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Add rear fill, passenger coverage, and more system capability with vehicle-specific rear-door pods designed around the available panel space.
MORE SPEAKERS. BETTER FIT. LESS FABRICATION.
Factory rear speakers are often an afterthought. Rear-door pods create space for larger or additional drivers, helping extend cabin coverage, support rear passengers, add cone area, and complement a properly planned front stage.
The front stage should remain the primary source of vocals, imaging, and musical focus.
Properly integrated rear fill adds cabin coverage and passenger experience without pulling attention behind the listener.
A simple rear-door upgrade that adds driver flexibility without turning the rear stage into the focus.
Purpose:Â
CLEAN REAR FILL AND BETTER PASSENGER COVERAGE.
One of the most popular rear-door layouts for adding cone area, output, and useful rear-fill.
Purpose:Â
A BALANCED MIX OF COVERAGE, MIDBASS, AND EVERYDAY USABILITY.
A larger single driver for listeners who want stronger rear-door midbass without a multi-driver array.
Purpose:Â
MORE MIDBASS WEIGHT AND SYSTEM SUPPORT FROM THE REAR DOORS.
Two large drivers deliver serious cone area for high-output systems and larger cabins.
Purpose:Â
HIGH REAR-STAGE OUTPUT WHEN THE COMPLETE SYSTEM CAN SUPPORT IT.
Available for select applications where maximum speaker area and strong low-frequency impact are the goal.
Purpose:Â
LARGE-CONE OUTPUT FOR PURPOSE-BUILT SYSTEMS AND VEHICLES.
Combines a larger driver with a dedicated midrange to broaden rear-stage capability and provide greater control over the frequencies each driver reproduces.
Purpose:Â
CUSTOM REAR-STAGE COVERAGE WITH PROPER LEVEL, CROSSOVER, AND TUNING.
A single 6.5 can widen cabin coverage and support passengers while keeping attention on the front stage.
Dual 6.5s or a controlled multi-driver layout can support front and rear listening positions.
Dual 8s and 10-inch layouts add capability but require power, crossover planning, level control, and tuning.
Each rear-door application is developed around the useable panel shape, available mounting area, and speaker layout. The goal is more system capability, a more integrated appearance, and less fabrication than building a custom assembly from scratch.
Each pod arrives formed for the vehicle application and ready for speaker installation – so you can skip fiberglass, bondo, hazardous fumes, dusty sanding, and hours of shaping and finishing. Many customers install their pods at home using common hand tools and a drill. Review the product-specific notes before starting, as some applications may still require drilling, trimming, wiring, or clearance adjustments.
Compare factory trim to every fitment photo and model note.
Check speaker diameter, depth, grille and mounting requirements.
Define amplifier channels, crossover points, aiming, wiring, and tuning.
Gather your common hand tools and take your time with panel removal, pod mounting, speakers, and wiring.
Start with a formed, finished pod instead of spending nights shaping fiberglass, applying bondo, sanding, and finishing a one-off enclosure.
Elevated mids and highs for detail, staging and system flexibility.
Midbass and lower-midrange foundation with larger or additional drivers.
Rear fill, passenger coverage, or added output based on the goal.
Rear-door speaker pods are vehicle-specific mounting solutions that create larger or additional speaker locations on the rear door panels. They can improve passenger coverage, add cone area, and expand the capability of a properly planned audio system.
Rear fill is sound produced behind the primary listening position. When properly integrated, it can improve cabin coverage and the passenger experience without pulling vocals, imaging, and musical focus away from the front stage.
Choose the configuration based on the role you want the rear speakers to perform. A single 6.5-inch speaker can provide subtle rear fill, dual-speaker layouts can improve cabin coverage, and larger configurations can support high-output systems. Available amplifier channels, speaker sizes, crossover strategy, and tuning should also influence the decision.
Not necessarily. The advertised speaker size is only a starting point. Confirm the speaker’s outside diameter, cutout diameter, mounting depth, mounting-hole pattern, terminal clearance, and grille requirements before ordering.
Speakers are sold separately unless the individual product page specifically states that they are included. This allows you to choose speakers that match your amplifier, system design, performance goal, and budget.
Most vehicle-specific rear-door pod products include one driver-side pod and one passenger-side pod. Quantity one is normally the complete pair, but always verify the included quantity on the individual product page before ordering.
Many customers install their pods at home using common hand tools and a drill. The pod eliminates the fiberglass, bondo, sanding, shaping, and finishing normally required to build a custom enclosure from scratch. Review the product-specific notes before starting, as drilling, trimming, speaker mounting, wiring, or clearance adjustments may still be required.
Not automatically. Properly integrated rear speakers can improve cabin coverage, passenger sound, and overall output. Too much rear volume can pull attention away from the front stage. Amplifier power, crossover settings, level control, speaker placement, and tuning all affect the final result.
Confirm the listed model years, make, model, body or cab configuration, and rear-door location. Compare your factory panels with the product photos and review all vehicle-specific notes. Contact us with your vehicle information and the product link if you are uncertain.
MORE SPEAKERS. BETTER FIT. LESS FABRICATION.