303 New St W, Glassboro, NJ 08028

Welcome to 303 New Street W, located in the heart of Rowan University and one-block away from both campus and Glassboro's downtown student retail and nightlife district, Rowan Boulevard. You cannot get any more convenient than this! Just steps away from landmarks like the Rowan University Bookstore (Barnes & Noble) and the Rowan Fitness Center, plus popular restaurants such as Chickie's & Pete's, LaScala's Fire, Primo Hoagies, Playa Bowls, and more, 303 New Street West is the perfect place to call home! This 2-story home is well maintained and has plenty of living space, including a eat-in kitchen with granite countertops, a large living room, four (4) bedrooms, and two (2) full bathrooms. The home also has a covered front porch, covered back porch, recently replaced roof, and an unfinished basement equipped with washing/drying machines, providing ample space for laundry and storage! The driveway can fit up to four (4) cars and leads to a garage (not included) plus a spacious yard. The house is currently rented through June 30, 2025. The house will be available for move-in on July 1, 2025. The lease term will be a year-long (i.e., 7/1/2025 to 6/30/2026). The utilities will be paid by tenants (e.g., gas, electric, water, internet), the landlord will provide lawn care, and no smoking is allowed in the house. If you are interested in renting 303 New Street W beginning July 2025, kindly send a direct message. The lease will be 12-months. Rent will be $3,200 per month. Tenants will be responsible for all utilities. Smoking in house is not allowed. There will be one (1) Lease with up to four (4) Tenants and one (1) Co-Signor for the group. Prospective Tenants (and Co-Signor) that wish to apply will be responsible for credit and background screening fees after touring the property and indicating in writing that they are interested in moving forward with a Lease; Renters insurance will be required for each Tenant. This is not an exhaustive set of terms - additional Lease terms will apply at the point of contracting.