The Peninsula’s Retail Powerhouse
Burlingame Avenue has over the years evolved the retail scene in the San Francisco Peninsula. The zip code is a vibrant destination that blends national brands, local boutiques and high-end home furnishings. This historic shopping corridor, once known for its small-town charm, has evolved into a dynamic area catering to an affluent, style-conscious demographic of young professionals, families and high-income individuals. From Apple’s iconic presence to the sophisticated allure of Trina Turk and Arhaus, Burlingame Avenue is where brands have the opportunity to tap into a loyal, high-spending customer base.
The Burlingame Avenue Experience
Anchored by house
Sweetgreen and Local Kitchens to open in mixed-use project in Burlingame, Calif.
Retail Leasing and Market Dynamics
Burlingame Avenue has gross rents ranging from $100 to $150 per square foot. Vacancy rates remain low at under 5%. Recent tenant shifts, such as the departure of Banana Republic and Kate Spade, have made way for dynamic newcomers like Abercrombie & Fitch and Barnes & Noble, injecting fresh energy into the retail mix.
Customer Demographics and Foot Traffic
Young professionals, established families, and high-income individuals converge here, driving consistently strong foot traffic throughout the week. Weekdays see a steady flow of professionals from nearby offices enjoying the avenue’s retail and dining options, while weekends bring a surge of shoppers fr
Office developments in the area continue to rise and its tenant mix evolves. The 185,000-s.f., six-story 220 Park Road redevelopment, expected to be completed by this fall, will feature such brands as Sweetgreen, Local Kitchens, Kohler Signature Store and a still-unnamed 8,000-s.f. restaurant as ground floor tenants. Its ability to attract both national heavyweights and local favorites ensures it remains a vibrant and high-demand retail corridor. For brands looking to secure a foothold in one of the Bay Area’s locations, Burlingame Avenue offers visibility and perhaps even stability.