screw 250 radially engages the motor to secure each one in its corresponding motor aperture 236 as shown the lens housing 20 also includes a sheet metal cover 252 which is secured to the lower wall 220 and to the proximal and viewing end walls 222 and 224 respectively by means of allen screws 248 engaging threaded apertures 250 therein one or more of the central apertures 226 228 and 234 may also have a radially treaded aperture 248 for receiving an allen screw to thereby secure the lens 14 in the lens housing the motors 242 have electrical power leads 243 in this connection reference is directed to the multiple pin connector 260 fig1 and cable 262 which is a standardized device coupled to and having a sufficient number of pins not shown for carrying power and control signals to each of the pan and tilt drive motors 100p 100t and the lens adjustment motors 242 and a sound feature for the camera 14 if desired a remote lighting device 264 fig1 may be provided and powered through cable 262 and pin connector 260 the apparatus of the present invention is constructed with virtually all metal parts and without plastic or nylon gearing despite the fact that metal parts are used virtually throughout the apparatus 10 of the present invention the overall size and weight is about 10 percent of conventional devices thus it is easy to handle and manipulate the apparatus of the present invention is significantly more rugged than currently available devices for remote viewing further the cost of the apparatus.