Once again through the kind courtesy of 4sevens (http://Fenix-Store.com) I have on loan a Fenix P3Dce to review.
The Fenix P3Dce runs on 2x CR123A and is spec'd at 160 lumens maximum brightness (Turbo setting) and has a runtime on low (9 lumens setting) of 65 hours - that's nearly 3 days continuous running....
Size -
the P3Dce is a pretty handy size - at about 4.5" length it is just pocketable - like in the back pocket.....
Head -
the head looks similar to the L1/2/P2Dce (common head) - but the ability to handle 6V (2x 3V CR123A) means the head is not really supposed to interchangeable with the L1/2/P2Dce.
BUT it will fit on the L1/2/P2Dce bodies and will "work" with limitations -
on 3.7V rechargeable Li-Ion batteries (ie: 1x 14500/AA size in the L1Dce and 1x RCR123 in P2Dce) the limitation is that the Turbo mode makes the output do a fast strobe/flicker -
I don't think it's doing the LED any harm as the input voltage is quite a bit below the regular 6V of 2x CR123A - but probably how the circuit is set to behave when the voltage is too low.
Single AA battery = no light
Single primary 3V CR123A - all levels (except low) give that fast strobe.
2AA alkalines the P3Dce head on the L2D body behaves similarly to 3.7V rechargeable
2x NiMH AA it fast strobes at all levels.
So the P3Dce head fits the other bodies - L1/2D and P2D - but does not work all that well.
Since the rated 160 lumens on max brightness/Turbo is one of the highest I've seen from a single LED light - the comparisons are with other "seriously" bright lights/combinations.
2x Primary CR123A -
vs. Fenix P2Dce on 3.7V Rechargeable RCR123
hard call to make because of the difference in tint - I think the P3Dce is just a bit brighter.
vs. Fenix L2D-CE on 2x NiMH AA
a bit easier to compare here, I think the P3Dce is a just a bit brighter.
vs. Fenix L1D-CE on 3.7V Rechargeable Li-Ion 14500
close call but maybe P3Dce squeaks it.......
vs. DEXlight X.1 (pre-production sample) on 3.7V Rechargeable Li-Ion 14500
pretty similar - perhaps the cooler tint makes the DEXlight X.1 look a bit brighter?
The Fenix P3Dce runs on 2x CR123A and is spec'd at 160 lumens maximum brightness (Turbo setting) and has a runtime on low (9 lumens setting) of 65 hours - that's nearly 3 days continuous running....
Size -
the P3Dce is a pretty handy size - at about 4.5" length it is just pocketable - like in the back pocket.....
Head -
the head looks similar to the L1/2/P2Dce (common head) - but the ability to handle 6V (2x 3V CR123A) means the head is not really supposed to interchangeable with the L1/2/P2Dce.
BUT it will fit on the L1/2/P2Dce bodies and will "work" with limitations -
on 3.7V rechargeable Li-Ion batteries (ie: 1x 14500/AA size in the L1Dce and 1x RCR123 in P2Dce) the limitation is that the Turbo mode makes the output do a fast strobe/flicker -
I don't think it's doing the LED any harm as the input voltage is quite a bit below the regular 6V of 2x CR123A - but probably how the circuit is set to behave when the voltage is too low.
Single AA battery = no light
Single primary 3V CR123A - all levels (except low) give that fast strobe.
2AA alkalines the P3Dce head on the L2D body behaves similarly to 3.7V rechargeable
2x NiMH AA it fast strobes at all levels.
So the P3Dce head fits the other bodies - L1/2D and P2D - but does not work all that well.
Since the rated 160 lumens on max brightness/Turbo is one of the highest I've seen from a single LED light - the comparisons are with other "seriously" bright lights/combinations.
2x Primary CR123A -
vs. Fenix P2Dce on 3.7V Rechargeable RCR123
hard call to make because of the difference in tint - I think the P3Dce is just a bit brighter.
vs. Fenix L2D-CE on 2x NiMH AA
a bit easier to compare here, I think the P3Dce is a just a bit brighter.
vs. Fenix L1D-CE on 3.7V Rechargeable Li-Ion 14500
close call but maybe P3Dce squeaks it.......
vs. DEXlight X.1 (pre-production sample) on 3.7V Rechargeable Li-Ion 14500
pretty similar - perhaps the cooler tint makes the DEXlight X.1 look a bit brighter?