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Solving the “enhanced position only fires once” issue:
For the most part, this is a buffer issue and is caused by bolt bounce at the end of the bolt carrier group’s forward motion. To solve this, we recommend an aluminum bodied H3 buffer with 3 moving tungsten weights inside for optimum performance. During our testing protocol, we used LBE, Geissele, and Noveske buffers, as well as many others, during our testing protocol. We have also more recently tested the Tromix RRT/Auto H3 buffers with excellent results. Success has been demonstrated with the Odin dedicated buffers in many platforms by The Triggered Company as well as our customers.
For AR15 use, we do not recommend solid buffers, powdered tungsten buffers, steel bodied buffers, or Kaw Valley stainless steel buffers. We believe that the ratio of overall mass of the buffer must be biased towards the dead blow (moving) weight to prevent bolt bounce. The KVP stainless buffer has a dead blow mass of 1.5oz. A traditional tungsten weighted H3 has a dead blow mass of 4.3oz, or almost 3 times the amount that the KVP has.
Additionally, we recommend the purchase of a traditional H3 buffer because it is easy to make it into an H1 or an H2 using the carbine buffer body and weights that most customers already have on hand. That can be used to tune another rifle or tuned for another ammunition type or rate of fire if desired.
For 9mm use, most users find that the best starting point is 124gr ammunition and 10oz of buffer weight and then fine tune from there.
Changing the strength of the buffer spring may or may not solve the bolt bounce issue. We used standard carbine springs with our H3s during our testing protocol. An increased strength hammer spring may or may not solve this problem either. If you are not having light strike issues in the semi-automatic position, it is not likely that your hammer spring is the culprit. A stronger hammer spring may be able to overcome the bolt bounce and solve the issue, but it is not a guarantee.
The only way to be certain to know what kind of buffer you have is to disassemble it and check out the internal weights. Some “shakeable” buffers only have two weights inside or the weights are too light for the overall mass. We cannot guarantee function with the non-recommended buffer types.
