Fenix HM60R is a a high-quality, durable and powerful trekking headlamp, to which it is hard to find a competitor.
The flashlight is equipped with a step frequency sensor that adjusts the brightness of the flashlight according to the speed at which you move.
The flashlight is made entirely of aluminum and features 4 LEDs of different colors. In the highest mode of operation, the headlamp emits a light output of 1200 lumens and has an impressive range of up to 116 meters. Responsible for powering the unit is 18650 battery, on which the flashlight can operate for approximately 54h. Built-in port USB- C allows you to charge this capacious battery in just 3h. In addition to its aluminum construction, 4 LEDs in different colors, extraordinary power and super-powerful battery, the Fenix HM60R also boasts a iP68-rated waterproof housing,battery charge level indicator and an armband with reflective elements.
The flashlight uses an innovative solution that is a step frequency sensor, which adjusts the brightness of the headlamp as the speed increases, with which we move. When running at 150 steps per minute, the flashlight emits a light output of 130 lumens. After increasing the rate to 220 steps per minute, the headlamp increases the flux to 200 lumens. So the faster you run, the more you see. This makes the flashlight will be perfect as a headlamp for running, whether you do jogging, orienteering, or long-distance mountain running.
The Fenix HM60R headlamp has a compact, made of aluminum, solid yet lightweight body thanks to which it successfully passed drop tests from almost 2 meters, weather resistance tests and total submersion to a depth of 2m for 4h. This is a guarantee of reliability, so wherever you go with it, no matter if it rains or snows, there is no need to worry because the HM60R will survive it all.
Flashlight weighs only 157g including the battery so it is very lightweight and comfortable to use when you use the reflective band to attach it to your forehead. It will work great for any outdoor activity, workshop work, cave exploration or even for reading a book during a summer night in a hammock.
The headlamp is powered by a very powerful ARB-L18 18650 battery with a capacity of 2600 mAh, which can provide up to about 54 hours of operation in low mode (30 lumens) or up to 120 minutes of continuous illumination in the strongest Turbo mode (1200 lumens). The HM60R can also be powered by 2 CR123 batteries, which, due to their resistance to low temperatures, are particularly effective in the winter period.
The HM60R headlamp by FeniX has a clever quick-charging system via a hidden USB-C port. With this solution, charging the cell is possible without the need for an external charger. All you need is the included standard USB-C cable and a power source such as a powerbank, laptop, desktop computer. The flashlight, thanks to its built-in USB-C port, not only saves money (for buying a charger), but allows you to conveniently enjoy the ability to charge anywhere. The battery recharges in just 3 hours. To access the USB-C port, which is responsible for charging the device, unscrew the side switch of the flashlight. It is a clever and thoughtful solution thanks to which the the port is protected from dust, dirt and water.
Flashlight is operated with a single enlarged silicone button, which is used to turn on and off and change modes. The button is comfortable enough to operate even with winter and work gloves. The user has a choice of 4 white light modes, 2 neutral light modes, and a steady and flashing red light mode.
The manufacturer has taken care of the safety of users by using a number of security features and safety systems. The flashlight is equipped with reverse polarity protection in case we happen to put the battery in the wrong position by mistake. In addition, the Fenix HM60R features intelligent protection against overheating and a low battery warning. The headlamp also has a function of remembering the last mode of operation, which means that when you turn off the flashlight and turn it on again, it will return to the last used mode of operation.
