  In this paper, we address the observability of four-jet signatures from light
neutral and charged Higgs bosons at LEP2 energies in the framework of 2-Higgs
Doublet Models (2HDMs). The main signal production channels are via $e^+ e^-
\to Ah$ and $H^+ H^-$ with subsequent quark decays of such final states into
four-jets. Specifically, Type-I and -III realizations of a generic 2HDM (2HDM-I
and -III, respectively) are adopted to show that there exist points (under the
assumption that the heavy Higgs state $H$ is SM-like) for which $(m_h, m_A,
m_{H^\pm}) \approx (80, 30, 55)$ GeV that can yield observable rates at LEP2
energies that can potentially explain the di-jet mass excesses seen recently in
ALEPH data in a re-analysis of their four-jet samples, particularly so for the
2HDM-III.
