[ RASP UK Forecast (Stratus) ]




RASP Potential Flight Distance Summary

Overview

This page is output from an experimental set of applications to determine a potential flight distance (and view spatially). A Google Map version is here.

Further details are at the bottom of the page.

Forecast Valid: Tue May 26

[Plot and data currently 22 hours old]

(Check the plot for date/time produced)

Forecast Valid: Wed May 27

[Plot and data currently 10 hours old]

(Check the plot for date/time produced)

Forecast Valid: Thu May 28

[Plot and data currently 9 hours old]

(Check the plot for date/time produced)

Forecast Valid: Fri May 29

[Plot and data currently 7 hours old]

(Check the plot for date/time produced)

RPFD Distance
Contour Map
RPFD Task
Polygon Map
Progress LogRun ResultsLast Status
uk12 PNGuk12 Poly PNGuk12XML2020-05-27 08:07:56: At 104_C_Sco_104 [56.5,-4.5] 103 of 211 (48%) ETA in 8151 secs (136 mins) 10:23:47
uk12+1 PNGuk12+1 Poly PNGuk12+1XML2020-05-27 08:07:39: At 093_SW_Eng_93 [55.5,-2.5] 92 of 211 (43%) ETA in 10067 secs (168 mins) 10:55:26
uk12+2 PNGuk12+2 Poly PNGuk12+2XML2020-05-27 08:07:41: At 032_S_Eng_32 [52.0,-2.0] 31 of 211 (14%) ETA in 13566 secs (226 mins) 11:53:47
uk12+3 PNGuk12+3 Poly PNGuk12+3XML2020-05-27 08:06:42: At 021_S_Eng_21 [51.5,-1.5] 20 of 211 (9%) ETA in 13048 secs (217 mins) 11:44:10
uk12+4 PNGuk12+4 Poly PNGuk12+4XML2020-05-27 08:07:36: At 008_SW_Eng_08 [51.0,-2.5] 8 of 211 (3%) ETA in 13260 secs (221 mins) 11:48:36
uk12+5 PNGuk12+5 Poly PNGuk12+5XML2020-05-27 01:25:42: Finished.
uk12+6 PNGuk12+6 Poly PNGuk12+6XML2020-05-27 00:57:02: Finished.

Refreshed at: Wed, 27 May 2020 08:08:04 +0100
Check the top of the chart for the valid period, along with the date/time when last created to determine if it shows the latest information.

This is currently experimental, and as calibration and experimentation take place, the output may not be completely reliable. It is provided on an as-is basis and is produced daily. The morning run (for today) is normally ready by around 09:30 - other runs may take longer.

How Calculated

The RASP task calculators are used to calculate a 'closed' triangular task, based upon a given 'polar' and for a given 'thermalling percent'. The input parameters used are shown on the chart.

How to Use

The chart provides a spatial view of locations (mainly gliding club airfields) that have had radial task calculations in a number of directions run from that location. The calculations are done for the whole day and so the maximum distance is used wherever in the day it was best.

What you are looking for are areas that show increased distances to indicate lines of better conditions. These may offer areas to consider when task planning.
     

The Webmaster makes no representations or warranties, expressed or implied, as to the accuracy of the information held herein or its fitness for any purpose whatsoever. In no event will the Webmaster be held liable for any direct, indirect, special incidental or consequential damages arising out of the use of the information held on this server.
BLIPMAP = Boundary Layer Information Prediction MAP - Created by Dr. John W. (Jack) Glendening, Meteorologist