Combos/Systems

Safety bike lights that are cute as a button The Button Blinky Safety Set provides a quick way to keep you visible on your next bike ride. Two high-output LEDs give you steady and flashing modes with 160° of visibility. These little lights are brilliant, easy to mount, and cute as a button! Button Blinky front specs: - 2 high output surface mounted LEDs provide steady and flashing modes - FL1 Tested - Run times: 12 hrs (steady – 15 lm) and up to 40 hrs (flashing - 15 lm) - Provides 160° of visibility - One CR2032 battery (included) - Mounts with rubber stretch strap - 18 grams Button Blinky rear specs: - 2 high output surface mounted LEDs provide steady and flashing modes - FL1 Tested - Run times: 20 hrs (steady – 4 lm) and up to 50 hrs (flashing - 4 lm) - Provide 160° of visibility - One CR2032 battery (included) - Mounts with rubber stretch strap - 18 grams

Lumina Micro series delivers high output in a small package, making it great for helmet usage. Features a modular designed lightweight body combined with increased thermal properties ensuring a brighter, longer lasting LED and a newly designed handlebar strap mount with quick-release tab - 4 light levels plus a flash mode - Lumina Micro 900 and 650 include a VMAX+ - Lumens: 650/80 - Run time: up to 50 hrs F/up to 27 hrs R - Weight: 130g/28g

Producing 900 brilliant lumens, the NiteRider® Lumina™ Micro 900 is smaller, lighter, and more compact than the original Lumina™ series. Vmax+™ 150 is NiteRider’s first taillight featuring COB (Chip-on-Board) LEDs, which for cyclists means it emits highly visible flash patterns in a smaller, more compact package. Its feather-like light weight makes it perfect as a wearable safety light—easily clipping onto straps, belt loops, and more. For added convenience, the Vmax+ 150 features mode memory, will power ON in the last mode used. LUMINA™ MICRO 900 FEATURES - Lumen Output: 900 - 5 Modes with Run Times: 2:00 – 60:00h - Charge Time: 2:30h at greater than 500mA | 4:30h at 500mA - Weight: 130g - Low Battery Indicator and Micro USB Rechargeable - Water / Dust Resistant IP64 Rated LUMINA™ MICRO 900 RUN TIMES Low - 11:00h at 200 Lumens Med - 4:30h at 450 Lumens High - 2:00h at 900 Lumens Flash - 11:00h at 900 Lumens Walk - 60:00h at 30 Lumens Vmax+™ 150 TAILLIGHT FEATURES - Lumen Output: 150 - 6 Modes with Run Times: 5:30-27:30h - Charge Time: 2:00h - Water / Dust Resistant IP64 Rated - USB-C Rechargeable - Mode Memory (Powers ON in the last mode used) Vmax+™ 150 RUN TIMES Fast Flash - 11:30h Slow Flash - 9:30h Disco Flash - 9:45h Pulse Flash - 6:00h High Steady - 4:30h Low Steady - 25:30h Note: The NiteRider® Lumina™ Micro 900 is shipped from the factory in Travel Lock Out Mode. This mode feature is designed to save battery power by preventing the headlight from accidentally turning on while in storage. Simply press and hold the power button for 8-10 seconds to lock/unlock.

Vmax+™ 150 is NiteRider’s first taillight featuring COB (Chip-on-Board) LEDs, which for cyclists means it emits highly visible flash patterns in a smaller, more compact package. Its feather-like light weight makes it perfect as a wearable safety light—easily clipping onto straps, belt loops, and more. For added convenience, the Vmax+ 150 features mode memory, will power ON in the last mode used. SWIFT™ 500 FRONT LIGHT FEATURES? - Lumen Output: 500 - 5 Modes with Run Times: 1:40 – 32:00h - Charge Time: 1:45h at greater than 500mA | 3:00h at 500mA - Water / Dust Resistant IP64 Rated - Micro USB Rechargeable SWIFT™ 500 RUN TIMES* - Low - 10:00h at 150 Lumens - Med - 3:40h at 250 Lumens - High - 1:40h at 500 Lumens - Flash - 12:30h at 500 Lumens - Walk - 32:00h at 30 Lumens Vmax+™ 150 TAILLIGHT FEATURES - Lumen Output: 150 - 6 Modes with Run Times: 4:30-25:30h - Charge Time: 2:00h - Weight: 59g - Water / Dust Resistant IP64 Rated - USB-C Rechargeable - Mode Memory (Powers ON in last mode used) Vmax+™ 150 RUN TIMES* - Fast Flash - 11:30h - Slow Flash - 9:30h - Disco Flash - 9:45h - Pulse Flash - 6:00h - High Steady - 4:30h - Low Steady - 25:30h *Run times are approximations and may vary