  We present a theory for the frequency-dependent current fluctuations in
superconducting quantum point-contacts (SQPC) within the dc transport regime.
This theory is valid for any barrier transparency between the tunnel and
ballistic limits, yielding an analytical expression for the fluctuations
spectrum in the subgap region. It is shown that the level of noise in a
quasi-ballistic SQPC may have a huge increase in comparison with the case of a
normal contact carrying the same average current. The effect of this high level
of noise on the actual observability of the current-phase relation for a
ballistic point-contact is discussed in connection with recent experimental
measurements.
