NEXO PNT-HBRK10 Estrutura de suspensão horizontal para sistemas de altifalantes P10

The NEXO PNT-HBRK10 is a high-grade steel horizontal flying frame (bumper) designed specifically for NEXO P10 loudspeaker systems. Engineered for professional touring, live sound, and fixed installations, this robust yet lightweight rigging hardware enables safe and efficient horizontal array suspension of up to six P10 cabinets. Its compact design and quick-release pin-lock system ensure fast setup and seamless mechanical integration with P10 enclosures.

Advantages

Built from high-grade steel with a durable black powder coat finish, the PNT-HBRK10 offers exceptional strength and corrosion resistance. The multiple suspension points allow for single or two-point suspension, providing flexibility for various rigging configurations. The frame's lightweight construction (4.5 kg) reduces load on trusses and simplifies handling, while the pin-lock attachment method ensures secure and rapid cabinet connection.

Suitable for

• Professional audio touring and live sound reinforcement
• Fixed installations in venues, theaters, and houses of worship
• Horizontal array suspension of NEXO P10 loudspeaker systems
• Applications requiring quick and reliable rigging hardware

Key specifications

• Product Type: Rigging Hardware / Horizontal Flying Frame
• Compatibility: NEXO P10 Loudspeaker Systems
• Material: High-grade Steel
• Finish: Black Powder Coat
• Suspension Points: Multiple, for single or two-point suspension
• Orientation: Horizontal array suspension
• Max. Loudspeaker Units: Up to 6 NEXO P10 cabinets
• Attachment Method: Quick-release pin-lock system
• Dimensions (L x W x H): 530 x 300 x 100 mm
• Weight: 4.5 kg
• Color: Black
• Mounting Options: Compatible with standard shackles and hoists
• Safety: Engineered for professional audio rigging standards

Recommendations

For optimal performance and safety, always use the NEXO PNT-HBRK10 with genuine NEXO P10 cabinets and follow the manufacturer's rigging guidelines. Regular inspection of the frame and pin-lock mechanism is recommended to ensure continued reliability.