7649 N Baird Avenue, Fresno, CA 93720
- 3 beds |
- 2 baths |
- 1,338 sqft
Single-Family Home
Built in 1994
7,139sqft lot
—— car garage
$306/sqft
Listed 26 days ago
Property Description
Welcome to 7649 N Baird Ave, a beautifully maintained home nestled in one of North Fresno's most desirable neighborhoods! Situated on a spacious corner lot, this property offers fantastic curb appeal and lots of surrounding parking! Stay cool and comfortable with a newer HVAC system installed in 2020 and enjoy major energy savings with an OWNED solar system installed January 2025, complete with TWO battery backups! Offering you peace of mind and power when you need it most. The tile roof adds both durability and timeless style, making this home as practical as it is attractive. You will love being located within the highly sought-after Clovis Unified School District, including Clovis North High School. You'll also appreciate the unbeatable location! This home is just minutes from parks, walking trails, shopping, and dining making everyday living incredibly convenient. From its prime corner lot to its energy-efficient upgrades and top-tier school location, 7649 N Baird Ave is the kind of home that checks all the boxes and then some. Don't miss your opportunity to make it yours!
- Listing Status:
- Pending
- Data Last Updated:
- May 20, 2026 at 12:20PM
- Listing Office:
- Diamond Realtors : 559-298-2033
- Listing Agent:
- Crystal T Ansay : 559-970-9482
- MLS ID:
- 647727
- Appliances: Electric AppliancesMicrowave
- Laundry: Inside
- Flooring: CarpetTile
- A/C: Central Heat & Cool
- Heating:
- Fireplace: Zero ClearanceFireplace
- Style: Contemporary
- Roofing: Tile
- General: StuccoOneConcrete
- HOA Amenities: 0.0
- Originating MLS: Fresno MLS
- School District: Clovis Unified
- County: Fresno
- Zoning: RS440433201
- Utilities: Public UtilitiesOn
- Water: Public
- Source: Fresno MLS
This listing courtesy of Crystal T Ansay , Diamond Realtors
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $






