Motorola VerveRider+ are budget-end wireless Bluetooth headphones designed to provide you with a rich sound experience. As its name suggests, VerveRider+ are designed for sports riders. Whether you are a biker or a surfer or just in the market for a sound accessory for your workouts, this is the right earbuds for you. With a waterproof rating of IP57, you can use these headphones for sweaty workouts or in rain without a care in the world. Even if they get dropped in a puddle of water, you can be sure that nothing will happen to this sturdy sound accessory.
The earbuds are ideal for those who do not like wires and are worn around your neck. Compatible with all kinds of Bluetooth enabled devices such as PC, laptop, smartphone or tablet, these headphones come with HD sound and provide a huge 150 feet Bluetooth pairing range. Its lightweight construction and inclusion of multiple sizes of removable ear gels makes it easier to wear on your ears even for a long duration.
Motorola VerveRider+ come with integrated mic to transmit clear voice if you are on calls. As Motorola is now a subsidiary of Google, extra efforts have been put in the designing of this handy little sound accessory. It gives complete compatibility with Siri and Google Now. You can optimize its sound by employing one of the three built-in audio profiles. When paired over Bluetooth, it can automatically pause your music if you receive a call. Another great feature is Hubble Connect. It tells you the last location where your device was synced so you do not lose them or forget at any place you have visited.
Other key specs of the Motorola VerveRider+ Wireless Bluetooth Earbuds are: in ear design, HZO Protection layer for internal circuits, 40g weight, three EQ presets for listening including bass, brilliant and moto sound profiles, AptX HD Sound technology, Bluetooth v4.1 with A2DP v1.3, HFP v1.6, HSP v1.2, GAVDP v1.2, microUSB support, multipoint support for pairing two devices simultaneously and up to 12h of music play time, 15h talk time and 30 days of standby.