Jimmy Castellanos of BCG Multifamily is pleased to present 1195 Weyburn Lane, a well-positioned fourplex situated on a quiet residential street in the highly desirable West San Jose corridor, just off De Anza Boulevard and adjacent to Cupertino. Built in 1961, the property consists of approximately 3,919 square feet of living space on an 8,000 square foot lot and features a unit mix of one 1-bedroom/1-bath unit and three 2-bedroom/1.5-bath units, catering to a broad tenant base of working professionals and small families. Situated directly on the border of Cupertino and just minutes from the charming town of Saratoga, the property enjoys a premier address that places tenants within walking distance of top-rated dining, retail, and parks while remaining immersed in one of the most affluent and sought-after residential corridors in all of Silicon Valley. 1195 Weyburn Lane offers an unparalleled location for Silicon Valley professionals, situated just approximately 2 miles from Apple Park, Apple’s iconic world headquarters, and within easy reach of Netflix’s global campus in Los Gatos. Additional major employers including Google, Meta, and numerous technology firms throughout Cupertino, Mountain View, and Santa Clara are all within a short commute, supporting consistent, high-income tenant demand. The property also provides excellent freeway access via Highway 85, Lawrence Expressway, and Interstate 280, making it a premier destination for commuters throughout the Peninsula. The property sits within the award-winning Cupertino Union School District, with assigned schools rated 9 or 10 out of 10 on GreatSchools — including Nelson S. Dilworth Elementary (10/10), Joaquin Miller Middle School (9/10), and the prestigious Lynbrook High School (10/10). This caliber of public education is a key driver of tenant demand and long-term rent stability. Current rents are approximately 5% below market, offering an investor a clear and near-term path to increased income through lease renewals and modest unit improvements, with minimal execution risk.