992 And 994 Old Pecos Trail, Santa Fe, NM 87505

Property Description

Located between Santa Fe’s Historic Eastside and South Capitol neighborhoods, 992 and 994 Old Pecos Trail unites a four-bedroom, four-bath main residence with a 1,600-square-foot casita. Architect Mark Hogan designed the properties as his own residence and office, with 994 serving as his architectural studio. Enhanced by the current owner, a designer, the gated compound reflects a cohesive aesthetic. Moments from the Plaza, Canyon Road and Kaune’s Neighborhood Market, it offers privacy and refined indoor-outdoor living with a distinctly European feel. The main residence blends Santa Fe character with sophisticated design. Soaring ceilings, American Clay plaster walls, Douglas fir coffered beams, curated lighting and floor-to-ceiling transom windows create light-filled interiors. The chef’s kitchen features an island, Sub-Zero refrigerator, Viking appliances and views of the landscaped courtyard. Living and dining rooms are anchored by a natural stone fireplace and glass doors opening to mature wisteria, aspens, a stately cherry tree, waterfall fountain, alfresco dining areas and verandas. Upstairs, the primary suite enjoys Picacho Peak views and a spa-like bath with Jacuzzi tub, steam shower, dual vanities and walk-in closet. A private rooftop terrace with fireplace, cedar hot tub, sauna and wraparound deck provides an extraordinary setting beneath Santa Fe’s skies. Additional amenities include a 2.5-car garage, polished concrete floors, recessed lighting, designer tile and finishes. The adjoining RAC-zoned casita has a private courtyard with putting runner and offers possibilities for guests, office, studio, live/work use or rental income. Its flexible layout features two ensuite bedrooms, a loft, 12-foot ceilings, expansive windows, plaster walls, stone countertops, concrete floors, an open island kitchen, separate utilities and designated parking. Two additional units may also be purchased, offering a rare opportunity to own all four units within the compound.