3355 KESWICK Road unit: 105

• 0 Bed, 0.0 Bath

  • Studio
  • ·
    1 bath

  $3,020+

  1

  Starting at

  Unit available

  • Unit 105

    Available now

    12 months lease

    Base rent

    $3,020+ mo

Property details

This 1,510 sq. ft. office suite is ideal for therapists, wellness providers, or any quiet-use business seeking a warm, professional setting. The layout includes seven private offices, each with 12-foot ceilings and exposed brick walls, creating a distinct and inviting atmosphere. A soaring 28-foot ceiling with exposed beams adds dramatic volume to the waiting area. The suite offers ground-floor access with entrances from both 34th Street and the courtyard of The Castle. It is ADA accessible for clients, with barrier-free access into the building and waiting area. A walk-up kitchenette is located on the mezzanine level. Situated at the intersection of Remington, Hampden, and Roland Park, The Castle at Keswick provides convenient proximity to Wyman Park, Johns Hopkins University, and an ever-growing mix of local cafes, shops, and restaurants. Spectacular, Elegant, High-End finishes in the historically renovated "Castle at Keswick & 34th", features high ceilings, intricate wood trim, exposed brick, heavy wood carved doors, brass hardware, and marble tile baths. Walk to many fun and delicious restaurants and shops just 2 blocks away. I-83 four blocks away means easy access for your customers and employees. The Late Victorian / French Renaissance style brick structure features brownstone trim, a granite base, dormers, and two distinctive slate-roofed turrets. Building features include stained glass transoms, keystoned brownstone arches, wood wainscoting, hardwood floors, and exposed beam ceilings. The attention to detail and the quality of materials and workmanship is unsurpassed. Each space is uniquely laid out, with suites ranging from 509 sq. ft. to 3,316 sq. ft. 35 off-street parking spaces. Comfortably control your own environment with individual forced air furnaces and central air conditioning.