Horace Elevator Site

This four acre development site is positioned at the intersection of Sheyenne Street and Wall Avenue in Horace, North Dakota, one of the fastest growing corridors in the Fargo metro. Sheyenne Street functions as the primary north to south arterial connecting Horace to West Fargo and Fargo, delivering strong visibility and steady traffic for future commercial or mixed use development. The surrounding area continues to experience rapid residential growth, new schools, and expanding commercial investment, creating a supportive environment for long term demand. The site’s corner location provides excellent access, prominent frontage, and multiple approach points along a key metro corridor. A pre-demolition hazardous building materials inspection conducted on February 5, 2024 by Braun Intertec is available for review. Seller has obtained a demolition bid for the existing structure totaling $569,000.This four acre development site occupies a prime corner position at the high visibility intersection of Sheyenne Street and Wall Avenue in Horace, North Dakota. Sheyenne Street is the primary north to south corridor connecting Horace to West Fargo and Fargo, delivering steady traffic flow and exceptional exposure for commercial or mixed use development. The surrounding area is one of the fastest growing sectors in the metro, driven by new residential neighborhoods, schools, and expanding commercial investment. The site’s prominent frontage and multiple approach points create strong accessibility and make it an attractive option for users seeking visibility and long term growth. A pre-demolition hazardous building materials inspection conducted on February 5, 2024 by Braun Intertec is available for review. Seller has obtained a demolition bid for the existing structure totaling $569,000. The following represents the preliminary legal description of the parcel: Those parts of the SE1/4 of Section 18 and the NE1/4 of Section 19, T138N, R49W, 5th P.M., City of Horace, Cass County, North Dakota as described in Preliminary Plat of AE2S dated October 17, 2025.