01
Install
Run the Windows executable.
The packaged application includes Python 3.11 and the Rust-primary backend.
00 First launch
Read the atmosphere.
Start with one sounding.
Install the Windows app, choose an observed station or forecast point, and open a complete Skew-T and hodograph workspace.
Windows x64
v0.5.0
152.6 MB
No Python required
HRRR · 2026-06-25 06Z · F018
36.68°N 95.66°W
01 Select a source
Begin with the data you already use.
The picker offers three direct routes. Choose one; the workspace stays the same.
Observed / Station Map
Open a radiosonde profile.
Start with a station from the live UWyo catalogue or the bundled offline fallback.
- 01 Set the UTC observation time.
- 02 Select a station marker or list entry.
- 03 Double-click to open the sounding.
SourceUWyo
Station72357 · OUN Norman, OK
Valid00Z
Position35.18°N · 97.44°W
Station catalogue ready
02 First field run
From download to a working analysis.
Three actions. The first complete sounding is the onboarding.
New in v0.5: faster model point soundings, ERA5 and WRF extraction, broader model coverage, reusable downloads, and batch workflows.
02
Load
Choose one source in the Sounding Picker.
Use the Station Map, Forecast Model controls, or drag a supported file directly onto the window.
Observed
Forecast
Local file
03
Analyze
Inspect, edit, and export.
Every calculation updates with the focused profile. Save an image when the analysis is ready.
- Right-click
- Skew-T tools
- Ctrl + E
- Export HD PNG
- W
- Return to picker
03 Ready
Install the current Windows build.
- Release
- v0.5.0
- File
- SHARPpy-Reimagined-v0.5.0-windows-x64.exe
- Runtime
- Python 3.11 · Rust primary
- Next
- Open the Sounding Picker