RM64PRO 6.5" 4 Ohm Mid-Bass Midrange Car Speaker, 103dB, 2-Pack | 200W Peak / 100W RMS, CEA Compliant, Open Basket, 90oz Magnet, 1.5" CCAR Voice Coil, Accordion Surround, 3.07" Depth, Kevlar

Package Includes: (2) RM64PRO 6.5" Car Speakers Totaling 400 Watts.
High-Output RM64PRO Performance: Each RM64PRO is CEA-rated at 200-Watt peak/100-Watt RMS with 4-Ohm impedance and a potent 103dB @ 1W/1m sensitivity to deliver serious mid-bass punch and vocal presence. Tuned for car SPL builds, it covers 85Hz-7 kHz so kick drums hit hard while vocals stay forward and clean. Run them on a quality external amplifier for dynamic headroom, tighter transients, and authoritative output in doors, kicks, or rear deck arrays.
Pro-Grade Build & Motor: Kevlar-reinforced black pulp cone and Kevlar dust cap add stiffness without excess weight, while the treated cloth accordion surround and linear progressive Conex spider keep excursion controlled at volume. An oversize 1.5" high-temperature CCAR voice coil coupled to a beefy 90-oz magnet generates strong motor force for fast attack and low compression, sustaining clarity through long sessions and demanding playlists. Steel Basket, Cooling
& Fitment: The high-tensile expanded steel basket dampens vibration so you hear music - not mechanical noise. Open-frame airflow aids thermal management during loud sets.
Install is straightforward: 3.07" mounting depth fits many factory and custom locations; 5.79" cutout and 6.16" overall mounting diameter with a 4-hole pattern ( 0.217" x 0.276" ) suit common templates. Great for staged upgrades pairing with subs and dedicated tweeters.
CEA Compliance & Use Cases: CEA-compliant ratings make power matching simple and honest when comparing amplifiers and systems. Use RM64PRO as the mid-bass/midrange engine in daily drivers, demo builds, and competition-leaning systems seeking clean vocals and punchy fundamentals. Color-neutral design integrates with stealth or show installs; scale with additional pairs to fill larger cabins while maintaining tonal consistency and efficient wiring schemes