


Moog Subsequent 25 SR Case
Moog Music SR Series Cases feature generous padding around a semi-rigid A.B.S. shell, a rugged Ballistic Cordura outer that resists tears and abrasions, and laminated water-resistant zippers to offer on-the-go protection and safe storage for your instrument. Multiple strap and handle configurations keep your commute comfortable, and multifunction pockets ensure you're organized on arrival.
Key Features:
- Precision engineered for the Subsequent 25 synth, featuring a tailored foam interior
- Semi-rigid ABS shell is protected by a Ballistic Cordura outer layer for superlative resistance to tearing and abrasions
- Laminated, water-resistant zippers keep moisture and grime away from your theremin under most conditions
- Variable strap and handle configurations accommodate a plethora of transportation needs
- Multifunctional pockets streamline organization for stress-free storage
- Ergonomic form factor maximizes protection without compromising mobility
Original: $346.29
-65%$346.29
$121.20Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Moog Music SR Series Cases feature generous padding around a semi-rigid A.B.S. shell, a rugged Ballistic Cordura outer that resists tears and abrasions, and laminated water-resistant zippers to offer on-the-go protection and safe storage for your instrument. Multiple strap and handle configurations keep your commute comfortable, and multifunction pockets ensure you're organized on arrival.
Key Features:
- Precision engineered for the Subsequent 25 synth, featuring a tailored foam interior
- Semi-rigid ABS shell is protected by a Ballistic Cordura outer layer for superlative resistance to tearing and abrasions
- Laminated, water-resistant zippers keep moisture and grime away from your theremin under most conditions
- Variable strap and handle configurations accommodate a plethora of transportation needs
- Multifunctional pockets streamline organization for stress-free storage
- Ergonomic form factor maximizes protection without compromising mobility

















