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28 Posts
Though I'm new to the forum, since no one has offered advice I'll do my best to help out.
1. This is the standard hop nub used in an AEG, so there is nothing inherently wrong in my opinion, though it is not the most consistent shape.
2. Due to the fact that it is not a 100% occurence, I'm led to believe your air nozzle is not seating the bb in the same place everytime, so there may be issues with the nozzle or tappet plate.
3. According to elementary physics, a higher mass bb will be less effected by the sway of hop up so a .2 should show more deviation, however it will also show increased deviation from other variables like wind.
1. This is the standard hop nub used in an AEG, so there is nothing inherently wrong in my opinion, though it is not the most consistent shape.
2. Due to the fact that it is not a 100% occurence, I'm led to believe your air nozzle is not seating the bb in the same place everytime, so there may be issues with the nozzle or tappet plate.
3. According to elementary physics, a higher mass bb will be less effected by the sway of hop up so a .2 should show more deviation, however it will also show increased deviation from other variables like wind.
