SVS Prime Satellite

So i have a pair of svs prime satellites in gloss black for sale these were used as height channels only so 320 ovno specs are below. Frequency Response / Acoustic Data: Rated bandwidth: 69 Hz-25 kHz (±3 dB) Nominal impedance: 8 ohms. Sensitivity: 85 dB (2.83V @ 1 meter full-space, 300-3kHz) Recommended amplifier power: 20-150 watts. Speaker Specs: Satellite Loudspeaker Piano Gloss Black, and Piano Gloss White finish options Single set of 5-way binding posts 1” wide-flared rear-firing port Cloth grille with pin/cup retention system Elastomer stick-on bumper feet (adds 3mm to height) Keyway bracket for easy and convenient wall mounting (includes extra bumper pads for wall stand-off) Cabinet Dimensions: 8.75" (H) X 4.9" (W) X 6" (D) Overall Dimensions: 8.85" (H) X 4.9" (W) X 6.3" (D) (includes grille and bumper feet) Shipped Dimensions-2 Pack: 11.7" (H) X 13.9" (W) X 8.9" (D) Shipped Dimensions 3 Pack: 11.7" (H) X 20.3" (W) X 8.9" (D) Weight Unboxed: 6.5 pounds Shipped Weight 2 Pack: 14.7 pounds Shipped Weight 3 Pack: 21.7 pounds Driver Specs: 1” Aluminum Dome Tweeter: FEA-optimized diffuser for airy and unveiled presentation Aluminum dome for exceptional transient response 4.5” Midrange Driver: Polypropylene cone for excellent stiffness/mass ratio and pistonic behavior Aluminum shorting ring to reduce gap inductance, lower distortion, and enhance high frequency response Cast ABS-fiberglass composite basket ensures precision component alignment and excellent thermal transfer Vented voice coil former minimizes air compression artifacts Crossover & Cabinet Specs: Crossover: 2-way crossover with premium-grade capacitors, air-core inductors and heavy-trace printed circuit boards Crossover network delivers outstanding phase coherency and time domain behavior Tweeter-to-woofer crossover: 2.3 kHz (12 dB/octave slopes) Cabinet: Acoustically transparent and FEA optimized grilles minimize diffraction FEA-optimized cabinet and bracing eliminates resonances Chamfered front baffle and flush-mounted drivers reduce edge diffraction and improved on-axis high frequency response.