Elite Audio Enclosures | GM Single Cab Dual 8
Elite Audio Enclosures | GM Single Cab Dual 8
Elite Audio Enclosures | GM Single Cab Dual 8
Elite Audio Enclosures | GM Single Cab Dual 8
Elite Audio

Elite Audio Enclosures | GM Single Cab Dual 8" Ported - USA Made Subwoofer Box with Bed Liner Spray Finish

$399.00 In Stock Sold out
Snap Logo Lease for as low as $/week Learn More

1-4 DAYS DELIVERY

100% ORIGINAL AND QUALITY

24 MONTHS GUARANTEE

  • Description
  • Shipping and Refund

Product Info:-

Elite Audio Dual 8” Ported Enclosures for GM Single Cabs. Available in square Kicker specific options. Each Elite Audio box is coated with a durable bed liner polymer spray to enhance its longevity. These USA-made enclosures are constructed from high-grade, full 3/4" MDF, ensuring robustness and exceptional sound quality.

EAG-P208PSCAB Dimensions: Width: 56", Front Height: 8", Rear Height: 15", Height: 15", Bottom Depth: 6", Top Depth: 6", Depth: 10.5", Mounting Depth: 18", Cutout Diameter: 7.32", Weight: 54 LBS, Air Space per Cubic Foot: 0.97^3 Per Chamber, Tuning Frequency: 38Hz

DISCLAIMER: All Elite Audio Enclosures are custom-made. Enclosure orders cannot be discounted, canceled, or modified once placed. ALL SALES ARE FINAL. Please double-check dimensions to ensure fitment for your vehicle and subwoofers before purchasing. You have 30 days to claim any shipping damages. Subwoofers not included.

 

Feature Specification
Model Elite Audio EAG-P208PSCAB – Dual 8″ Ported Enclosure (GM Single Cab)
UPC N/A
Woofer Compatibility Dual 8″ subwoofers
Mounting Type Standard or Kicker Square-Compatible Options
Material Full 3/4″ MDF
Finish Rugged polyurethane bed-liner spray coating
Design Ported (vented) enclosure for enhanced SPL bass
Dimensions Width: 56″ • Front Height: 8″ • Rear Height: 15″ • Height: 15″ • Bottom/Top Depth: 6″ • Total Depth: 10.5″
Mounting Depth 18″
Cutout Diameter 7.32″
Weight 54 lbs
Internal Air Space 0.97 ft³ per chamber
Tuning Frequency 38 Hz
Construction USA-made • Glued and braced internal design for reduced resonance

Recently Viewed