Lloyd
Well-known member
After some research and thought I’ve decided to manufacture FlashCaps. These are electronic Snap Caps which flash a bright green LED around the ‘primer’ to indicate what you have in your hand, or gun, is not a live cartridge.
Of course there has been a great deal of controversy around Snap Caps, some grounds ban them and I wouldn’t argue with that.
The idea came about having met one poor chap who had taken his right cheek off with his gun having mistaken a cartridge for a Snap Cap. Say what you want about that!
Having considers different ideas from a simple flashing LED, battery and switch upwards, what I’ve gone for is something which face value is simple, hides a fair amount of complexity.
I didn’t want the user to be able to forget to switch the thing on. “If it doesn’t flash, it’s a LIVE cartridge” mantra for me isn’t really enough, but that mantra still stands.
So, I came up with a solution which involves no mechanical switching making it impossible to forget to switch it on. You pick it up, it switches on. You put it down and after five seconds it switches off to conserve the battery.
I also toyed with various battery concepts, from cheap button cells, through to 10 year long life cells and rechargeable. In the end, I went for the latter. Environmentally (arguably) more responsible and long term cheaper than throw away cells. The battery is to be charged from a phone wall charger and USB-C lead, the latter provided. A full charge will give 3-4 hours continuous use, sufficient for a mount/swing practice session whist in “sleep” mode will last several days.
As you may imagine, with all technology inside and a machined aluminium housing, sprung dummy ‘primer’ and made in relatively small volumes, with packaging, shipping, duty and taxes these won’t be as cheap as current offering. I’m still waiting on a landed cost and cost of overheads to finalise the price. The mark-up won’t be huge as it’s this isn’t a replacement day job, it’s really a pocket money/fun project and at best may subsidise a bit of shooting for me.
Down the road, I’ll have the option to add further features. This may include a ‘plug in’ LASER module, powered through the USB port. Also, the onboard accelerometer and micro-controller could with the addition of Bluetooth and a phone app perhaps be developed to analyse gun mount/swing; but this would be quite a technical and commercial challenge, but if the demand is there, then maybe it could happen.
If anyone is interested in these let me know. I’ll take pre-orders (no money up front) to help me determine the size of the first production run.
For those int, the electronic components are mostly made in China, there really isn’t much choice over that. The PCB will be done in Germany and the housing and assembly in the U.K.
Of course there has been a great deal of controversy around Snap Caps, some grounds ban them and I wouldn’t argue with that.
The idea came about having met one poor chap who had taken his right cheek off with his gun having mistaken a cartridge for a Snap Cap. Say what you want about that!
Having considers different ideas from a simple flashing LED, battery and switch upwards, what I’ve gone for is something which face value is simple, hides a fair amount of complexity.
I didn’t want the user to be able to forget to switch the thing on. “If it doesn’t flash, it’s a LIVE cartridge” mantra for me isn’t really enough, but that mantra still stands.
So, I came up with a solution which involves no mechanical switching making it impossible to forget to switch it on. You pick it up, it switches on. You put it down and after five seconds it switches off to conserve the battery.
I also toyed with various battery concepts, from cheap button cells, through to 10 year long life cells and rechargeable. In the end, I went for the latter. Environmentally (arguably) more responsible and long term cheaper than throw away cells. The battery is to be charged from a phone wall charger and USB-C lead, the latter provided. A full charge will give 3-4 hours continuous use, sufficient for a mount/swing practice session whist in “sleep” mode will last several days.
As you may imagine, with all technology inside and a machined aluminium housing, sprung dummy ‘primer’ and made in relatively small volumes, with packaging, shipping, duty and taxes these won’t be as cheap as current offering. I’m still waiting on a landed cost and cost of overheads to finalise the price. The mark-up won’t be huge as it’s this isn’t a replacement day job, it’s really a pocket money/fun project and at best may subsidise a bit of shooting for me.
Down the road, I’ll have the option to add further features. This may include a ‘plug in’ LASER module, powered through the USB port. Also, the onboard accelerometer and micro-controller could with the addition of Bluetooth and a phone app perhaps be developed to analyse gun mount/swing; but this would be quite a technical and commercial challenge, but if the demand is there, then maybe it could happen.
If anyone is interested in these let me know. I’ll take pre-orders (no money up front) to help me determine the size of the first production run.
For those int, the electronic components are mostly made in China, there really isn’t much choice over that. The PCB will be done in Germany and the housing and assembly in the U.K.