440 N YAMHILL ST

Carlton, OR 97111

Discover this beautifully updated 3-bedroom, 1-bath home nestled on a generous 0.26-acre lot, just moments from downtown Carlton. With 1,056 sq ft of thoughtfully renovated living space, this home blends modern comfort with classic charm. Step inside to an inviting open layout featuring vinyl plank flooring throughout. You'll love the kitchen, complete with granite countertops, a tile backsplash, and newer appliances—perfect for both everyday meals and entertaining friends. The updated bathroom and spacious bedrooms offer comfort and flexibility to fit your lifestyle. Enjoy peace of mind with recent upgrades including a newer roof, energy-efficient vinyl windows, and updated doors. The 3-car garage provides plenty of room for vehicles, hobbies, or extra storage. Love the outdoors? The expansive, private backyard is your personal homestead—complete with established fruit trees and raised garden beds ready for your favorite veggies. It’s ideal for anyone craving a sustainable lifestyle or a touch of country living right in town. Live the Carlton lifestyle with renowned restaurants, tasting rooms, and charming shops just down the street. Don’t miss your chance to own this turnkey gem in one of Oregon’s most desirable communities—schedule your tour today! This property may be eligible for zero down payment USDA financing!

Listing courtesy of Robyn Schamberger of Soldera Properties, Inc (503) 407-5331



The content relating to real estate for sale on this website comes in part from the IDX program of the RMLS™ of Portland, Oregon. Real estate listings held by brokerage firms other than are marked with the RMLS™ logo, and detailed information about these properties includes the names of the listing brokers. Listing content is Copyright © 2026 RMLS™, Portland, Oregon. Some properties which appear for sale on this website may subsequently have sold or may no longer be available.

Last checked 2026-03-17 01:18 AM PDT.

All information provided is deemed reliable but is not guaranteed and should be independently verified

K