Superfire bike flashlight BL10, USB

Superfire BL10 bicycle flashlight, USB

Superfire BL10 bicycle flashlight, USB, 4 modes, 90m

The Superfire BL10-X bicycle flashlight will keep you even safer on the road. You can use it not only as a bicycle light, but also as a classic handheld flashlight – two modes of use make it extremely versatile. It offers stable illumination with a range of 90 m. It does not glare into your eyes and increases your visibility after dark. Allows you to choose from 4 light modes, and its installation will not be a problem for you.

Tailored to your needs

The BL10-X offers up to 4 light modes, which you can easily adjust to your needs and expectations. All you have to do is hold down the dedicated button for 3 seconds! The flashlight also features a smart light sensor that automatically adjusts the light intensity to the prevailing conditions. In addition, there is a multi-stage brightness adjustment, so you can precisely select the level of illumination to suit the situation.

A reliable source of illumination after dark

Take care of your safety during evening bike rides! The flashlight emits light that is completely safe for your eyes – it does not dazzle passers-by and drivers. Its illumination range is 90 meters, so the BL10-X perfectly illuminates the entire road.

Handy and compact

The lightweight and compact design of the flashlight means you can always have it with you! You can successfully stow it in your bag, backpack or even pocket. Its installation is extremely easy and will not be a challenge for you. You can easily attach the flashlight to the handlebars with a silicone strap.

Up to 3.5 hours of operation

The built-in 1500 mAh battery allows you to work for 3.5 hours. It will take you about 3 hours to charge the flashlight. You also don’t have to worry about unexpected battery drainage. The BL10-X is equipped with a small display that will inform you about the need to renew energy, as well as the charging status. It acts as a practical power indicator, so you always know how much energy is left.