Just wondering, I know Leupold has done a similar thing, and I know some Surefire parts are interchangeable etc etc, however, what problems would arise if a lego system as I am about to suggest below was attempted?
I think it would really cool to have a proper torch lego kit, not just the option of a couple of heads/bodies that we do at the moment.
Something like this: (all the stages would screw in together..)
Stage 1: Bezel
We all know what the bezel is, the option could be as below:
-Mild crenelations
-Aggressive crenelations
-Smooth
-The above 3 in stainless steel
Stage 2: Lense
Aspheric lense, options could be below
-none (Stage 1 would screw directly onto Stage 3)
-mild
-medium
-very aspheric
^^i dont know if that makse proper sense, but you know what i'm getting at..
Stage 3: Head/Reflector
Head reflector combo, options could be
-Warm led
-normal led (cree 5 or whatever)
-bright led (MCE led or P7 or something)
-above with either smooth or orange peel reflector
All would have to come in the 3 or 4 different sizes (AA size, CR123 size, 4xAA size, 4xAA flared (ie larger reflector) size)
Stage 4: Adapter
Would adapt different heads to different body sizes, options would be:
-None (Stage 3 screws directly onto stage 5)
-AA body to CR123 head adapter
-CR123 body to 4xaa head adapter
Stage 5: Body
Single segment of body, multiple segments could be screwed into one another. Each segment would be 1 battery long. Probably would need some disclaimer advising that if they screw 20 body segments to each other to make 1 massive long torch they are going to weaken the structural integrity of the thing. Options would be:
-AA segment
-CR123 segment
-4xAA segment (ie, like 1/2 of the TK40 battery holder..)
-Above options with thicker walls for those that may screw 4+ segments together/may need to use torch as impact weapon)
Stage 6: Tailswitch
Switch would contain all of the UI programming. Options are near limitless, so below are some possibles:
-Single stage on-off, max brightness
-Single stage on-off, med sort of brightness
-low/high
-low/high/strobe/beacon
-ramping
-piston drive for the above? twisty for the above?
^^ you get the drift ) ^^
Stage 7: Rear section
Screws on over the tailswitch, options would be:
-Exposed tail switch rear section (ie easier to click)
-Non-exposed tail switch rear section (ie, tailstanding)
-Non exposed tailswitch rear section with grooves cut into it (ie, TK20 styal)
-Flared tail section (more stable tailstanding)
-Crenelated tail section
So what do you think? would this work?
I know there would be some cost issues etc, whatever manufacturer did it would probably have to design their entire torch line around the lego concept..
They could also sell common combinations as torches at a slight discount of all the parts, ie you could easily make a PD30 type thing from the above and if all the parts would normally come to $60, if they brought that specific bundle it would be $55 or something..
Ideas? comments? is it likely to happen (is there enough flashaholics in the world to make the concept work..)?
I think it would really cool to have a proper torch lego kit, not just the option of a couple of heads/bodies that we do at the moment.
Something like this: (all the stages would screw in together..)
Stage 1: Bezel
We all know what the bezel is, the option could be as below:
-Mild crenelations
-Aggressive crenelations
-Smooth
-The above 3 in stainless steel
Stage 2: Lense
Aspheric lense, options could be below
-none (Stage 1 would screw directly onto Stage 3)
-mild
-medium
-very aspheric
^^i dont know if that makse proper sense, but you know what i'm getting at..
Stage 3: Head/Reflector
Head reflector combo, options could be
-Warm led
-normal led (cree 5 or whatever)
-bright led (MCE led or P7 or something)
-above with either smooth or orange peel reflector
All would have to come in the 3 or 4 different sizes (AA size, CR123 size, 4xAA size, 4xAA flared (ie larger reflector) size)
Stage 4: Adapter
Would adapt different heads to different body sizes, options would be:
-None (Stage 3 screws directly onto stage 5)
-AA body to CR123 head adapter
-CR123 body to 4xaa head adapter
Stage 5: Body
Single segment of body, multiple segments could be screwed into one another. Each segment would be 1 battery long. Probably would need some disclaimer advising that if they screw 20 body segments to each other to make 1 massive long torch they are going to weaken the structural integrity of the thing. Options would be:
-AA segment
-CR123 segment
-4xAA segment (ie, like 1/2 of the TK40 battery holder..)
-Above options with thicker walls for those that may screw 4+ segments together/may need to use torch as impact weapon)
Stage 6: Tailswitch
Switch would contain all of the UI programming. Options are near limitless, so below are some possibles:
-Single stage on-off, max brightness
-Single stage on-off, med sort of brightness
-low/high
-low/high/strobe/beacon
-ramping
-piston drive for the above? twisty for the above?
^^ you get the drift ) ^^
Stage 7: Rear section
Screws on over the tailswitch, options would be:
-Exposed tail switch rear section (ie easier to click)
-Non-exposed tail switch rear section (ie, tailstanding)
-Non exposed tailswitch rear section with grooves cut into it (ie, TK20 styal)
-Flared tail section (more stable tailstanding)
-Crenelated tail section
So what do you think? would this work?
I know there would be some cost issues etc, whatever manufacturer did it would probably have to design their entire torch line around the lego concept..
They could also sell common combinations as torches at a slight discount of all the parts, ie you could easily make a PD30 type thing from the above and if all the parts would normally come to $60, if they brought that specific bundle it would be $55 or something..
Ideas? comments? is it likely to happen (is there enough flashaholics in the world to make the concept work..)?