Slant range calculator

In radio electronics, the line of sight distance between two points or objects that are on different planes is called as the slant range. It can be used for weapons attack since the targeted things from the weapons are on the different plane. Using this calculator, the slant range can be calculated based . An example of slant range is the distance to an aircraft flying at high altitude with respect to that of the radar antenna. The distance of satelite from Ground station i.

Altitude, Distance between geocenter and GND Station i.

Earth radius and Earth station elevation angle are inputs to this slant range calculator.

Slant Range by radar acquisition. This is denominated by the letter H (like: Height) in the following formulae and. An illustration of combining orbital mechanics with communications slant ranges. This allows us to determine the Free Space Path Loss due to spherical spreading.

If you move the scenario around you can cnage the Focii and the . The slant range (1) is the hypotenuse . Simply input the Earth Station Latitude and Longitude, and then the Satellite Latitude and Longitude, and this calculator calculates the Azimuth angle, the Elevation Angle, and the Range. Calculate Azimuth And Elevation Angles. Courtesy: Gary Richardson and Peter Wittenberg.

RangeGround and RangeHeight can be in any unit . While ground range is the horizontal distance between the emitter and its target and its calculation requires knowledge of the targetss elevation. Many members of the amateur community have. These computations agree well with my actual ex- perience in tracking SMS—Z.

In practice it is not necessary to calculate the height and ground range of each target . This MATLAB function computes the elevation angle, slant range , and azimuth angle of point (with geodetic coordinates lat lon and alt2) as viewed from point (with geodetic coordinates lat lon and alt1). The function supports two propagation models — the free space model and the two-ray model. With your value of R , and h = 1, the calculator gives θ ≈ 149.

Solving problems using trigonometry - slant distance. Looking at our diagram we see this looks about right. The most asked parameter is the slant range d ( distance from the ground station to the satellite).

Free functions asymptotes calculator - find functions vertical and horizonatal asymptotes step-by-step. On an ellipsoi azimuths returned from elevation generally will differ from those . This page of converters and calculators section covers Radar Range Resolution calculator. It calculates range resolution based on transmitted pulse width. User-satellite slant range (length of US). Geocentric angle between the user and satellite nadir (is always positive).

The earth radius Re is always assumed to be known.