Looks like that thing a gonna be crazy efficient! Iâm a bit sceptical of the 13k figure though. Wonder how they fit such a powerful driver in there. Maybe they have multiple PCBs for the driver? If it can actually do 13k I might have to get one.
Edit: Itâs so short. How is one meant to hold something that hot?
Gotta be somewhere in the region of 4.5-5A per emitter (if 6V). So we call it 30W per emitter, 90W total - Loneocean has developed a 100W boost driver. Now you just need to pull the whole ~30A/3V from a single cell, so toss your 30T in!
110mm long, bulbous XHP70.2 LEDs, driver with inductor (cause boost), 21700 long cell but it is not a mule?
The body has 1mm thickness everywhere or how is that not a mule?
really fugly light⌠the switch is too high up⌠u will probably burn yourself reaching for the button holding it with one handâŚ. and hardly any deep fins wow⌠where should all that heat go
No interest.Never bought their brand and never will.
-QC has bad reputation, lights blowing up/catching fire!
- Terrible spot for switch.You will be burning your finger when decreasing turbo!
-Lousy cooling fins for heat shedding
-Probably get about 30 seconds of turbo before your fingers have blisters!
- These small lights with overkill output are useless and not practical to me.
I stick to bigger lights that have great output, sustained for 5 to 20 minutes depending on the outside temp. and better heat shedding, QC and run time.
The beam in the photos looks very blue; quoted run-time of 45 seconds on turbo and 1 minute on high (8,000 lm). 72 minutes at 2,000 lm would be useful with NW emitters; a single cell version of the Haikelite MT03 and MT09.
Brief, maximum turbo in a flashlight is kind of like underwood 10 mm Glock 29. I donât plan on using them much, I donât use them much, but itâs nice to know that theyâre there if needed.