3170 N Tani Rd, Prescott Valley, AZ 86314

Welcome to this charming second-floor 2-bedroom, 1-bath apartment offering comfort, convenience, and a functional layout that's perfect for everyday living.... Nestled in a quiet community, this well-maintained home provides a warm and inviting atmosphere with plenty of natural light.

The practical floor plan features a comfortable living area that flows seamlessly into the kitchen, creating an ideal space for relaxing or entertaining. Both bedrooms are well-sized and offer ample closet space, while the full bathroom is thoughtfully designed for everyday convenience.

Residents will enjoy off-street parking and access to a shared fenced yard, providing additional outdoor space to relax and unwind. With its easy-to-maintain layout and convenient amenities, this apartment is an excellent place to call home. Sorry pets are not permitted.

Ideally located in Prescott Valley, this home offers easy access to Highway 69, making commuting throughout the Quad Cities area simple. You'll be just minutes from Prescott Valley Town Center, Findlay Toyota Center, Mountain Valley Park, Fain Park, and a variety of shopping, grocery stores, restaurants, and coffee shops, including Costco, Safeway, Fry's Food & Drug, and Walmart Supercenter.

~ To Apply go to:

Advertised price reflects base rent only. Total monthly cost includes base rent, required fees, and any optional services selected by the resident. Required fees may include utilities (flat or RUBS-based billing), a Resident Benefits Program, and pet fees based on screening results.

A security deposit equal to 1.5x rent may be required, or applicants may opt for our $0 deposit alternative (MIS program).

Additional charges may apply for utilities, internet, or property-specific features such as pools, solar, or landscaping. Select communities may offer rentable items (e.g., parking or storage), subject to availability.

Please contact our Leasing Team for full details prior to applying.

Call: ext. 2 | Email:
***Interior photos may be of a different unit in the same complex. Read More