ECO-FRIENDLY CONSTRUCTION: Sustainably built from 100% rPET recycled plastic, this 2-piece luggage set includes a 20" carry on luggage and a spacious 28" check-in suitcase with wheels. Lightweight yet durable, it’s the ideal choice for eco-conscious travelers who want a guilt-free travel bag. EFFORTLESS MOBILITY: Move with ease through airports and city streets. Both the 20" carry on suitcase and 28" luggage feature smooth-gliding 360° dual spinner wheels, designed for stability and quiet maneuverability no matter the terrain. TRAVEL-READY HANDLING: With a telescoping handle and multiple carry grips, this luggage set is designed for comfort and control. Easily lift your carry on bag overhead or handle the 28" suitcase at baggage claim without hassle. EXPANDABLE PACKING SPACE: Pack without limits. The 20" carry on suitcase and 28" checked luggage expand to hold more, making them versatile for weekend getaways, family vacations, or extended international trips where extra space is essential. SMART INTERIOR DESIGN: Stay organized with compression straps, large mesh pockets, and a wet pocket that keeps damp items separate. Whether packing the 20" carry on for airplane travel or the 28" suitcase for longer journeys, your belongings stay neat and secure. The Ricardo Beverly Hills Avalon Softside 2-Piece Luggage Set offers eco-friendly innovation with everyday function. Made from 100% rPET recycled plastic, this lightweight luggage set includes a 20" carry on suitcase and a roomy 28" check-in—perfect for both short trips and extended journeys. Quiet dual spinner wheels and a telescoping handle provide seamless mobility, while multiple carry points ensure easy handling from airport to hotel. Expandable capacity means more space when you need it, and the thoughtfully organized interior—with compression straps, mesh pockets, and a wet pocket—keeps everything in order. Designed in sleek black, these suitcases with wheels balance sustainability, style, and practicality for modern travelers who want their travel bag to go the distance.