  Photoproduction at HERA is studied in $ep$ collisions, with the ZEUS
detector, for $\gamma p$ centre-of-mass energies ranging from 130-270 GeV. A
sample of events with two high-$p_T$ jets ($p_T > 6$ GeV, $\eta <1.6$) and a
third cluster in the approximate direction of the electron beam is isolated
using a clustering algorithm. These events are mostly due to resolved
photoproduction. The third cluster is identified as the photon remnant. Its
properties, such as the transverse and longitudinal energy flows around the
axis of the cluster, are consistent with those commonly attributed to jets, and
in particular with those found for the two jets in these events. The mean value
of the photon remnant $p_T$ with respect to the beam axis is measured to be
$2.1 \pm 0.2$ GeV, which demonstrates substantial mean transverse momenta for
the photon remnant.
