Coopers G362 is a 2-in-1 solar motion spotlight that can be used as a wall light or a ground light. It has two lighting modes: PIR (motion-activated) and continuous. In PIR mode, the light will turn on automatically when it detects motion within a 3-5 meter range. The light will stay on for 15-20 seconds after motion is no longer detected. In continuous mode, the light will stay on all the time.
The Coopers G362 is powered by a rechargeable 3.7V 13500 500mah Li-ion battery. The battery is charged by the solar panel during the day, and it will provide power to the light at night. The light can be used in direct sunlight or in shaded areas. However, it will charge more efficiently in direct sunlight.
Coopers G362 is a 2-in-1 solar motion spotlight that can be used as a wall light or a ground light. It has two lighting modes: PIR (motion-activated) and continuous. In PIR mode, the light will turn on automatically when it detects motion within a 3-5 meter range. The light will stay on for 15-20 seconds after motion is no longer detected. In continuous mode, the light will stay on all the time.
The Coopers G362 is powered by a rechargeable 3.7V 13500 500mah Li-ion battery. The battery is charged by the solar panel during the day, and it will provide power to the light at night. The light can be used in direct sunlight or in shaded areas. However, it will charge more efficiently in direct sunlight.
Coopers G362 is a 2-in-1 solar motion spotlight that can be used as a wall light or a ground light. It has two lighting modes: PIR (motion-activated) and continuous. In PIR mode, the light will turn on automatically when it detects motion within a 3-5 meter range. The light will stay on for 15-20 seconds after motion is no longer detected. In continuous mode, the light will stay on all the time.
The Coopers G362 is powered by a rechargeable 3.7V 13500 500mah Li-ion battery. The battery is charged by the solar panel during the day, and it will provide power to the light at night. The light can be used in direct sunlight or in shaded areas. However, it will charge more efficiently in direct sunlight.
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