Developers! Builders! Investors! Short-term Rental Specialists! This 23-acre property, located at 390 Conrads Road in Hubbards is ready for your subdivision application for seven large R2 building lots in a serene mature woodland property just 700 meters from Queensland Beach Provincial Park on the pristine waters of Nova Scotia's St Margarets Bay. The Seller commissioned DesignPoint Engineering to create a subdivision plan which includes a drawing and a detailed step-by-step letter to describe how you can take this property from its current state to being permit- and shovel-ready. The results of the engineer's plan is a Highest-and-Best-Use, As-of-Right development yielding seven R2 lots (Two Unit Dwelling Zone). This designation allows Single-unit Dwellings, Two-unit Dwellings (Duplexes), and Backyard Suites. Zoned for flexible residential use, this expansive 23-acre parcel provides an ideal canvas for a thoughtfully designed residential subdivision, estate home community, or a boutique coastal retreat. With its prime location, development potential, and increasing demand for coastal properties, this 23-acre parcel at 390 Conrads Road represents an outstanding opportunity to create your landmark residential or vacation community.
Highway 103 to Hubbards to Conrads Road
Listing Sub-Area:
40-Timberlea, Prospect, St. Marg
Property Type:
Vacant Land
Land Type:
Vacant Lot(s)
Title To Land:
Freehold
Prop Size:
10 to 49.99 Acres
Lot Size:
23 acre(s)9.31 hectare(s)
Zoning:
R2
Water Supply:
None
Sewer:
None
Utilities:
Cable, Electricity, High Speed Internet, Telephone
Driveway:
None
Partial Landscaped, Level, Sloping/Terraced, Softwood Bush
Data was last updated February 18, 2025 at 11:20 PM (UTC)
Area Statistics
Listings on market:
58
Avg list price:
$149,900
Min list price:
$47,000
Max list price:
$5,000,000
Avg days on market:
117
Min days on market:
5
Max days on market:
1,111
These statistics are generated based on the current listing's property type
and located in
40-Timberlea, Prospect, St. Marg. Average values are
derived using median calculations.