1351 Orput, Paradise, California 95969

Rarely do homes like this come available—combining the privacy of an end-of-lane setting, the strength and efficiency of ICF (Insulated Concrete Form) construction, and a sprawling nearly ¾-acre parcel surrounded by mature trees. Tucked away at the end of a private lane, this exceptional Paradise property offers the space, privacy, and flexibility that so many buyers are searching for. From the moment you arrive, the oversized circular driveway creates an impressive first impression while providing abundant parking for guests, RVs, trailers, or future projects. The usable lot offers endless possibilities with ample room for a shop, ADU, pool, garden, or additional parking, all while maintaining plenty of space to entertain and enjoy the natural surroundings. Built with Insulated Concrete Form (ICF) construction, this home stands apart from traditional wood-framed homes by offering superior energy efficiency, exceptional durability, enhanced sound insulation, and increased fire resistance—features that are especially valued in the Paradise community. Inside, the thoughtfully designed floor plan creates an open and inviting atmosphere filled with natural light. The spacious living area flows seamlessly into the kitchen and dining spaces, making everyday living and entertaining effortless. Just off the main living area is a large bonus space that provides incredible versatility as a prep kitchen, home office, homeschool room, craft space, or media room. This area conveniently connects to the laundry room, additional half bath, and extra storage, creating a functional extension of the home’s living space. The combination of modern construction, flexible living areas, privacy, and an oversized lot makes this property a rare opportunity. Whether you’re looking for room to expand, space for hobbies and toys, or simply a peaceful setting surrounded by trees, this home delivers the best of Paradise living while providing the comfort and efficiency of one of today’s most advanced building methods.