We present here the experimentally obtained power, temporal, and spectral characteristics of non-chain HF lasers pumped by a planar e-beam and semi-self-maintained discharge. It was shown that the radiation energy increases by 2.8 times when using an e-beam-initiated low-pressure pulsed discharge to excite HF molecules. It was found that a laser pulse has a complex spectral and temporal composition caused by a successive generation of P-lines Р2 → Р1→Р3→Р4→Р5→Р6 and overlap of rotational spectral lines of the same vibrational band.