Ott Radar Manual

[Jule Kue]

Icould never get the manual range to function properly in A2G Radar GM DBS2 mode, or any mode. I am wondering if I am missing something.

In Wags's Air-to-Ground Radar tutorial, he is in GM mode, DBS2, then selects the OBS currently showing 'MANUAL' to select Manual mode. The label under the OBS changes to display AUTO after it's switched. The yardstick (circled in red below) changes length, the zoom level (scale) of the radar picture changes.

I can only get the entire range scale to change, and not zoom in.

How do you get this yardstick to consistently change distance? Can anyone do it currently, or previously?

Thanks!

I am a Canadian and my parents immigrated from Portugal. So, I have very poor Portuguese skills.

Thank you for the clarification. This has been changed for accuracy, and there are no additional zoom levels currently known for the version of the Viper in DCS. Got it!

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Install the radar on a stable pole or a spot on a wall where there are no other objects or installations. Objects within 1 m (3 ft) to the left and right of the radar, that reflect radio waves, affect the performance of the radar.

The area monitoring profile is optimized for objects moving at up to 55 km/h (34 mph). This profile allows you to detect whether an object is human, vehicle, or unknown. A rule can be set to trigger an action when any of these objects is detected. To track vehicles moving in higher speeds, use the Road monitoring profile.

When you place more than two radars within the same coexistence zone, the radio waves from the radars within the zone can cause interference and affect the performance. The coexistence zone radius is 350 m (380 yd).

When you place two or three radars in the same coexistence zone, you need to define the number of neighboring radars in the device interface. This helps to improve the performance of the radars and to avoid interference.

When you mount four to six radars in the same coexistence zone, first set the number of neighboring radars, then add each radar into a group. Start with the radar that is installed farthest away, for example the one farthest to your left. Add the radars in groups of three and add the radars that are closest to each other in the same group.

To avoid interference when you mount more than two radars in the same coexistence zone, set the number of neighboring radars in the device interface. Additionally, when you mount more than three radars, add each radar into a group.

To cover the area around a building, place the radars on the walls of the building facing outwards. If you are placing more than three radars in the same coexistence zone, set the number of neighboring radars in the device interface and add each radar into a group, as illustrated in this example.

If you require several back-to-back installations in the same coexistence zone, set the number of neighboring radars in the device interface and add each radar into a group to avoid interference. This is one example of how you can group your radars in a back-to-back installation.

If you install more than three radars facing each other, the minimum distance from one radar to another needs to be 40 meters (130 ft). It is also especially important to set the number of neighboring radars in the device interface and add each radar into a group. This will help to improve the performance of the radars.

Detection range is the distance within which an object can be tracked and can trigger an alarm. It is measured from near detection limit (how close to the device a detection can be made) to a far detection limit (how far from the device a detection can be made).

A public swimming pool has had a series of intrusions after hours. Due to the private nature of the business, the owners cannot install video surveillance. They have chosen to install a radar and set it up in the Area monitoring profile. The radar is mounted on the building and covers the whole swimming pool and most of the area around it. It triggers a warning from a speaker when a human is detected between closing at 20:00 and opening at 06:00.

A chemical factory adds another layer of security to their system by using radars to cover the area around a sensitive building. The security system already includes cameras, thermal cameras and door controllers. Radars can trigger events that cause cameras to track the intruder, zoom in, and record activity. Flashing beacons, linked to thermal cameras, are triggered to flash so the intruder knows that the area is protected. And door controllers can restrict access. The radars help the defence system move into action long before the intruder has reached the sensitive building.

A parking lot outside a small shopping center has had increased vehicle break-ins after hours. They have one security guard on duty at a time but feel they need to bolster their security at night without the added cost of hiring more staff. They have decided to install two security radars, in the Area monitoring profile, mounted back-to-back so that they cover the entire parking area. The radars are configured to alert the on-duty security guard of suspicious behavior so that they can investigate the scene. They could also install a horn speaker that is triggered by the radars to play an alert that may deter thieves.

The Road monitoring profile is best used to track vehicles moving at up to 105 km/h (65 mph) in urban zones, closed zones, and on sub-urban roads. This mode should not be used for detection of humans or other types of objects. To track objects other than vehicles, use your radar in the Area monitoring profile.

This mounting option requires a stable position. The radar can be mounted on a pole in the middle of the road or on a bridge above the road. The radar will then provide a lateral coverage distance of 10 m (32 ft) to both sides of the radar. The radar covers a broader lateral distance when center mounted.

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