We are a Soundstream authorized dealer so you get up-to-date, fully warrantied products. Shipping is free to the lower 48 states on everything you order!
The Soundstream T5.154 can handle a power output of 1,300 Watts RMS and can go up to 2,600 Watts of peak power at 4 ohms. It has a sensitivity rate of 86.6 dB, which means that you won't have any problem cranking your audio source loudly, as you'd only get minimal distortion by doing it.
The Soundstream T5.154’s die-cast aluminum basket has an excellent design to dissipate the heat build-up that comes with long hours of use. Its voice coils allow the subwoofer to have an improved power output, as well. The subwoofer has a high tolerance to temperature, so overheating issues won't be a problem.
The Soundstream T5.154 subwoofer comes with a Spruce cone and a polyether foam surround stitched and glued with each other, allowing for it to deliver an accurate low-frequency performance with minimal distortion even if used for extended periods at high volume levels.
Features:
Specifications:
We are a Soundstream authorized dealer so you get up-to-date, fully warrantied products. Shipping is free to the lower 48 states on everything you order!
The Soundstream T5.154 can handle a power output of 1,300 Watts RMS and can go up to 2,600 Watts of peak power at 4 ohms. It has a sensitivity rate of 86.6 dB, which means that you won't have any problem cranking your audio source loudly, as you'd only get minimal distortion by doing it.
The Soundstream T5.154’s die-cast aluminum basket has an excellent design to dissipate the heat build-up that comes with long hours of use. Its voice coils allow the subwoofer to have an improved power output, as well. The subwoofer has a high tolerance to temperature, so overheating issues won't be a problem.
The Soundstream T5.154 subwoofer comes with a Spruce cone and a polyether foam surround stitched and glued with each other, allowing for it to deliver an accurate low-frequency performance with minimal distortion even if used for extended periods at high volume levels.
