903 N Clinton Avenue

Step into a remarkable piece of Michigan history with the Henry M. Perrin-Dr. Henry Palmer House located at 903 N. Clinton, one of St. Johns' most distinguished historic residences. Built for Henry M. Perrin, one of Clinton County's founding leaders, this extraordinary home represents more than a century of history, craftsmanship, and architectural beauty. After settling in St. Johns in 1856, Henry M. Perrin became one of the community's most influential citizens, serving as an attorney, Probate Judge, Village President, and Michigan State Senator. His leadership helped shape the future of St. Johns and Clinton County, making this home a lasting symbol of the city's rich heritage. Later occupied by his son-in-law, Dr. Henry Palmer, one of the area's most respected physicians,the residence has remained an enduring landmark for generations. Offering over 4,100 square feet of beautifully preserved living space, this stately home perfectly balances timeless elegance with today's modern comforts. Inside, you'll discover six spacious bedrooms, three full bathrooms, first-floor laundry, and a flexible floor plan featuring one main-floor bedroom and five additional bedrooms upstairs. The expansive primary suite provides a warm and inviting retreat, complete with a charming wood-burning fireplace. Original craftsmanship shines throughout, from the exquisite hardwood floors and stunning natural woodwork to the grand proportions and architectural details that simply cannot be recreated today. Enjoy every season from both the inviting three-season room and the bright four-season room, offering beautiful spaces to relax, entertain, and take in the surrounding property. Situated on just over a half-acre of manicured landscapes, the grounds provide exceptional outdoor space enhanced by a welcoming circular driveway and an impressive oversized two-car garage featuring new siding, an insulated interior, and a concrete floor. Thoughtfully updated for modern living, the home also features a brand-new roof, a new high-efficiency