SoundQubed
SoundQubed HDS2.3 8" Subwoofer 700W RMS 1400W Peak D2 / D4
SoundQubed HDS2.3 8" Subwoofer 700W RMS 1400W Peak D2 / D4
Couldn't load pickup availability
SoundQubed HDS2.3 8" Subwoofer 700W RMS 1400W Peak D2 / D4 is a strong option for anyone wanting real bass from a compact subwoofer without stepping all the way into a larger enclosure. Sold by AudioSellerz.com.
The HDS2.3 8" is built for tight, responsive low end in applications where space still matters, but you want more output than a small entry-level woofer usually gives you. Whether you are working on a compact daily driver, a custom enclosure, a truck build, or a space-conscious setup that still needs to hit hard, this sub gives you a serious mix of power handling and usable output. SoundQubed lists both versions at 700 watts RMS and 1400 watts peak, using a 2.5" high-temp voice coil and 13mm Xmax for solid excursion and dependable performance under load.
This listing combines both voice coil options into one product so you can choose the version that fits your amplifier and final ohm load goal:
- Dual 2 ohm
- Dual 4 ohm
Both versions are built around the same HDS2.3 8" platform, but there are a few small spec differences. The D2 version is listed with 80.6dB sensitivity, 41.5Hz resonant frequency, and a 100 oz magnet. The D4 version is listed with 81.3dB sensitivity, 41.6Hz resonant frequency, and a 102 oz magnet. SoundQubed describes both as compact but powerful 8" subwoofers designed for tight, well-defined bass in sealed or ported enclosures.
Why this sub makes sense
- 8" size that works well when space is limited
- 700W RMS / 1400W peak power handling
- Dual 2 ohm or dual 4 ohm options
- 2.5" high-temp voice coil
- 13mm Xmax
- Built for sealed or ported enclosures
- Strong choice for daily systems that want punchy, controlled bass without needing a huge box
If you want a compact subwoofer that still has enough motor and power handling to make the system feel serious, the HDS2.3 8" is a great fit. It is the kind of woofer that makes sense when you need a smaller footprint but still want clean output, strong low-end response, and wiring flexibility.
Share
