Reconstruct taxiway lighting; reconstruct runway lighting; reconstruct wind cone/segmented circle; reconstruct runway visual guidance system

The Department of Transportation Federal Aviation Administration Great Lakes Region awarded $1.120 million to Rolla Municipal Airport Authority on June 13, 2026, under the Airport Improvement Program (CFDA 20.116) to reconstruct runway 14/32 lighting, taxiway A lighting, wind cone navigational aids, and precision approach path indicator systems at Rolla Municipal Airport in North Dakota. The award funds the final construction phases for taxiway lights, wind cone reconstruction, and precision approach indicator system replacement; it also funds Phase 2 construction of runway lights. These systems had reached the end of their useful lives. The period of performance runs through June 12, 2030. The Airport Improvement Program assists public-use airport sponsors, owners, or operators in developing infrastructure to meet civil aeronautics needs and support long-term economic benefits. The award is classified as a Project Grant.

Activities and expected outcomes

This project reconstructs existing runway 14/32 lighting that has reached the end of its useful life. This project reconstructs existing taxiway a lighting that has reached the end of its useful life. This project reconstructs existing wind cone navigational aids to provide pilots with critical airfield information. This project reconstructs the precision approach path indicator system for runway 14/32, at both runway thresholds, that have reached the end of their useful lives. This grant funds the final phase, which consists of constructing taxiway lights. This grant funds the final phase, which consists of constructing the wind cone. This grant funds the final phase, which consists of reconstruction of precision approach indicator systems. This grant funds the phase 2, which consists of constructing runway lights. Intended beneficiary: this grant will provide federal funding for airports associated with rolla, north dakota.