1902 N Patton St for rent in Philadelphia, PA
Welcome to 1902 N Patton St., a charming urban haven where modern comfort and classic elegance converge to create the perfect living space. This meticulously maintained residence offers a harmonious blend of style and functionality, providing a comfortable retreat for you and your family. Upon entering, you'll be greeted by the timeless beauty of hardwood floors that flow gracefully throughout the spacious living areas. Natural light floods the interior, creating a warm and inviting atmosphere that makes you feel right at home. The kitchen is a chef's dream, featuring sleek stainless steel appliances that add a touch of sophistication to the space. With ample counter space and storage, meal preparation becomes a joy, whether you're cooking for yourself or entertaining guests. Four generously sized bedrooms offer plenty of space for rest and relaxation, each providing a peaceful sanctuary to escape the hustle and bustle of daily life. The tiled bathroom exudes elegance, featuring modern fixtures and finishes that elevate the overall aesthetic of the home. Recessed lights add a touch of ambiance to the space, providing ample illumination for everyday tasks and activities. Conveniently located near James G. Blaine School and just a few blocks from Joseph E. Mander Playground, this home offers easy access to educational and recreational facilities. Whether you're enjoying a leisurely stroll in the park or attending school events, everything you need is just steps away. Whether you're a growing family, a young professional, or someone seeking the perfect blend of comfort and convenience, 1902 N Patton St. offers the ideal urban retreat. SECTION 8 (Will accept a 3 bedroom voucher) Requirements * 3 or 4 Bedroom Voucher * Atleast 550 Credit Score * No Evictions * Clean Criminal Record * Must be working cause will be asking 2 paystubs (If not, as many proof of income as you can provide.) * 1 Photo ID * $50 Application Fee (Non Refundable) Note: Monthly Rent and Security Deposit will be determined by PHA
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