MPOWERED Luci Pro Lux inflatable solar light & mobile charger

A clever inflatable re-chargeable lightweight camping lantern with a bright but soft warm light. Re-charge via solar power, or via a two-way USB from the mains, which also allows you to charge your gadgets from the lantern (ideal in an emergency situation).  

The Luci Pro Lux has 135 lumens, making it plenty bright enough for camping, hiking, backpacking, van or car camping, climbing, boating, kayaking, and for use around the home. Lasting up to 50 hours on a single charge, this lantern won't let you down even on multi-day trips.

We absolutely love the Luci Pro Lux light. It's really useful around the home (think reading light when your partner has gone to sleep), and it's brilliant when camping. Unline a head torch that gives you a bright, narrow beam, the Luci Pro Lux creates an all-round glow. Use the lantern base up to shine light upwards and illuminate your camp or work area. Use it base down for more directional light where you need it most. The adjustable hanging strap means you can easily hang it from loops in your tent or room, and the fixed strap can be used to attach it to your backpack for solar charging on the go!

The two-way charging means you can re-charge head torches, GPS gadgets, or even put some power back in your phone if you run out. 

Features:

Mobile charging
135 lumens
10 Warm white LEDs 
Matte plastic creates a soft glow
Adjustable top carry strap
Fixed base strap 
Lasts up to 50 hours on a single charge
Recharge via solar panel or quick charge via US
Built-in two-way USB port
USB to USB cable included
Durable: withstands up to 150 lbs of pressure
Lightweight 173 g
Waterproof  - rated to IP67
Operating temp: 0ºC – 45ºC

Product functions:
4 modes: low, medium, high, flashing
2 second quick shut off
Battery level indicator

Battery life:
Low: 50 hours
Medium: 24 hours
High: 5 hours
Flashing: 9 hours

Charge:
Recharge via solar or quick-charge with USB (14 hours / 2-3 hours)
Rechargeable 2000 mAh Li-ion battery
Overcurrent protection