Primacoustic RX9 Recoil Stabilizer - Horizontal

Designed for nearfield monitors, the Primacoustic RX9 Recoil Stabilizer™ is a unique speaker mounting device that at once eliminates disruptive resonant coupling from the loudspeaker to the stand, while providing a stable base that reduces the recoil caused by the forward energy of the loudspeaker motion.

The Recoil Stabilizer is a loudspeaker platform that combines three basic components: a high-density urethane foam base to isolate the speaker from the shelf, monitor-bridge or stand; a heavy ¼” laser-cut steel plate; and a thin neoprene top surface. The foam effectively decouples the loudspeaker to eliminate vibration-borne resonance that invariably introduces phase anomalies, while the steel plate introduces significant mass to the structure, stabilizing the speaker. The no-slip surface coats the top to ensure the monitor stays firmly in place.

By reducing the backward 'recoil' as the speaker coil pushes energy forward, the initial transient no longer suffers lag and the sharpness of the resulting impulse is more defined. Upon first listening, one immediately notices more punch and extended low end. Upon further listening, one begins to notice greater detail at all frequencies, improved transient response and more defined depth of field. This not only makes mixing easier, but since the Recoils eliminate unknown resonance from contaminating the sound, your mixes immediately translate better to other rooms and audio systems.

This version features a horizontal profile with dimensions of 2.265" x 15" x 11" and a load limit of 50 lbs.

Features:

• High density open cell acoustic foam provides acoustic isolation to eliminate coupling between loudspeaker and shelf
• Laser cut ¼” (6mm) steel platform adds the necessary stabilizing mass to rigidly hold the nearfield monitor in place
• Curved front panel eliminates standing waves and adds mass to the platform without increasing the footprint
• Thin no-slip neoprene surface secures the nearfield monitor to the top surface for maximum signal transfer