NEXO PNT-2CASE12 Flight Case with Castors for 2x P12 Loudspeakers

The NEXO PNT-2CASE12 is a professional flight case designed to safely transport and store two NEXO P12 loudspeakers. Built from 9mm birch plywood with a durable black phenolic resin exterior, this case features heavy-duty steel hardware, four recessed spring-loaded handles, and four butterfly latches. Four heavy-duty swivel castors (two with brakes) provide easy mobility, while custom-fit foam inserts ensure your speakers are protected during transit. Aluminum extrusions and ball corners add extra durability, and stacking cups allow for secure stacking. Ideal for touring, transport, and storage.

Advantages

Robust construction with 9mm birch plywood and phenolic resin finish ensures long-lasting protection. Heavy-duty swivel castors with brakes offer smooth maneuverability and stability. Custom-fit foam inserts keep speakers secure and prevent damage. Stacking cups enable efficient storage and transport of multiple cases.

Suitable for

• Professional audio engineers and sound technicians
• Live event production companies
• Rental and staging companies
• Musicians and bands requiring secure speaker transport

Key specifications

• Case Type: Flight Case
• Designed For: NEXO P12 Loudspeaker
• Capacity: 2 Loudspeakers
• Construction Material: 9mm Birch Plywood
• Exterior Finish: Black Phenolic Resin
• Hardware Material: Heavy-Duty Steel
• Handles: 4x Recessed Spring-Loaded Handles
• Latches: 4x Butterfly Latches
• Wheels/Castors: 4x Heavy-Duty Swivel Castors (2x Braked)
• Internal Protection: Custom-Fit Foam Inserts
• Edge & Corner Protection: Aluminum Extrusions & Ball Corners
• Stacking Feature: Yes, with Stacking Cups
• Lid Type: Removable Lid
• Intended Use: Touring, Transport, Storage
• Color: Black

Recommendations

For optimal protection and ease of transport, pair this flight case with NEXO P12 loudspeakers. Ensure the case is placed on a stable surface when loading or unloading speakers. Use the stacking cups to securely stack multiple cases for efficient storage.