Knog Blinder E 900 front bike light black (13330)

Knog Blinder E 900 front bike light black is an excellent solution for cyclists seeking efficient lighting. With an impressive light output of up to 900 lumens, it ensures excellent visibility while riding. The light is equipped with an LED light source, guaranteeing long life and reliability. The set also includes a handlebar mount and a 1200 mm cable for electric bikes, making installation and use easier.

Diverse operating modes

The Knog Blinder E 900 front bike light black offers five operating modes that allow you to adjust the light intensity to your current needs. Users can choose between different brightness levels, such as 900, 450, and 300 lumens, which helps save energy in situations where full power is not required. Thanks to this feature, the light is extremely versatile and works well in various lighting conditions.

Weather resistance

The Knog Blinder E 900 bike light is characterised by high waterproofing, confirmed by an IP67 certification. This means you don't have to worry about its performance during rain or while riding in difficult weather conditions. The waterproof feature allows for the use of the light regardless of the weather, increasing its functionality and reliability.

Efficient power supply

The Knog Blinder E 900 bike light is powered by a rechargeable battery, eliminating the need for regular battery purchases. This solution makes the use of the light more economical and environmentally friendly. The battery guarantees a long-lasting source of power, ensuring the light is ready to use whenever you need it.

Knog Blinder E 900 front bike light - features:

• Impressive light output of up to 900 lumens;
• LED light source ensuring long life;
• Five operating modes to choose from;
• High waterproof rating confirmed by IP67 certification;
• Easy installation with a handlebar mount;
• Includes a 1200 mm cable for electric bikes;
• Efficient rechargeable power supply;
• 31.8 mm and 35 mm spacers included;
• Versatility and reliability in various lighting conditions.