Boombotix speakers are engineered and designed by Boombotix at their headquarters in San Francisco. Boombotix has a team of audio engineers and designers that oversee the production and evolution of the product line. The speakers are assembled by hand in China by our own dedicated manufacturing facilities.

Boombotix ultraportable speakers feature industrial design for life in motion. Bike riders clip them onto their handlebars, backpack straps and pockets. Other riders use the hip clip for fastening to belts, pockets and other garments. You can be pretty creative with how your wear your Boombot.

Boombots are available at boombotix.com and a variety of colors and models. Check out the available models in the Boombotix store. You can also find Boombots in a number of retailers near you.

All BOOMBOTS are Bluetooth compatible. You can stream audio wirelessly with most smartphones, iPhones, tablets, and laptops. Be sure that your mobile device is Bluetooth enabled. The Boombot REX can also be played using a standard 1/8″ audio cable for wired playback. Other models are Bluetooth only.

Boombotix products are covered by an industry leading one-year warranty. This guarantees our products with free replacement within one year from the date of purchase.

To warranty your speaker, visit boombotix.com/warranty

Boombotix products include a USB charging cable so that you can hook it up to your computer and charge it. Charging takes approximately one hour.

The simple answer is approximately 6 hours, however there is much more complexity to determine the exact runtime. Runtime on all Bluetooth audio devices is heavily dependent on several key variables: volume output, music selection, and ambient temperature. Manufacturers spec runtime with an approximation based on ideal conditions running at a volume level they determine as an approximate “normal” use.

Music with heavier bass/lower frequencies will require more power than music that is rich in the mid/high range. When speakers are over driven, you will notice decreased audio quality in a condition that is called “clipping.” Clipping will introduce additional inefficiencies in the system and reduce runtime further.

Lithium ion battery performance is very temperature dependent. In below freezing temperatures, a lithium ion battery capacity can drop by over fifty percent. On the contrary, temperatures under 120 degrees are not harmful to lithium ion batteries, but inefficiencies are introduced by semiconductor materials used in the amplifier circuit. We design our products to accept a wide range of temperatures, but there will always be a temperature dependency that can affect overall runtime in extreme conditions.

Volume output is the biggest factor in determining runtime. Runtime can be significantly increased at lower volume levels. Users should expect to see this type of behavior for a minimum of three-hundred charge cycles in ideal operating conditions.