Looks a little bit like long version of S2200 (but I think reflector is slightly smaller/shallower) with carbon fibre (:O) battery tube. A few details and pics from Solarforce’s website:
The whole body is mainly made of T6063 T6 aircraft grade aluminum alloy and carbon fibre. The alloy is in Mil-spec type III hard-anodized (matt black) finish which significantly strengthens the anti-wearing and anti-corrosion features of the unit
The anti-rolling appearance, together with heat-dissipating design, provides users with comfortable handgrip. The body can be connected to camera tripods for general outdoor and photo-shooting illumination purposes
The stainless steel bezel makes the flashlight head and tail cap even more impact-resistant
The orange-peel-like reflector produces a focused and even beam for illuminating middle to long range of distance
Strengthened ultra-clear glass lens with two-surface coating for ultra high transparency and light transmittance
Water-proof (IPX-8 standard)
Stable current-regulated output with input voltage range of 8.5 – 13V
Battery type: rechargeable li-ion battery (18650) x 3 pc
Doesn’t state its throw ability even in their website. But with 3S batteries configuration this is gonna be well regulated without quick output dropping like what S2200 does.
That's not the important part, input current is expected to change as input voltage falls, that's OK. What the multi-cell buck drivers do that IS important is that the output is constant from the very start to the very end, the lowest voltage from the cells is always higher than what's needed to get the full output to the LED.
Minimum 3v each cell, 3 cells, min 9v, typical overhead for a buck driver to remain in regulation is worst case usually 1.5v, so that's 7.5v to work with when dead flat. MTG2 only needs 6.25-6.3v to run at 3.3A.
This is why it irks me to see other lights that traded away that fully-regulated possibility just to enable use with only 2 cells (or CR123s). Do it right and you won't even need to use those alternate power sources! GRRRR
edit: Oh, and that wasn't a correction, just more info. I've measured the output side over a full run from fresh to empty, and it does stay flat the whole way.
Looks like a luxury version of maglite 4D. But the UI seem bad. The Crelant 7G5MT have instead perfect modes with infinitely variable brightness system.
The UI on that seems horrible. Not a bad looking light but I don't care for the long skinny lights. 26650 or 32650 capability would have been nice in a 3 cell series light.
Yeah, I agree accessing moon mode is complicated and badly located within the program sequence. OTOH, I wouldn’t buy this light for the moonlight mode.