30 Units @ $120K Per Unit & 8.56 GRM 210 W 43rd Pl 30 Unité Immeuble d’appartements 4 959 000 $ CAD (165 300 $ CAD/Unité) 6,81% Taux de capitalisation Los Angeles, CA 90037

Following its second price reduction, 210 W. 43rd Pl. is now offered at $3,600,000, or $120,000 per unit, positioning a 30-unit asset at a basis that now sits below several recent sales in the immediate area. At the current pricing, the property operates at a 6.81% CAP and 8.56 GRM on in-place rents, combining scale and day-one income in a way that is increasingly difficult to find at this level. The property consists of (30) studio units within a secure, gated courtyard layout originally built in 1926. The configuration is straightforward, with a consistent unit mix that simplifies renovation planning and ongoing management. Several units have already been updated with tile flooring, improved cabinetry, gas stoves, wall-mounted A/C units, and ceiling fans, providing a clear path for continued interior upgrades across the remaining units. Two units are currently vacant, allowing a buyer to begin renovations and lease-up immediately and establish updated rent levels early in the hold period. The existing layouts provide practical living space with natural light, creating a repeatable framework for unit turns without requiring reconfiguration. Located in Historic South-Central, 210 W. 43rd Pl. sits within close proximity to USC, Exposition Park, the LA Memorial Coliseum, BMO Stadium, and The Shrine Auditorium. These long-standing institutional anchors continue to support consistent housing demand tied to education, healthcare, and event-driven employment. The property also benefits from direct access to Vermont Ave. and Western Ave., connecting residents to Downtown Los Angeles and surrounding employment corridors. At $120,000 per unit with a 6.81% CAP and 8.56 GRM on current rents, 210 W. 43rd Pl. offers 30 units of scale at a basis that now sits below recent comparable sales, with a clear path to improving operations through a consistent renovation approach.