Knog Blinder Pro 1300 front bicycle lamp black (13302)

The Knog Blinder Pro 1300 front bicycle light in black provides optimal lighting while riding in various terrain and weather conditions. Its modern LED light source and wide range of lighting modes ensure high efficiency for use both in the city and beyond.

Advanced LED Light Source

The Knog Blinder Pro 1300 features an LED light source offering five power levels: 650 lumens, 230 lumens, 150 lumens, 420 lumens, and a maximum of 1300 lumens. The varied lighting modes allow precise adjustment of light intensity to current needs, enhancing safety and comfort while riding. The light is characterised by an even distribution of the beam, ensuring route visibility even after dark.

Efficient Rechargeable Power

The light utilises a built-in battery that guarantees a long runtime and convenient charging. The full charge time for the battery is 5 hours, allowing for efficient preparation of the equipment for upcoming rides. Rechargeable power is also an eco-friendly and economical solution, eliminating the need for frequent battery replacements.

Weather Resistance

The light's housing meets the IP67 waterproof standard, ensuring reliable operation even during heavy rain and in challenging weather conditions. The Blinder Pro 1300 maintains full functionality regardless of weather whims, increasing cyclist safety in all situations. The IP67 waterproofing also protects crucial components from dust and moisture.

Knog Blinder Pro 1300 Black Front Bicycle Light - Features:

• LED light source offering five different power levels;
• Maximum light output of 1300 lumens;
• Ability to adjust brightness in several modes;
• Full battery charge time of 5 hours;
• Waterproof housing compliant with IP67 standard;
• Designed for front mounting on the bike;
• Long runtime on a single battery charge;
• Even light distribution for greater safety;
• Eco-friendly power eliminating the need for battery replacement;
• Dust and moisture resistance due to a sealed design;
• Multiple lighting modes for route adaptation.