61 Key Keyboard Case with Wheels, Internal Size: 41.7"x 14.5"x 5.7", Waterproof Padded Rolling Gig Bag Keyboard Piano Case for 61 Key Piano Keyboard (Red)

61-KEY
KEYBOARD CASE WITH WHEELS: This premium 61-key keyboard case with wheels has an interior dimension of 41.7" x 14.5" x 5.7". It is engineered to accommodate most standard 61-key keyboards, delivering a secure and dependable fit. This case incorporates smooth-rolling wheels and robust handles, enabling you to transport it like luggage, minimizing the effort needed for movement and simplifying your journey to gigs or practice sessions.
COMPREHENSIVE PROTECTION: This keyboard case is constructed from durable Oxford fabric with substantial foam padding on all sides, offering superior defense against impacts, scrapes, dust, and dampness. It includes 2 adjustable internal security straps to hold your keyboard securely, preventing shifting and possible harm and ensuring the keyboard remains protected during transit.
SPACIOUS STORAGE: This bag provides 1 large primary compartment for a 61-key piano keyboard, 2 front zippered pockets for music stands, cables, pedals, power cords, and other instrument accessories, and internal mesh pockets for items such as credit cards, coins, and keys. This facilitates easy organization and access to all essentials for practice or performance.
VERSATILE CARRYING OPTIONS: This 61-key keyboard case is designed with adjustable, concealable backpack straps, sturdy handles, and high-grade wheels, offering 3 convenient methods for transporting your keyboard. You can utilize the padded shoulder straps to carry it as a backpack for hands-free movement, the handles for brief lifting, or the wheels for smooth rolling. It is an ideal fit for RockJam, Alesis, Yamaha, and Casio 61-key piano keyboards.
WATER-RESISTANT & DUSTPROOF PROTECTION: This keyboard bag is manufactured from tough Oxford cloth with effective water-resistant and dustproof qualities. The reinforced seams and excellent workmanship ensure extended resilience, making it a superb selection for diverse environments