Google launches Pebblebee card for Android users

Pebblebee card has an impressive battery life which lasts for approx 18 months which would rarely requires charging
An undated image of Pebblebee card. — Pebblebee
An undated image of Pebblebee card. — Pebblebee

The first Bluetooth trackers, supporting Google's updated Find My Device network are finally unveiled after years of constant wait, plethora of leaks and delays. Pebblebee and Chipolo recently started with highly anticipated wireless locator nodes.

Pebblebee card is substantially one of the best cards that eventually builds up approximately one-third of the company's Google Find My Device FMD-compatible tracker lineup, supporting a credit card.

Specs of Pebblebee Card for Android

Pebblebee card is notably one of the best card trackers especially for Android because of the several reasons that are briefly discussed below:

Pricing

This Pebblebee card is quite inexpensive as it only costs approx $35, similar Chipolo card costs the same, offering great connectivity to USB-C-to-pogo pin charger for $5. Additionally, you can save either almost $5 or $20 by ordering a two or four-pack from the seller.

Read more: Google to soon launch Find My Device network for Android users

Furthermore, it is available all across the globe so no matter where you belong, you can easily order it from any country.

Convenient size

Firstly, it comes in a convenient size similar to the credit card so, especially if you want to track a flat thing including purse, wallet, and more then, Pebblebee can be the perfect choice.

Battery and LED indicator

It has an impressive battery life which lasts for approx 18 months and it would require charging very rarely. Furthermore, it offers a four-LED indicator and a loud alarm with crispy audio that works reliably with Bluetooth range.

Bluetooth range

Additionally, if you accidentally misplaced your Card-tracker item anywhere within FDM’s enrolled device’s Bluetooth range. Then, link your Google account with it and easily find it out by an on-screen proximity sensor.