246 Lansing St Aurora, CO 80010

Listing details for 246 Lansing St, Aurora, CO 80010 : Tucked into the established Highland Park neighborhood, this updated 2,184-square-foot ranch blends classic mid-century character with modern updates and flexible living space. The main floor features original hardwood flooring, while the renovated basement adds a second family room and newer laminate flooring which is perfect for movie nights, guests, hobbies, or a home office setup. The updated kitchen features newer cabinetry, granite countertops, and updated appliances. Outside, the refreshed landscaping includes a large concrete patio ideal for outdoor living, entertaining, or a fire pit. A covered patio connects the home to a spacious storage building perfect for tools, yard equipment, or recreational toys. The former carport has been converted into an oversized enclosed garage, complemented by an extra-large driveway and side yard with an access gate with ample room for RVs, boats, or trailers. Additional upgrades include central AC installed in 2021, a Class IV impact-resistant roof installed in 2019, water heater replaced in 2019, updated electrical, updated insulation, and fully paid-off solar panels at closing. One of the home’s most distinctive features is the custom plaster wall sculpture in the main living room, created by nationally recognized artist Tom Moberg, known for commercial installations across the country. mobergartservices.com Ideally located just minutes from I-225, I-25, I-70, DIA, shopping and dining along Havana, and the Aurora Mall, this home also offers convenient access to light rail, bus stops, schools, parks, golf courses, restaurants, and the library. With its full wrap-around brick exterior, sandstone brick accents, and timeless mid-century charm, this move-in ready home is a rare opportunity in a convenient location. This home qualifies for the community reinvestment act providing 1.75% of the loan amount with a cap of $7,000 as a credit towards buyer’s closing costs, pre-paids and discount points.