netprince
Enlightened
- Joined
- Sep 7, 2008
- Messages
- 547
I've been a flashaholic all my life, but just found CPF a few months ago. (while googling to find out what a cree is ) I have since then done tons of reading, and spent way more money than I'd like to admit! I recently finished these three lights and thought I would post some pictures and details.
Before I started, I came up with some basic requirements. I wanted to build some interesting lights that are seriously bright. I also wanted them to run on AA cells only. As an added benefit, I dont have to worry as much about breaking them because I can rip them apart and fix them myself.
Here is the first one:
Here are the specs:
Standard 2D Mag host
Cree MC-E 5A, wired in serial
Orange P7 heatsink, sanded smooth
FM2 MOP aluminum reflector, modified
maxflex3 driver, set for 700ma
fivemega 6AA -> 2D battery adapter, filled with eneloops
tested runtime: 80 minutes on high
estimated lumens: about 600?
This is my favorite of the three lights. In my experience, the 5A emitter is great for indoor use. The low setting doesn't disturb my eyes in the middle of the night. The warmer color doesn't leave me blinded when I turn the light back off. The tint is also great for flipping burgers and other routine outdoor tasks.
The MOP reflector does a decent job of smoothing out the beam. I can still see artifacts in the hotspot when up close, but after about 5 yards it smooths out nicely. In general, this light is best for up close work because the hotspot is somewhat large.
Here is the second one:
The specs:
Bored and Finned host, made by Jesus Hernandez
Cree MC-E M-WD, wired in serial
Orange P7 heatsink, sanded smooth
Aspheric lens from Melles Griot
maxflex3 driver, set for 1000ma
fivemega 8AA -> 2D battery adapter, filled with eneloops
estimated lumens: about 1000?
This light is REALLY bright. I found out the other day (completely by accident) that it will trick the streetlights on my street into thinking its daytime, and they shut off. It does get warm, but I think the finned head does help to keep it cool. It does run on high for extended periods, I'm impressed with how well the mag host dissipates heat. I did buy an extra emitter though, just in case I manage to ruin this one.
I designed the head so the light focuses from flood when tightened down, to spot when unscrewed to the O ring. The flood mode is great for searching for items, in the car or grass or whatnot. The spot mode focuses almost all the light out front into a square pattern which resembles the 4 dies on the emitter. (The dies are in sharp focus just a few turns before the optimal throw position)
Here is the last one:
The Specs:
Standard 2D Mag host
Cree XR-E R-WH
Green P4 heatsink, sanded smooth
Fivemega Chrome-plated Throwmaster, modified
maxflex3 driver, set for 1200ma
mdocod 6AA -> 2D parallel battery adapter, filled with eneloops
estimated lumens: about 300?
With this light, I wanted to match the performance of a dereelight DBS. I would have bought the DBS if not for wanting to stick with AA cells. Let me just say, the throwmaster reflector is _nice_. It has had a rough life though. I had to enlarge the hole for the reflector to fit over my heatsink.
That went fine, but of course it had dust all over the reflector, and my air can couldn't remove it. I recklessly wiped the reflector with a cloth to remove the dust. The surface was no longer perfectly reflective, and I felt sick to my stomach. I then spent many hours researching the best way to recover. I eneded up sanding it with 2000 grit sandpaper, then polishing it with my dremel. Its no longer VLOP, but very smooth. I am thoroughly impressed with how reflective it turned out. I'm sure its not as reflective as stock, but it works great. I will just have to remember to re-polish it should it ever start looking dingy again.
This light is a serious thrower. Its almost annoying to use up close, because the hotspot is so small. I can easily search for cows on the hill about 200 yards from my parents house. I dont actually own a DBS for comparison, but that would be fun.
What a great hobby for the last few months! I am impressed with the CPF community, friendly people, and also some creative engineers! Thanks to everyone for posting the detailed information that allows projects like this to happen!
Before I started, I came up with some basic requirements. I wanted to build some interesting lights that are seriously bright. I also wanted them to run on AA cells only. As an added benefit, I dont have to worry as much about breaking them because I can rip them apart and fix them myself.
Here is the first one:
Here are the specs:
Standard 2D Mag host
Cree MC-E 5A, wired in serial
Orange P7 heatsink, sanded smooth
FM2 MOP aluminum reflector, modified
maxflex3 driver, set for 700ma
fivemega 6AA -> 2D battery adapter, filled with eneloops
tested runtime: 80 minutes on high
estimated lumens: about 600?
This is my favorite of the three lights. In my experience, the 5A emitter is great for indoor use. The low setting doesn't disturb my eyes in the middle of the night. The warmer color doesn't leave me blinded when I turn the light back off. The tint is also great for flipping burgers and other routine outdoor tasks.
The MOP reflector does a decent job of smoothing out the beam. I can still see artifacts in the hotspot when up close, but after about 5 yards it smooths out nicely. In general, this light is best for up close work because the hotspot is somewhat large.
Here is the second one:
The specs:
Bored and Finned host, made by Jesus Hernandez
Cree MC-E M-WD, wired in serial
Orange P7 heatsink, sanded smooth
Aspheric lens from Melles Griot
maxflex3 driver, set for 1000ma
fivemega 8AA -> 2D battery adapter, filled with eneloops
estimated lumens: about 1000?
This light is REALLY bright. I found out the other day (completely by accident) that it will trick the streetlights on my street into thinking its daytime, and they shut off. It does get warm, but I think the finned head does help to keep it cool. It does run on high for extended periods, I'm impressed with how well the mag host dissipates heat. I did buy an extra emitter though, just in case I manage to ruin this one.
I designed the head so the light focuses from flood when tightened down, to spot when unscrewed to the O ring. The flood mode is great for searching for items, in the car or grass or whatnot. The spot mode focuses almost all the light out front into a square pattern which resembles the 4 dies on the emitter. (The dies are in sharp focus just a few turns before the optimal throw position)
Here is the last one:
The Specs:
Standard 2D Mag host
Cree XR-E R-WH
Green P4 heatsink, sanded smooth
Fivemega Chrome-plated Throwmaster, modified
maxflex3 driver, set for 1200ma
mdocod 6AA -> 2D parallel battery adapter, filled with eneloops
estimated lumens: about 300?
With this light, I wanted to match the performance of a dereelight DBS. I would have bought the DBS if not for wanting to stick with AA cells. Let me just say, the throwmaster reflector is _nice_. It has had a rough life though. I had to enlarge the hole for the reflector to fit over my heatsink.
That went fine, but of course it had dust all over the reflector, and my air can couldn't remove it. I recklessly wiped the reflector with a cloth to remove the dust. The surface was no longer perfectly reflective, and I felt sick to my stomach. I then spent many hours researching the best way to recover. I eneded up sanding it with 2000 grit sandpaper, then polishing it with my dremel. Its no longer VLOP, but very smooth. I am thoroughly impressed with how reflective it turned out. I'm sure its not as reflective as stock, but it works great. I will just have to remember to re-polish it should it ever start looking dingy again.
This light is a serious thrower. Its almost annoying to use up close, because the hotspot is so small. I can easily search for cows on the hill about 200 yards from my parents house. I dont actually own a DBS for comparison, but that would be fun.
What a great hobby for the last few months! I am impressed with the CPF community, friendly people, and also some creative engineers! Thanks to everyone for posting the detailed information that allows projects like this to happen!
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