Manker MC11 II Ultra Compact Rechargeable Tactical Flashlight – Black

Description

Manker MC11 II Ultra Compact Rechargeable Tactical Flashlight.

The Manker MC11 II released in 2021. It uses Luminus SST40 LED, OP reflector and 1 x 18650 Li-Ion battery. The powerful emitter in this flashlight provides up to 2 000 lm output, 23 200 cd intensity, and a beam distance of 305 m

This light has 5 modes of lighting. The memory function is a nice feature, the light will remember the last used mode. It has a strobe function, which is one of the most effective self-defence tools available.

System
The emitter of MC11 II manufactured by Luminus, a US-based LED manufacturer. The MC11 II has an orange peel (OP) textured reflector. Orange peel reflectors have smoother beams. It has an AR coated lens.

• Emitter: Luminus SST40 LED
• Colour temperature: 5000 K, 6500 K
• Reflector: OP
• Lens: Toughened AR coated glass
• Switch: Electronic side, mechanical rear

Performance
The throw is the calculated distance in meters at which the flashlight produces a light intensity of 0.25 lux. The candela per lumen (cd/lm) ratio can be used to determine if a flashlight has a spot or flood type beam. Well-focused spot beams can be over 100 cd/lm, tactical flashlights are typically between 20-100 cd/lm, and work lights are less than 10 cd/lm.

• Flux: 2 000 lm
• Intensity: 23 200 cd
• Throw: 305 m
• CD/LM factor: 11.6

Software
The MC11 II has mode memory. Mode memory means that the light will remember the mode you were using when the light was last turned off, and when you turn it on again. The MC11 II is tactical strobe ready. The strobe light is disorienting to the person it is aimed at which makes it difficult for them to concentrate.

• Modes: 5 modes
• Mode memory: Yes
• Ramping mode: No
• Strobe: Yes
• SOS/Beacon: No

Features
The battery indicator lets you know when the battery is low, charging, or fully charged. The MC11 II cannot charge batteries directly. You may need an external charger to keep your battery going. This flashlight has a built-in low voltage protection (LVP) to prevent damage to the cell from over-discharge, so protected cells are not necessary. The built-in thermal control automatically adjusts brightness output to prevent overheating.