The real culprit behind high trigger pull weight is high sear impingement force that produces high friction. To get around that, the stock trigger and hammer mechanical advantage was changed and the toggle spring feature added to reduce the impingement force on the trigger sear. Designers of two-stage products changed the functional location of the primary sear; HIPERFIRE®'s design has not, retaining the stock design's single-stage simplicity. This is important for when stock triggers are pulled, the hammer cam-action signals hammer fall is imminent. When 2-stage triggers are pulled, the final higher weight stage also signals hammer fall. This can lead to the flinching problem we all know about. Some like to say the better 2-stage triggers have glass rod or candy-cane like breaks to sell the idea that they don't signal hammer fall. In any case, the HIPERTOUCH 24 does not signal hammer fall because the trigger weight is constant over the entire stroke.
Trustpilot
1 day ago
2 months ago
