DE

Regional   Atmospheric   Soaring   Prediction
BLIPMAP FORECASTS
Romania 2.2km




BLIPMAP stands for "Boundary Layer Information Prediction MAP" -- a model for soaring weather forecast. It has been developed by Dr. John W. (Jack) Glendening ("DrJack"), who is meteorologist and sailplane pilot himself. More information on the meteorological model can be found on DrJack's RASP website. There you also find a discussion forum for questions about the model or problems with the forecast.

Maps are generated every night between 00 and 11 EEST. Today's forecast uses observations from 18UTC yesterday. Tomorrow's forecast uses observations from 00UTC today. Please check the time imprinted on the maps.

Please note that all maps are experimental and the underlying model is under development. Personally I find the maps useful, but of course I assume no liability for anything and these maps cannot substitute for a real meteorological pre-flight preparation. The pilot is always responsible himself for everything he does.

A file for XCsoar is available for the current day. This file can be used to display within XCsoar the parameters marked with (*) bellow.

For de-briefing after your flight, yesterday's maps are here. Older files are kept in the archive.

The Star Ratings measure qualitatively how good the soaring conditions are on a scale from 0 (horrible) to 5 (excellent) stars. Regions above 5 are marked with a yellow contour. The ratings are based on predictions of the weighted average Thermaling Height (AGL up to the cloud base, sink-rate of 1.15 m/s) between 10:00 to 18:00 LST (1 star /400m between 13 and 15 LST, less outside this interval). Additional adjustments for Thermal Strength (-0.5, +1 star), Cu Potential (+/-0.5 star), Cloud streets potential (+0.25 star), Wind speed (*[0,1]), Buoyancy/Shear Ratio (*[0,1]), and Overcast Development potential (-0.5 star) are applied.
The green contours show vertical upward motion of the air due to the wind (slope or convergence, not wave). The red contours show downward motion. Contours are spaced by 1m/s. If vertical motion contours are present, waves might be triggered if the temperature profile is favourable. Check the wave parameters plots below!.




rating details rating details
Windgrams for Topoloveni ->

 Background color: Lapse rate
Arrows: Wind
Clous symbols: Lifted Condensation Level
Black zig-zag lines: Boundary layer top
Paraglider: Thermaling height at 1.14 m/s SR
Numbers: Temperature
White cross-hatching: Clouds are likely
X-axis bottom: Local Standard Time
X-axis top: Updraft strength
Y-axis left: Pressure level
Y-axis right: Height

[more details...]

More windgrams at the bottom of the page 		        
 
 
PARAMETER     CURRENT DAY (GFSN 18Z)     FOLLOWING DAY (GFSN 0Z)
[description]   [quick view]   [quick view]
 
Thermal Parameters  
Thermal Updraft Velocity and B/S ratio * loop
 09
 10
 11
 12
 13
 14
 15
 16
 17
 18
   loop
 09
 10
 11
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 13
 14
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 17
 18
Depth of Critical Updraft Strength (AGL) * loop
 09
 10
 11
 12
 13
 14
 15
 16
 17
 18
   loop
 09
 10
 11
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 13
 14
 15
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 17
 18
Height of Critical Updraft Strength (MSL) * loop
 09
 10
 11
 12
 13
 14
 15
 16
 17
 18
   loop
 09
 10
 11
 12
 13
 14
 15
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 17
 18
Boundary Layer Top (MSL) * loop
 09
 10
 11
 12
 13
 14
 15
 16
 17
 18
   loop
 09
 10
 11
 12
 13
 14
 15
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 18
Boundary Layer Depth (AGL)   loop
 09
 10
 11
 12
 13
 14
 15
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 18
   loop
 09
 10
 11
 12
 13
 14
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 18
Buoyancy/Shear ratio (B/S)   loop
 09
 10
 11
 12
 13
 14
 15
 16
 17
 18
   loop
 09
 10
 11
 12
 13
 14
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 17
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Thermal Height Uncertainty   loop
 09
 10
 11
 12
 13
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 18
   loop
 09
 10
 11
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Surface Heating   loop
 09
 10
 11
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   loop
 09
 10
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Normalized Surface Solar Radiation   loop
 09
 10
 11
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   loop
 09
 10
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 13
 14
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 18
Surface Temperature (2m AGL) * loop
 09
 10
 11
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 13
 14
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   loop
 09
 10
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Wind Parameters  
Surface Wind (10m AGL)   loop
 09
 10
 11
 12
 13
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   loop
 09
 10
 11
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 14
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BL Averaged Wind   loop
 09
 10
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   loop
 09
 10
 11
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 13
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Wind at BL Top   loop
 09
 10
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   loop
 09
 10
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BL Vertical Wind Shear * loop
 09
 10
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   loop
 09
 10
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 13
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BL Max. Up/Down (Convergence) * loop
 09
 10
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   loop
 09
 10
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 18
 
Upper Level (Wave) Parameters  
Vertical Velocity at 850 hPa (1500m)   loop
 09
 10
 11
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 13
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 16
 17
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   loop
 09
 10
 11
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Vertical Velocity at 700 hPa (3000m)   loop
 09
 10
 11
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   loop
 09
 10
 11
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 14
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Vertical Velocity at 500 hPa (5500m)   loop
 09
 10
 11
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 18
   loop
 09
 10
 11
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 13
 14
 15
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Vertical Velocity Section at max   loop
 09
 10
 11
 12
 13
 14
 15
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 18
   loop
 09
 10
 11
 12
 13
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 18
VVS Fagaras NS over Pitesti   loop
 09
 10
 11
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 13
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 16
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   loop
 09
 10
 11
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 13
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 18
VVS Topoloveni - Moldoveanu   loop
 09
 10
 11
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 14
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 18
   loop
 09
 10
 11
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 14
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 18
 
Cloud Parameters  
Cu Cloudbase where Cu Potential>0 * loop
 09
 10
 11
 12
 13
 14
 15
 16
 17
 18
   loop
 09
 10
 11
 12
 13
 14
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OD Cloudbase where OD Potential>0   loop
 09
 10
 11
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 18
   loop
 09
 10
 11
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 18
BL Cloud Cover * loop
 09
 10
 11
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 17
 18
   loop
 09
 10
 11
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 13
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 18
Surface Dew Point   loop
 09
 10
 11
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 13
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 18
   loop
 09
 10
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 13
 14
 15
 16
 17
 18
CAPE   loop
 09
 10
 11
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 13
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 18
   loop
 09
 10
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 14
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 17
 18
Mean sea level pressure   loop
 09
 10
 11
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 16
 17
 18
   loop
 09
 10
 11
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 13
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 17
 18
 
Soundings (SkewT-LogP)  
(1) Topoloveni   loop
 09
 10
 11
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   loop
 09
 10
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(2) Banesti   loop
 09
 10
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   loop
 09
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(3) LRBS   loop
 09
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   loop
 09
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Experimental  
Thermaling height (up to cloud base)   loop
 09
 10
 11
 12
 13
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 15
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 18
   loop
 09
 10
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1 Hour Accumulated Rain   loop
 09
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   loop
 09
 10
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 13
 14
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 18
 
Windgrams  
   Topoloveni
   Topoloveni
   Alexandria
   Alexandria
   Baia-Mare
   Baia-Mare
   Banesti
   Banesti
   Clinceni
   Clinceni
   Cluj
   Cluj
   Craiova-BaltaVerde
   Craiova-BaltaVerde
   Curtea-de-Arges
   Curtea-de-Arges
   Deva-Saulesti
   Deva-Saulesti
   Drobeta
   Drobeta
   Giurgiu-Malu
   Giurgiu-Malu
   Iasi
   Iasi
   Sanpetru
   Sanpetru
   Satu-Mare
   Satu-Mare
   Sibiu
   Sibiu
   Silistea-Gumesti
   Silistea-Gumesti
   Slatina
   Slatina
   Strejnic
   Strejnic
   Suceava
   Suceava
   Tg-Mures
   Tg-Mures
 
    [log]   [log]
 

the xcsoar file contains:

Thermal Updraft Velocity: 0 to 4m/s
Depth of Critical Updraft Strength: 0 to 2500m
Height of Critical Updraft Strength: 0 to 3000m
Boundary Layer Top: 0 to 3000m
Cu base: 0 to 3000m
BL cloud cover: 0 to 100%
BL Convergence: -3 to 3m/s
BL Vertical Wind Shear: 0 to 40km/h
Surface Temperature: -10 to 40 C

Reading weather charts

    



Long term statistics of the thermal conditions can be viewed below .

Multiannual
2019
2018
2017
2016
2015

glidertracker



soaringspot


Bogdan Belu RASP GM
Bogdan Belu RASP DC

Top Meteo
XC Skyes
fcst24
XCmeteo

radar inmh
VentuSky
wunderground
weather charts


SkyVector
OpenAIP
OpenFlightMaps
AirTome -- Open source logbook
GpxSee
Thermal HotSpots
## AIS Romania ##

Local files

Waypoint files and Airspace can be found here. Of course I give no guaranties that the files are up to date or even correct. Before using, you should first check the corresponding kml file in GoogleEarth, or better, to check the information on ground. An overview of the Waypoints (WP_all) can be seen here:



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