Vibe Black Air BA12D2-V5 12″ Dual 2 Ohm Subwoofer 750w RMS

The Vibe Black Air BA12D2-V5 is a 12″ dual 2-ohm subwoofer rated at 750w RMS, part of Vibe's Black Air subwoofer range.

Key specifications

• Driver size: 12″
• RMS power handling: 750w
• Voice coil: Dual 2-ohm
• Frequency response: down to 28 Hz
• Cone area: 483 cm²
• Maximum excursion: 15 mm each way
• Motor: Double-stacked ferrite, two 50-ounce magnets
• Force factor: 17.8 T·m
• Voice coil height: 40 mm
• Suspension: Dual spider

The BA12D2-V5 is the 12″ model in the Black Air subwoofer line — the same long-throw engine as the BA10D2, built around a bigger cone. More cone area means more air moved, so it plays louder and reaches deeper: down to 28 Hz, with a double-stacked motor handling 800 watts.

Like its 10″ sibling, it uses a dual 2-ohm voice coil and 15 mm of controlled travel. The larger diaphragm turns that travel into more output. It's the choice when you have the depth and boot space, and want bass that goes lower and hits harder.

More cone, more output — and deeper

Output from a sub comes down to how much air the cone moves. At 483 cm², the 12″ cone has significantly more area than a 10″ (roughly 300 cm²). It uses the same 15 mm of travel, but each stroke shifts more air for greater output. The larger cone also resonates lower, reaching down to 28 Hz where a 10″ stops at 30. If you want deeper, harder bass and have room for a 12″, this is the one.

A serious motor

Behind the cone is a double-stacked ferrite motor — two 50-ounce magnets — developing a 17.8 T·m force factor, even stronger than the 10″'s. That's needed: a 12″ cone is a heavier thing to move, and a strong motor grips it tightly enough to start and stop bass cleanly rather than letting it boom on after the signal. It handles 800 watts without losing composure.

Long-throw, kept linear

The voice coil is wound 40 mm tall, keeping it engaged in the magnetic gap throughout 15 mm of travel each way. Two spiders — not one — hold the cone dead straight instead of letting it rock at the extremes of its stroke. On a large cone moving this far, that control is the difference between clean, deep output and audible distortion at volume.