I've been a bit preoccupied the past few weeks which is why there have been no new reviews, but hopefully this post will tie you guys over until I can get the next one done.
I did share this on the FB page a while ago, but thought I'd share it with the rest of you who don't use FB. This is my bullpup EAT. It has the full functionality of a regular EAT, except in bullpup configuration, meaning the clip and firing mechanism are behind the trigger.
It uses parts from an EAT, a Retal stock, a Raider and the faux barrel of an LSFG. It took me over a month to actually get working properly, since it was more trial and error than anything else.
I built it partly as just a proof of concept, and partly for use at Uni games, however it doesn't have enough power to requisite its use over any good clip fed flywheeler. Sadly due to the way I've done certain things, and my lack of any welding tools, the bullpup EAT is not capable of using an OMW 5kg spring without breaking, so I use a US spec stock spring with a hot glue spacer with the AR removed for maximum possible power.
One minor but very useful feature is the lever clip release, implemented with a few scraps of plastic and a few small cuts into the shell. It works really well, being easy to use and reliable.
The internals are a bit of a mess, because I really didn't think all of this through before starting. There's a lot of hot glue used for space filling and general adhesive, as well as a lot of epoxy for the main shell work, and many bolts with pieces of PVC to hold the shell together.
The fundamental internals are just taken straight from an EAT, and modified to accomodate the bullpup configuration changes.
The tac rail on the EAT's body is still fully functional, however because it is so far back it's awkward to use. Instead the part taken from a Raider body has a segment of tac rail that works perfectly for sights. The handle is a little close to the magwell, but I didn't have any more spare bits or blasters so there wasn't much I could do.
The plunger rod has been cut down to allow a reduction in overall length. When primed, it still sticks out the back as a priming indicator, however the cut allows the priming indicator to be at the very back without jutting out.
The main special feature of the bullpup EAT, thanks to its design it is easily taken apart into the barrel and body for transport, perfect for fitting in my Uni backpack. It can then be easily reassembled with a screwdriver which I usually carry just in case.
The bullpup EAT is probably my most ambitious unique project, and though it didn't work totally as planned, it does work decently enough for me to be satisfied with it for a first version.
Do let me know in the comments what you think of it.
I did share this on the FB page a while ago, but thought I'd share it with the rest of you who don't use FB. This is my bullpup EAT. It has the full functionality of a regular EAT, except in bullpup configuration, meaning the clip and firing mechanism are behind the trigger.
It uses parts from an EAT, a Retal stock, a Raider and the faux barrel of an LSFG. It took me over a month to actually get working properly, since it was more trial and error than anything else.
I built it partly as just a proof of concept, and partly for use at Uni games, however it doesn't have enough power to requisite its use over any good clip fed flywheeler. Sadly due to the way I've done certain things, and my lack of any welding tools, the bullpup EAT is not capable of using an OMW 5kg spring without breaking, so I use a US spec stock spring with a hot glue spacer with the AR removed for maximum possible power.
One minor but very useful feature is the lever clip release, implemented with a few scraps of plastic and a few small cuts into the shell. It works really well, being easy to use and reliable.
The internals are a bit of a mess, because I really didn't think all of this through before starting. There's a lot of hot glue used for space filling and general adhesive, as well as a lot of epoxy for the main shell work, and many bolts with pieces of PVC to hold the shell together.
The fundamental internals are just taken straight from an EAT, and modified to accomodate the bullpup configuration changes.
The tac rail on the EAT's body is still fully functional, however because it is so far back it's awkward to use. Instead the part taken from a Raider body has a segment of tac rail that works perfectly for sights. The handle is a little close to the magwell, but I didn't have any more spare bits or blasters so there wasn't much I could do.
The plunger rod has been cut down to allow a reduction in overall length. When primed, it still sticks out the back as a priming indicator, however the cut allows the priming indicator to be at the very back without jutting out.
The main special feature of the bullpup EAT, thanks to its design it is easily taken apart into the barrel and body for transport, perfect for fitting in my Uni backpack. It can then be easily reassembled with a screwdriver which I usually carry just in case.
The bullpup EAT is probably my most ambitious unique project, and though it didn't work totally as planned, it does work decently enough for me to be satisfied with it for a first version.
Do let me know in the comments what you think of it.