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- Feb 21, 2013
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Really? FT was that slow? Thats weird! Ive ordered from them NUMEROUS times and I was actually surprised at how fast it was! Fastest time was 6 DAYS!!!!! Slowest was 2 weeks. My GF just bought something from them and its been 2 weeks with no package yet but thats prob due to the whole Li-Ion crap shoot.
IE posted a great cool white (U2) vs neutral white (T6) comparison on the first page, iirc. If not ill pull one from CPF and post it for you. U2 will be brighter and throw better, IMO. However T6 will be closest to what natural lighting would be; house lighting, sun, etc... IMO they both have their pros and cons. Since I enjoy throwers, I prefer the cool white bin but I also have a T6 Convoy that I use frequently.
You cant go wrong with either of them but I will say this; if you plan on using the SRK for close up illuminating (10-30 feet) a U2 might be too cool and blow your vision out. What i mean by this is, it might be too bright and reflect off the objects you are illuminating, thus causing you to squint. This will happen with the T6 as well but, at least to me, it is less obvious since the U2 seems brighter. Only other way I can explain it is 532nm vs 405nm. 532nm at 100mW is obviously brighter than a 405nm at 100mW
IE posted a great cool white (U2) vs neutral white (T6) comparison on the first page, iirc. If not ill pull one from CPF and post it for you. U2 will be brighter and throw better, IMO. However T6 will be closest to what natural lighting would be; house lighting, sun, etc... IMO they both have their pros and cons. Since I enjoy throwers, I prefer the cool white bin but I also have a T6 Convoy that I use frequently.
You cant go wrong with either of them but I will say this; if you plan on using the SRK for close up illuminating (10-30 feet) a U2 might be too cool and blow your vision out. What i mean by this is, it might be too bright and reflect off the objects you are illuminating, thus causing you to squint. This will happen with the T6 as well but, at least to me, it is less obvious since the U2 seems brighter. Only other way I can explain it is 532nm vs 405nm. 532nm at 100mW is obviously brighter than a 405nm at 100mW