Change language:
    
    
    
    

Help to translate!
Greetings to translators
If you like this site, please consider to
make a donation for our server or
visit Google advertisers!


Task description

Race results

Multiplayer Race's results

Rating

Proving Grounds Soaring Club of Houston "Ultra" (South Texas)
Version 3 proposed by Ventus99 on January 31st, 2022

Please log in to enable download.

Submitter's comments: Welcome to Competition Task #5 at the Soaring Club of Houston. This is SCoH's largest Proving Grounds task, "Ultra"

Date & Time: January 30, 8:30pm EST, 7:30pm CST, 6:30pm MST, 5:30pm PST or 01:30Z
Landscape: South Texas
Allowed Gliders: Club Class
Join Time: Join time is 20 minutes, 5 minute start countdown, 15 minute start window
Max Start Height: 4000ft MSL
Min Finish Height: 1300ft MSL
Discord Channel Invite: https://discord.gg/Zwn59Qrtp5 Join the 'Chatter' channel to chat. If you prefer a quieter channel when flying, switch to 'Flying'
You can load Proving Grounds tasks in XCSoar via the File Manager. Follow this tutorial to learn how: https://youtu.be/BvLwbMNalEs
XCSoar File Manager Map: US_TEXAS
XCSoar File Manager Turnpoints: US_PG_REG9-12.cup: SCoHouston Ultra Rev
Proving Grounds email for .igc file: scoh@soaringtasks.com To get a .cup file of the tasks, send "task" in the subject line or body to the email.

Please keep all thermalling turns to the left before start. After you have started the task you are welcome to turn either direction.

When you're finished flying this week's task, please upload the .ftr file to the contest on Condor Club as you would for other contents hosted through the site. If you'd like to experience the submission and processing of a Proving Grounds task feel free to convert, or export an .igc file from Condor and email it to scoh@soaringtasks.com.





The Proving Grounds is a task scoring and pilot recognition platform designed to introduce cross country flying basics that develop confidence in pilots and clubs so that new pilots are ready for the limitless opportunities cross country soaring provides! This contest will tour US proving Grounds sites, flying their largest task bringing together the learning benefits of collaborative flying using Condor 2, and showcasing the Proving Grounds platform. Learn more about Proving Grounds at soaringtasks.com
Task length: 155 km, generally completed in 1h15 to 1h30
Difficulty level: Moderate
Plane class: Club
Handicapped scoring: Yes (DAeC index)
Glider restriction: Only gliders in this list are allowed:
ASW15 (97.0)
ASW19 (100.0)
ASW20 (110.0)
DG101G (100.0)
Genesis2 (107.0)
Libelle (98.0)
LS3a (107.0)
LS4a (104.0)
Pegase (102.0)
StdCirrus (99.0)

Handicap is indicated after the glider name.
Wing loading limit: Not set
Condor version: 2.1.7
Network id: YGYRY

[ Click to enlarge / Printable version ]

WEATHER
Weather preset: Custom Clouds: Low
Thermals: Medium Thermals activity: Normal
Season: Summer Time: Noon
Wind:
178° (South) for 14 km/h

RACE
Start type: Airborne Delay before race start: 5 min.
Start time window: 15 min. Task type: Racing task
Ridge race: Wave:
Countryside flight: Mountain flight:
Teams enabled: Tail hunting (knuckles):
Turnpoint helpers range: 5 km PDA allowed:

TURN POINTS
Take off:Houston Soaring (87 m.)
Airport
Start:083 SCOH (87 m.)
Heading: 333° for 0.1 km,
Coords: 30.11.882N / 95.57.799W
Classic turnpoint,
min. height: 0 m., max.: 1,220 m.
angle: 360°, radius: 1,609 m.
TP 1:001 Anderson (104 m.)
Heading: 352° for 32.1 km,
Coords: 30.29.216N / 95.59.199W
Classic turnpoint,
min. height: 0 m., max.: 10,000 m.
angle: 360°, radius: 1,609 m.
TP 2:011 Brenham (78 m.)
Heading: 229° for 47.7 km,
Coords: 30.13.99N / 96.22.450W
Classic turnpoint,
min. height: 0 m., max.: 10,000 m.
angle: 360°, radius: 1,609 m.
TP 3:027 FairWthr (54 m.)
Heading: 133° for 45.1 km,
Coords: 29.56.216N / 96.2.232W
Classic turnpoint,
min. height: 0 m., max.: 10,000 m.
angle: 360°, radius: 1,609 m.
Finish:083 SCOH (87 m.)
Heading: 16° for 29.8 km,
Coords: 30.11.882N / 95.57.799W
Classic turnpoint,
min. height: 396 m., max.: 1,220 m.
angle: 360°, radius: 1,609 m.


Print
Stats