756 Clarkson St Denver, CO 80209

Listing details for 756 Clarkson St, Denver, CO 80209 : Tucked away on one of West Washington Park’s quietest tree-lined blocks, this represents a rare opportunity to own a beautifully updated home on a double lot of 6,340 sqft. This "magic number" lot size provides the luxury of space and privacy that far exceeds the standard neighborhood parcel, offering significantly more land to enjoy or expand. This location is perfectly positioned for the ultimate urban lifestyle, situated just 4 blocks from Wash Park and 5 blocks from the light rail station taking you to Downtown Denver or DTC, with the celebrated dining scene on S Pearl St and the community charm of S Gaylord St only blocks away. The home itself is a classic brick bungalow featuring 2 bedrooms larger than average and one which easily fits a king bed, a living room featuring a gas log fireplace, morning light streaming into the East facing newer Anderson Windows, and an enclosed sunporch nicely finished where you can enjoy greeting guests or a morning coffee. Gleaming hardwood floors throughout with designer lighting make this space feel unique and well cared for. An updated kitchen maximizes the storage and makes this an ideal house to entertain in as it passes through to the back addition including two level living room outfitted with heated floors, integrated speakers, and the necessary hookups for home cinema projector and screen. Basement w/good ceiling height for addlt potential bedroom or square footage. Beyond the interior, the expansive lot is the true star. For the forward-thinking buyer, this footprint is ideal for a detached garage and ADU under Denver’s favorable 2026 zoning or a significant "pop-top" expansion that won't compromise your backyard sanctuary. Because the home is so well-maintained and move-in ready, it offers the flexibility to move in immediately or hold the property as a premium rental while navigating plans for a future custom build. 756 S Clarkson is a rare find where charm, ideal location, and infinite potential converge.