Locator compatible with Apple Find My Hoco E91B white

The Hoco E91B locator, compatible with Apple Find My, is a practical and discreet device for protecting valuables. A special case with a self-adhesive layer is included, making it easy to mount the locator on suitcases, handbags, bicycles, household appliances, and other items you want to protect from loss.

Mountable self-adhesive case – perfect for suitcases and handbags: The included case allows you to permanently and stably stick the locator to a flat surface. It's a perfect solution for traveling – The tracker placed on your suitcase will allow you to quickly find your luggage at the airport, and mounted on a purse or backpack, it will ensure safety in public places.

Full compatibility with Apple Find My: The E91B supports the Apple Find My network, so you can easily locate your belongings in the "Localizer" app. The device uses millions of iPhones as signal transmitters, offering effective coverage in almost any location.

Compact and lightweight design: The tracker is only 31 31 9 mm and weighs 7 g. Its small size makes it discreet when installed, doesn't add bulk to your luggage, and doesn't interfere with everyday use.

Long battery life: The replaceable CR2032 battery with a capacity of 230 mAh provides operation for 9-12 months. Replacing it takes seconds and requires no additional tools.

Wide compatibility with Apple devices: The tracker works with iPhone SE and models iPhone 6s and later, as well as iPads 5th generation, iPad Air 2, iPad mini 4, and iPod touch 7th generation. Required system: iOS/iPadOS 14.5 or later. Solid and durable materials: The ABS housing is resistant to everyday use, and the case itself holds the tracker securely in place. also during travel, shocks, or carrying luggage.

Specification:
Model: Hoco E91B
Network support: Apple Find My
Battery capacity: 230 mAh (CR2032)
Working time: 9–12 months
Compatibility: iPhone, iPad
Material: ABS
Dimensions: 31 × 31 × 9 mm
Weight: 7 g
Accessories included: self-adhesive case for mounting on flat surfaces