to defense supply chains and workforce needs.
But much of the work has dual-use potential. Material testing, satellite calibration, and mission design skills apply equally to commercial and scientific space programs. Mason Peck, NYCST's executive director and a professor of astronautical engineering at Cornell, frames the consortium as aligning New York's aerospace heritage with its research universities to keep technology development and scale-up within the state.
NYCST's annual symposium is scheduled for April 21, 2026, at Cornell, featuring a keynote by Joel Mozer, director of science, technology, and research at U.S. Space Force.