Mt Vernon Properties 1323 N Calvert St Baltimore, MD 21202 2200 Maryland Ave Baltimore, MD 21218 1303 N Calvert St Baltimore, MD 21202 Property Upside 1303 N Calvert St, Baltimore, MD 21202 This 9-unit property features a unique layout with 8 studios and 1 one-bedroom apartment, offering flexibility to meet demand for compact urban living. The property showcases a blend of vintage and updated finishes, including painted wood floors and vintage metal cabinets alongside modern cabinetry. The basement, which houses the water tank and furnace, contributes to easier maintenance and utility access. Security features include an intercom door buzzer system, deadbolts, and peepholes. With its varied finishes and foundational infrastructure already in place, there's strong upside through targeted unit modernization and design unification. 1323 N Calvert St, Baltimore, MD 21202 Comprising 8 units—five 1-bedrooms, one 2-bedroom, and one or two potential office conversions—this building features a mix of flooring types, including red oak and LVT. The interior boasts rich character, with preserved moldings and antique mantels, which provide a compelling basis for high-end aesthetic upgrades. The English basement adds utility and possible future reconfiguration options. With enhanced security systems like an intercom/door buzzer and durable locks, the building is well-positioned for value-add improvements that enhance both appeal and safety. 2200 Maryland Ave, Baltimore, MD 21218 This 13-unit property, with potential for a 14th unit, consists of 6 one-bedrooms and 7 studio apartments. The standout physical features include well-preserved parquet wood flooring and finishes rated “good to very good,†signaling strong structural and visual quality. A full basement—partly occupied by one of the apartments—offers potential for reconfiguration or utility improvements. The building is equipped with intercom/door buzzer access and deadbolt locks. The upside lies in converting underutilized space, polishing its already high-quality finishes, and maximizing unit count and layout efficiency.