AD-1580PD AVENGER – 15-Inch High-Power Woofer

Engineered for extreme performance and durability, the AD-1580PD AVENGER – 15-Inch High-Power Woofer designed to meet the demands of professional sound systems. Built with a massive 5″ (127 mm) In/Out voice coil and capable of handling a continuous power output of 1500W RMS (3000W peak), this woofer delivers outstanding low-frequency performance and unmatched reliability for high-SPL environments.

With a sensitivity rating of 96.5 ± 2dB and a frequency response range of 40Hz to 3000Hz, the AD-1580PD AVENGER is ideal for live concert setups, large PA systems, subwoofer arrays, and bass enclosures that require clean, punchy, and distortion-free output even under extreme loads. Whether you’re reproducing deep bass drops or tight kick drums, this woofer ensures high-efficiency sound delivery with minimal power consumption.

At its core, the woofer houses a Y35-grade ferrite magnet with a size of 280×140×25 mm, producing a powerful magnetic field that enhances cone control and improves transient response. The aluminium basket offers rugged structural stability and superior heat dissipation—making it well-suited for prolonged use in high-temperature environments such as touring rigs or club installations.

The AD-1580PD AVENGER also features a nominal impedance of 8 ohms and a DC resistance of 6.2 ohms, ensuring seamless integration with most professional amplifiers and crossover systems. Its highly efficient In/Out voice coil design enables fast response and reduces mechanical losses, delivering articulate low-end performance that stands out in any mix.

Weighing 18.3 kg, this heavy-duty woofer is not only powerful but also crafted for long-term reliability. Whether you’re a sound engineer, DJ, or audio installer, the AD-1580PD AVENGER is the ultimate choice when only top-tier performance will do.

FAQ Section

1. Why is an ultra-wide 5-inch (127 mm) voice coil configuration standard for a 1500W RMS professional transducer?

For a 15-inch transducer handling a massive 1500W RMS continuous load, a 5-inch (127 mm) voice coil diameter provides an exceptionally large physical surface area to rapidly dissipate heat. By using an inside/outside winding layout—where copper wire wraps both surfaces of the former—thermal energy is transferred twice as efficiently into the cooling air gap and heavy metal pole pieces.

2. How does a 40Hz to 3000Hz frequency response benefit heavy-duty sound reinforcement?

A frequency bandwidth starting at 45Hz and climbing smoothly up to 3000Hz is highly versatile for a high-wattage 15-inch component. The lower-end limit drops deep enough into the sub-bass spectrum to deliver the physical, chest-thumping impact required for kick drums and intense electronic bass lines.

3. What performance metrics are unlocked by the colossal 280x140x25 mm Y35 ferrite magnet motor?

Y35 is an elite, densely saturated grade of sintered ceramic ferrite. Its massive sizing (280mm outer diameter) establishes a massive magnetic flux field inside the voice coil gap, yielding high motor strength ($Bl$ factor). This immense energy gives the motor total mechanical command over the heavy cone assembly.

4. How should a sound technician configure active DSP filters and safety limiting for a 1500W RMS woofer?

To extract maximum low-frequency definition while protecting the mechanical suspension from unloading, precise Digital Signal Processor (DSP) programming is mandatory. For optimized bass-reflex or horn-loaded configurations, program a High-Pass Filter (HPF) set between 40Hz and 50Hz utilizing a sharp 24dB/octave Linkwitz-Riley slope to reject sub-sonic, non-reproducible frequencies that cause over-excursion.

5. Why is a rigid die-cast aluminum basket essential for a raw component weighing 18.3 kg?

The AD-1580PD AVENGER is built with an uncompromising structural frame layout weighing a heavy 18.3 kg, heavily driven by its colossal 280mm ferrite motor block. During maximum SPL operation, a motor this large creates massive structural forces and deep physical vibrations. A stamped steel basket would easily flex, causing physical frame shifting that leads to voice coil rubbing and ultimate mechanical failure.