Nitecore MH10 V2 Handheld Torch Black

The Nitecore MH10V2 is a member of Nitecore's Multitask Hybrid series, updated to use the newer 21700 battery format. The integrated 21700 cell provides 4000 mAh capacity and enables a maximum output of 1200 lumens. The flashlight retains the Multitask Hybrid concept with a built-in charger in the head, now upgraded to a USB-C charging port protected by a silicone cap against water and dirt. The body accepts the larger 21700 battery but includes a spacer for use with 18650 cells, allowing flexible power options.

Advantages

The MH10V2 offers higher capacity and increased brightness compared with the previous MH10 model, with a simple one-button interface for ergonomic handling. The built-in USB-C charging simplifies recharging on the go, while the included magazine enables compatibility with both 21700 and 18650 batteries. Nitecore's ATR temperature regulation automatically reduces output to prevent overheating of the lamp head and protect the user.

Key specifications

• Maximum output: 1200 lumens
• Battery type: 21700 (included), compatible with 18650 using supplied magazine
• Battery capacity: 4000 mAh (21700)
• Integrated charger: USB-C (protected by silicone cap)
• Operation: single button interface with memory function for modes
• Temperature control: Nitecore ATR automatic regulation

How to use

Operate the MH10V2 with the single control button on the lamp head to switch between four brightness levels and three special modes; the device stores a selected mode via its memory function. Charge the installed 21700 cell through the USB-C port while the silicone cap is closed when not charging. If using an 18650 battery, install the supplied magazine first and then insert the cell into the flashlight as described in the manual.

Recommendations

Use compatible high-quality 21700 or 18650 cells and follow the manufacturer’s charging and safety instructions. Close the silicone cap during outdoor use to maintain protection against water and dirt. Allow the lamp to cool if the ATR system reduces output during extended high-power operation.