About This Home
$6,995 deposit,
Available Now
Welcome to 111 N Orlando Ave, a brand-new, impeccably designed 4-bedroom, 4.5-bathroom townhome located in the heart of one of LA's most walkable and vibrant neighborhoods. This luxury townhome places you steps from the best shopping, dining, and culture Los Angeles has to offer. The residence itself features an open-concept living and dining area with wide plank wood-like floors, designer lighting, and a chef's kitchen outfitted with custom natural wood cabinetry, white quartz countertops, and a full suite of stainless steel appliances. Large windows flood the home with natural light, creating a warm and inviting atmosphere throughout. Each of the four bedrooms is en suite, featuring glass-enclosed showers with built-in benches. Cap off your evenings on the private rooftop deck, where you'll enjoy 180 panoramic views of the Hollywood Hills- ideal for entertaining, relaxing, or simply soaking in the cityscape. Additional highlights include off-street parking for two cars and in-unit laundry. This home is a true urban oasis in a PRIME location, just minutes from LA's most iconic spots. Walk to Jon & Vinny's, The Little Door, Croft Alley, Toast, and Joan's on Third. Moments from Melrose boutiques, The Grove, and Beverly Center. Near Erewhon, Blue Bottle Coffee, Verve, and the historic Farmers Market at The Original Farmers Market. For the fitness enthusiasts, you're surrounded by pilates studios, Dogpound, Barry's, and other top wellness studios. Whether you're looking for style, space, or unbeatable access to LA's top destinations, this townhome checks every box. MLS ID 26864621
111 Orlando Ave is a condo located in Los Angeles County and the 90048 ZIP Code.
* Price shown is base rent. Excludes user-selected optional fees and variable or usage-based fees and required charges due at or prior to move-in or at move-out. Price, availability, fees, and any applicable rent special are subject to change without notice.
* Square footage definitions vary. Displayed square footage is approximate.
