  While Visual Servoing is deeply studied to perform simple maneuvers, the
literature does not commonly address complex cases where the target is far out
of the camera's field of view (FOV) during the maneuver. For this reason, in
this paper, we present ViKi-HyCo (Visual Servoing and Kinematic
Hybrid-Controller). This approach generates the necessary maneuvers for the
complex positioning of a non-holonomic mobile robot in outdoor environments. In
this method, we use \hbox{LiDAR-camera} fusion to estimate objects bounding
boxes using image and metrics modalities. With the multi-modality nature of our
representation, we can automatically obtain a target for a visual servoing
controller. At the same time, we also have a metric target, which allows us to
hybridize with a kinematic controller. Given this hybridization, we can perform
complex maneuvers even when the target is far away from the camera's FOV. The
proposed approach does not require an object-tracking algorithm and can be
applied to any robotic positioning task where its kinematic model is known.
ViKi-HyCo has an error of 0.0428 \pm 0.0467 m in the X-axis and 0.0515 \pm
0.0323 m in the Y-axis at the end of a complete positioning task.
