5969 Ottawa Street, Stittsville - Munster - Richmond, Ontario K0A 2Z0

An incredible opportunity awaits with this expansive 5.48-acre vacant lot, ideally situated on the northwest side of Ottawa Street in the heart of the Village of Richmond. With Rural General Industrial zoning & a Village designation in Ottawa’s Official Plan, this site offers exceptional flexibility for a range of future uses. The lot’s triangular shape & prime location among rural residential dwellings, light industrial buildings, & vacant lands provide endless possibilities for growth & diversification. A newly built 1500-home subdivision by Mattamy is underway directly across the street & a planned distillery nearby enhances the area’s long-term potential. The northwest portion of the site, approximately 0.8 acres, has been fully prepared for development. A two-storey, 453.25 m (4,878 sq. ft.) prefabricated slab-on-grade building is proposed (& included in price), with a 20-foot side wall height allowing for an internal second storey. Stone base installation is complete, a 400-amp single-phase hydro service is in place, & two wells have been added for potential low-cost geothermal heating & cooling. A new, large septic system supports future development needs, while a gravel driveway offers 6 proposed parking spaces, with additional space available for expansion. All major studies – environmental, transportation, engineering, & planning – have been completed, & a delegated authority report has been received from the City of Ottawa. This significantly reduces the planning burden for a new owner, allowing for a fast-tracked site plan control agreement process with minimal additional effort. Surrounded by established businesses, future residential growth, & natural green spaces, this property presents a rare combination of rural charm, commercial viability, & investment upside – all within minutes of Eagleson Road & major arteries into Ottawa. Sellers open to offering VTB up to 50% and willing to obtain building permit; cost negotiable with offer.