X-Bravo Kit (Pair)

$345.00$679.00 Pair

Due to unexpected supply chain issues, the Sonicap used in the woofer circuit is currently unavailable, and will be replaced with a bypassed polycap.
The price has been reduced accordingly.
We expect availability to return sometime in June.

The X-Bravo is the little brother to the popular X-LS Encore model. The Bravo is basically the same speaker in a smaller size by using the M-130, 5.25″ sized woofer, and the same T26SG soft dome tweeter (one of the best soft dome tweeters on the market). The same over achieving performance of the Encore is present also in the Bravo. It’s smaller size makes it more ideal for desktop applications or any other application requiring a smaller speaker.

Speaker Dimensions: 13”H x 7 1/2”W x 11 1/2”D

Need a flatpack?
X-Bravo flatpack


Need a flatpack?

GR-Research and Denton Woodworkers have teamed up to offer flatpack’s, assembled and finished cabinets for a number of our DIY kits. All flatpack’s are CNC’ed for precise fittings which makes the project much easier.

The X-LS Bravo kit comes with everything you need minus cabinet material. So assembling the speakers are very easy and at a beginner to novice level. Parts used in the crossover for the basic kit (no upgrades) are all Erse polypropylene caps, non-inductive wire wound resistors, Erse XQ air core inductors, and Gen. 2 Sonicap by-pass caps. The crossover requires point to point assembling. The kit comes with binding post cups, ports, high quality OFC wire in polyethylene, screws, solder and heat shrink.

Download the cabinet plans here.

We recommend 1 sheet of NoRez for this model. (not included)

Cabinet Dimensions: 13''H x 7 1/2''W x 11 1/2''D

Additional information

Weight 13 lbs
Dimensions 13 × 10 × 10 in
Connector Upgrade

Standard Binding Post Cup, Tube Connectors ($55)

Capacitor Upgrade

Erse Capacitors, Sonicaps $290, Sonicaps with Gen 3 Sonicap Bypass $394

Cabinet Plans


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Frequency Response

Horizontal Response

Frequency Response

Crossover Response

Vertical Response

Impedance Response