V10 Mini Portable Flashlight

FEATURES

• ☀ Are you uneasy in the absence of light? ☽Our V10 flashlight is both small and efficient, featuring 5 brightness options, a peak output of 1000 lumens, and a beam distance of 100 meters; it weighs less than 50 grams.

• $ This is a compact detector.√ The V10 is equipped with a 365nm UV black light that can identify dirt, fluorescent materials, scorpions, currency, and more. This feature helps you recognize various currencies and avoid counterfeit bills.

• ღ Seeking a versatile flashlight?❤ This device includes magnets on the bottom for convenient attachment and is also compatible with keychains. It offers a variety of side light colors (white, red, green, blue, yellow) along with red light flashes and strobe options in both red and blue.

• ☞ Contemporary USB C charging port✈ fast charging options compatible with a variety of power sources including wall adapters, power banks, and laptops. The flashlight has a 1000mAh battery that takes 2.5 hours to fully charge with a 5V1A charger and charges even quicker with other power sources.

• ☂ Say goodbye to waterproof worries❄ The flashlight is designed with waterproof technology at all interfaces, boasting an IPX4 waterproof rating, ideal for everyday use. The charging port has a waterproof cap, and extra waterproof cotton is fitted inside the buzzer, ensuring moisture stays out.

SPECIFICATIONS

• Product Type Light

• MaterialAluminum alloy
  

• Battery Capacity 1000mAh
  

• Power Supply Type-C charging
  

• Power10W

• Brightness1000LM

• Color Temperature6000-6500K

• Buzzer80DB

• Light SourceLED
  

• Applicable EnvironmentDiving, Hiking, Camping, Self-defense, Teaching, Searching, Daily Carry, Night driving, Cave exploration, Night fishing
  

• Maximum Range 100-200 meters
  

• Waterproof RatingIPX4

• Weight 46g

• Color Black, Transparent

• Size As shown

PACKAGE

• 1 * V10 Mini Portable Flashlight

NOTE

• Please be aware of minor discrepancies due to manual measurements.

• The actual color of the product may differ slightly from what you see in the images because of monitor settings and lighting conditions.