Protection Racket 26x14" Marching Bass Drum Case

Protection Racket's marching bass drum cases combine tour–grade construction with the practical demands of ensemble transport. Built to the same specification as their pro touring cases, the 26” × 14” model (catalogue M2614–00) features pro–grip side handles engineered for secure lifting and reduced fatigue during load–in and venue changes. The semi–rigid Propadd P2 foam shell maintains structural integrity whether packed or empty, eliminating the frustration of collapsed walls during setup.

Internal dimensions measure 28” × 17½”, providing clearance for drum hardware, tension rods, and lugs without forcing fitment. At under 3.5 kilograms, the case prioritises weight efficiency without sacrificing protection–crucial for drummers managing multiple instruments across stadium layouts or extended tours. The semi–rigid design eliminates the need for internal bracing or additional padding, streamlining both packing procedures and drum extraction between sets. Propadd P2 foam technology absorbs impact while remaining flexible enough to accommodate slight variations in shell dimensions across manufacturers.

Protection Racket manufactures across their entire marching band range using identical build standards, meaning this 26” case shares construction methodology with 16”, 18”, 20”, 22”, 24”, 28”, and 30” variants. Ensemble programmes requiring multiple bass drums benefit from standardised handling and stacking characteristics, whilst touring operations appreciate consistency in durability across the kit.

Features

• 26” × 14” external shell with 28” × 17½” internal capacity
• Pro–grip side handles for enhanced transport and lifting control
• Propadd P2 semi–rigid foam maintains shape when empty or open
• Weighs under 3.5 kilograms for effortless single–person handling
• Constructed to professional touring case specification standards
• Accommodates hardware fixtures and tension rod assemblies
• Catalogue reference M2614–00 for parts and replacement identification
• Foam impact absorption without internal bracing requirements