2600 S Hickory Street, Sapulpa, OK 74066
- 4 beds |
- 3 baths |
- 2,644 sqft
Single-Family Home
Built in 1968
2acre lot
3 car garage
$138/sqft
Listed 6 months ago
Property Description
Property features two homes on 2 beautiful acres! The primary residence is a spacious 4-bedroom ranch, accompanied by a charming 2-bedroom home—perfect for rental income, multi-generational living, or hosting guests. Tucked away behind mature trees and backing to a private greenbelt, this property offers both privacy and a serene setting. The main home boasts numerous updates throughout, providing modern comfort while maintaining its inviting character. The secondary grey stone home offers incredible flexibility—ideal as an income-producing property or a private space for extended family. Lone Star School District. Don’t miss this unique opportunity—schedule your showing today!
- Listing Status:
- Pending
- Date Added:
- November 21, 2025
- Data Last Updated:
- May 20, 2026 at 7:16AM
- Listing Office:
- Keller Williams Advantage : (918) 291-2425
- Listing Agent:
- Bradd Bingman : (918) 698-3235
- MLS ID:
- 2547999

- General: OtherQuartz CountersStone Counters
- Appliances: Built-In OvenCooktopDishwasherElectric Water HeaterOvenRange
- Basement: None
- Flooring: CarpetVinyl
- A/C: Central Air
- Heating: CentralElectric
- Fireplace: Wood BurningFireplaceFireplaces: 1
- General: Other
- Style: Ranch
- Other Structures: PatioCovered
- Pool: None
- Parking: AttachedGarageStorageWorkshop in GarageAsphalt
- Roofing: AsphaltFiberglass
- Windows: Aluminum FramesStorm Window(s)
- General: MasoniteWood Frame1Slab
- Originating MLS: TULSA_TULSA
- School District: Lone Star - Grades K-8 (54)
- County: Creek
- Zoning: see supplement1999-10-017-011-0-540-00
- Fencing: OtherPartial
- Utilities: Electricity AvailableWater Available
- Water: Rural
- Sewer: Public Sewer
- Source: TULSA_TULSA
This listing courtesy of Bradd Bingman , Keller Williams Advantage
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $




