Lezyne Lite Drive 1200+ Front

House Of Fraser £85.00 Go to House Of Fraser First seen in Nov 2023

Description

Lite Drive 1200+ Experience unparalleled illumination and versatility with the Lite Drive 1200+ Front. With eight LEDs, this light has a maximum output of 1, 200 lumens and an impressive 60-hour max runtime, providing the best beam pattern for optimal visibility in even the most challenging conditions. Its waterproof USB-C 2A+ fast charging capability allows for convenient recharging (cable not included), while the CNC-machined aluminium construction with cooling fins ensures durability and efficient heat dissipation. The fresh optical design and the MOR (Maximum Optical Reflection) lens optimise light dispersion for enhanced visibility. With the optional Go Pro mount and compatibility with the Infinite Light Power Pack+, this front light offers versatile mounting options and extended battery life. Rigorously tested to IPX7 Waterproofing standards, it is built to withstand various weather conditions. Choose from seven different output modes, from the attention-grabbing Daytime Flash Mode to the long-lasting 60-hour runtime Femto Mode, to suit your lighting needs. Illuminate your rides with confidence using the Lite Drive 1200+ Front. Waterproof USB-C The waterproof USB-C charging port provides protection in any weather condition and maintaining your light's powerful performance. Fast charging (3. 0 and 2. 0) is also supported. Engineered Optical Lens Design New, modern lens technology delivers a powerful, uniform light beam for maximum visibility and safety while riding. Multi-LED engineered optics illuminates everything in front of you and beyond. Increased Battery Capacity Impressive higher battery amperage capacities provide longer run times for unbeatable performance, even on the longest rides. Fresh Form Factor The sleek and compact new form factor boasts a striking, satin black bead blast finish, making it a stylish addition to any ride. Its durability ensures that it can handle even the toughest conditions. Improved Heat Dissipation Advanced heat si