The NexTorch myTorch is a programmable flashlight unlike most others in that the programming interface employed is done by means of a computer application over a USB cable connection. This is a key difference presented by the myTorch, while other physical and construction aspects adhere to familiar designs. The head has a thin stainless steel bezel which protects from wear and tear. An acrylic lens sits in front of the textured reflector with the LED almost perfectly centered at the bottom of the reflector cup. The head itself isn't removable, but is meant to be loosened quite a ways out to expose the integrated mini USB port.

The main body has a cylindrical design with a grid pattern machined on for better grip, slightly larder than many other single 18650 powered flashlights currently available. The tail end has cleanly cut threads which came well lubricated with a rubber o-ring for moisture seal. The tail cap houses a reverse push button switch, it has slightly longer than average travel and good tension. The switch cap is made of glow in the dark rubber which is a nice touch as well. Though do note that switch has a convex design which protrudes slightly out the rear end which means the myTorch isn't able to tail stand.

If you're unfamiliar with any of the terms used in this review, click here for explanations on common flashlight related vocabulary.

The myTorch is able to be configured to provide a wide range or regular constant output levels, and also strobe modes at an intensity and frequency of your choice. Either of these output types can be programmed in any combination/number as per user needs. For example, you can have the myTorch work as a traditional single mode flashlight, or have a series of varying output levels and strobes in any order of your choice. All this is done by NexTorch's NexTuner application, a maximum of 50 modes of any combination can be programmed at a time. While the myTorch is connected via USB cable, the user can even remotely test out these output mode with this application. Once programmed in and detached from the USB cable, mode changes are performed by half pressing the switch which cycles through whatever modes were programmed in that order. Do note that the level adjustments is achieved by PWM which means that pulsing effects is apparent especially as lower levels. Beam profile is relatively clean with a slightly cool white tint, though the spill beam area is slightly skewed on my review sample.

The NexTorch myTorch 18650 runs off a rechargeable 18650 as its name implies. The light can be charged with the battery in the flashlight by connecting the myTorch via the included USB cable. Unfortunately this also means that you'll need a computer to charge with the included USB cable unless you purchase an A/C to USB power supply adaptor (fortunately these can be had for about $5-$10). Below are the measure output performance of the myTorch 18650 taken at it's maximum 100% (200 lumens, manufacturer rated) and 50% output. While 200 lumens may seem conservative by current standards, do note that this rated output is pretty close to what was actually measured out the front, unlike some other manufacturers who tend to over-rate by advertising LED lumens.

The Good - New take on programming interface presents a more visually sensible option to the user. Maintains regulation very well on all levels while gradually trailing off at end.

The Bad - A trade-off to ease of use, it requires a computer for programming and charging which are both done via USB cable.

The Relative - Slightly cool white tint. Isn't able to tail stand. Reverse push button doesn't allow for momentary activation.