โ† All research areas
๐Ÿš€
Rocket & launch acoustics

The sound of spaceflight

Florida's Space Coast puts us in a unique position: world-class launch facilities within driving distance, generating some of the most intense acoustic events on Earth. We measure them โ€” at the pad, in the community, and everywhere in between.

Active projects

Community-scale acoustic, ground, and structural response during rocket launches

Active

Designing and deploying multi-sensor field measurement systems โ€” microphones, accelerometers, and structural sensors โ€” at community distances near Cape Canaveral to understand how launch noise affects the surrounding environment. A paper from this work is currently submitted to JASA Express Letters.

Multi-sensor arraysGround vibration measurementStructural responseNI DAQ systems

Frequency weighting and community noise metrics for rocket launch assessment

Active

Evaluating how standard aircraft noise metrics apply โ€” and where they fall short โ€” when used to assess rocket launch noise in surrounding communities. Presented at ASA Honolulu 2025.

Community noise metricsFrequency weightingSound pressure level predictionsSpaceport noise prediction
2026
Community-scale measurements of acoustic, ground, and structural response during rocket launches
Coyle, W.L., et al.
โŸณ Submitted to JASA Express Letters
2026
Evaluating frequency weighting in community noise metrics for rocket launch assessment
Coyle, W.L., Williams, H.N.*, Gee, K.L., Kellison, M.S.*, & Hart, G.W.
โŸณ Preparing for submission to the Journal of the Acoustical Society of America
2024
An application of aircraft noise metrics to the Artemis-I launch.
Coyle, W.L., & Gee, K.L.
INTER-NOISE and NOISE-CON Congress and Conference Proceedings, 270(5)
DOI โ†—
2024
Aeroacoustic analysis of NASA's Space Launch System Artemis-I mission
Kellison, M.*, Gee, K.L., Coyle, W.L.
AIAA
DOI โ†—
2023
Space Launch System acoustics: Far-field noise measurements of the Artemis-I launch
Gee, K.L., Hart, G.W., Cunningham, C.F., ..., Coyle, W.L., Kellison, M.S.*, & Kuffskie, M.J.*
JASA Express Letters
DOI โ†—
Interested in this work?
Rollins undergraduates are welcome โ€” no prior experience needed.
Join the lab