top of page

Call Now: 615.645.0222 | Visit one of our Store Locations

image 263.png

JL Audio C6650

SKU C6-650
Price

$999.99

Component System 6.5-inch (165mm) woofer and1-inch (25mm) silk dome tweeter with neodymium magnet,programmable premium outboard crossover network. Two-way Component System: 6.5 (165 mm) Woofer, 1 (25 mm) Silk Dome TweeterBorn from shared technologies used in our flagship C7 speakers, the C6-650 component system combines the smoothness and transparency of a premium silk dome tweeter with a top-flight component woofer to create a loudspeaker system with exceptional refinement and dynamic capabi...

Quantity

Only 4 left in stock

Buyer's Guide

Two-way Component System: 6.5" (165 mm) Woofer, 1" (25 mm) Silk Dome Tweeter Born from shared technologies used in our flagship C7 speakers, the C6-650 component system combines the smoothness and transparency of a premium silk dome tweeter with a top-flight component woofer to create a loudspeaker system with exceptional refinement and dynamic capability. Benefiting from vast woofer design experience and advanced modeling systems of JL Audio, the 6.5" (165 mm) C6 component woofers feature purpose-engineered, cast alloy frames outfitted with our Elevated Frame Cooling technology. A DMA-optimized, forged and machined motor system generates outstanding midbass impact with ultra-low distortion. The 1" (25 mm) C6 component tweeters feature edge-driven pure silk dome diaphragms for smooth high-frequency performance with remarkable off-axis response and damping. Neodymium motors and ferrofluid cooling provide high-magnetic flux and improved reliability with extended response from a very compact motor system. Surface- and flush-mount fixtures are included to fit a wide variety of installation applications. Premium passive crossover networks are included with each C6-650 component system. Featuring four levels of tweeter adjustment, these outboard filter networks are equipped with premium polyester film and electrolytic capacitors as well as low-loss air-core inductors
bottom of page