Abstract: The present invention relates to a system for remote video and/or audio production, which system comprises a first part related to the control room for the video production and a second part on the site of an event to be recorded, and where the first and second part communicate with each other by means of a data stream. It is proposed that the data stream is adapted to be sent between the first and second part by means of a wide area network.

Abstract: The present invention relates to a system for remote video and/or audio production, which system comprises a first part related to the control room for the video production and a second part on the site of an event to be recorded, and where the first and second part communicate with each other by means of a data stream. It is proposed that the data stream is adapted to be sent between the first and second part by means of a wide area network.

Abstract: A watercraft with a control system includes at least two propulsion units carried by a hull of the watercraft. Each propulsion unit is independently turnable. The watercraft includes a control system arranged to control orientation of the propulsion units. The control system includes a first control mode in which turning of two of the propulsion units is limited to turning through less than an entire range of motion of the two propulsion units, in equal amounts, and in opposite directions relative to a longitudinal centerline of the watercraft.

Abstract: A watercraft with a control system includes at least two propulsion units carried by a hull of the watercraft. Each propulsion unit is independently turnable. The watercraft includes a control system arranged to control orientation of the propulsion units. The control system includes a first control mode in which turning of two of the propulsion units is limited to turning through less than an entire range of motion of the two propulsion units, in equal amounts, and in opposite directions relative to a longitudinal centerline of the watercraft.

Abstract: Trim angle sensor transmission for a marine drive arranged between a drive input and a drive output. The transmission has a rotatable input member (22) being rotatable between the angular trim limits of a marine drive, and is connected to an input (31) of a rotational output sensor (30) for detecting an angle of rotation of the input member. The output sensor (30) has electrically rotational limits which are wider than the angular limits of trimming. The transmission has a planetary gear drive including an annulus (26), a sun wheel (29), at least one planet wheel (25) and a planet carrier (24). The annulus (26) is fixed, the input member (22) is connected to the planet carrier and the sun wheel is connected to the output sensor (30), in such a way that the planetary gear drive gives a multiplication of the trim input to the output sensor (30).