Multifunctional solar-powered hand-crank charging LED lamp, emncy outdoor camping power supply, portable outdoor lighting

Features:
1. Solar Energy: Equipped with a solar-powered and hand-crank rechargeable flashlight. The built-in battery can save energy for a long time and does not require an external battery. It uses crystalline silicon solar cells, with a solar panel made of a laminated steel glass layer.
2. Design: The hand-crank handle can be placed and retracted. The handle can be stored in a slot for easy storage. It features a classic design and is a durable outdoor survival equipment, making it the best gift for outdoor activities.
3. Energy Saving: High conversion efficiency, 6-minute startup time, continuous for one hour, ample light, easy to use in darkness. Saves space, energy-efficient and environmentally friendly. The high-brightness light core never runs out of power.
4. Portable: Ergonomic design, compact, comfortable and easy to carry, saving backpack space. It is a great helper for your outdoor trips and mountain climbing.
5. Three LED Lights: Emecy hand-crank power generation, hand-crank for one minute (2 turns per minute), can continuously provide three LED lights for over 8 minutes. All three LED light heads light up simultaneously, making the objects in front of you clearly visible.

Description:
The solar-powered hand-crank flashlight is suitable for any place with sunlight. It is easy to use and carry, and is a great companion for your outdoor trips and mountain climbing. 
Specification:
Color: Black
Material: Plastic ABS
LED Light: 3 pieces
Built-in Battery: 3.6V/40mAh rechargtery
Package Contents:
1 set * Solar-powered hand-crank flashlight
The product  under different lighting conditions. If the hand-crank cannot generate electricity, expose it to sunlight for charging. This product is a solar-powered hand-crank flashlight.
Solar-powered flashlights usually come with rechargeable batteries, such as nickel-metal-hydride batteries. Long-term discharge may cause the battery to enter a "sleep" state. By charging with a solar panel (usually requiring 4-6 hours of exposure), the battery can be awakened, establishing a basic power level, and restoring the hand-crank power generation function.