BUSCH&MULLER Dart Plus rear light

Bestseller
145371555
3,074 RUB
  • Brand BUSCH&MULLER
  • Shipping from Spain
  • ПВЗ Express October 12
  • Shipping cost for orders to Russia from RUB 367.00

Properties

Design

Color
Black, Red

Other features

Brand
BUSCH&MULLER

Description

The BUSCH&MULLER Dart Plus Rear Light Black/Red is a premium bike light designed to enhance visibility and safety during nighttime or low-light cycling. This rear light features a sleek and compact design with a black casing and a red lens, ensuring high visibility to approaching motorists and fellow cyclists. The Dart Plus is equipped with bright and efficient LEDs that emit a powerful red light, making it easily noticeable from a distance. It offers two lighting modes: a steady light mode for consistent illumination and a flashing mode for added visibility. Cyclists can choose the mode that best suits their preference and riding conditions.Installing the Dart Plus is quick and easy, thanks to the included mounting bracket and adjustable strap. The light can be securely attached to most types of bicycles, including handlebars, seat posts, and racks. The versatile design allows cyclists to position the light in the optimal position for maximum visibility.This rear light is designed to withstand various weather conditions and is water-resistant, ensuring reliable performance even in rainy or foggy conditions. It also features a durable construction that can withstand vibrations and shocks common during cycling.Powered by two AAA batteries, the Dart Plus offers a long runtime, ensuring that cyclists can enjoy extended rides without worrying about the light running out of power. Additionally, the battery compartment is easily accessible, allowing for quick and hassle-free battery replacement.Whether you're a daily commuter or an avid cyclist exploring challenging terrains, the BUSCH&MULLER Dart Plus Rear Light Black/Red offers a reliable and efficient lighting solution that enhances your visibility, ensuring a safe and enjoyable ride even in low-light conditions.