Aspen
Aspen is a program for applying quality control procedures to radiosonde soundings. It can process both upsonde and dropsonde data.

ncplot
ncplot is an interactive plotting tool for workstations that allows users to view time-series data stored in netCDF files that conform to the NCAR/ATD/RAF NIMBUS conventions. Both low-rate and mixed-rate files are supported, as well as files where the data have been reduced below 1 sample per second.

ncpp
ncpp is an interactive plotting tool for workstations that allows users to view histograms of PMS-1D probe data stored in netCDF files that conform to the NCAR/ATD/RAF NIMBUS conventions. Both low-rate and mixed-rate files are supported, as well as files where the data have been reduced below 1 sample per second.

NIMBUS
NIMBUS is a ATD/RAF software program that reads RAF's raw ADS aircraft data to produce an output netCDF data file with values in engineering units.

Reorder
Reorder is a ATD/RDP radar data processing tool which translates airborne and ground-based radar data in polar "radar space" into cartesian space or co-planer grids, using a distance smoothing algorithm.

Solo
Solo is a cooperative ATD/RDP and RSF software package for display and analysis of of airborne, WSR-88D, and other radar data. Solo addresses many of the problems found in the analysis of moving radar platforms, and works well for display of ELDORA and P3 radar data.

SUDS
SUDS is a ATD/RDP sounding data perusal and editing tool which allows the user to display, edit, and compute derived parameters from sounding data. SUDS runs on a variety of Unix platforms.

tklog tklog is an electronic logbook, providing plain-text entry, display and searching of logbook entries. Graphic images in PNG, GIF or JPEG form can associated with a logbook entry. The logbook can be converted to HTML for read-only display. tklog is written in TK/TCL, and should run on any system with TK/TCL/TCLx support. It has been used on Linux and Solaris.

WINDS
WINDS is an ATD/RAF software package for display of RAF's aircraft data in real-time, and of netCDF files in post-flight analysis mode. WINDS primary strengths lie in its intuitively learnable user interface, flexibility, and fast response to facilitate real-time decision making in-flight. While initially targeted for the aircraft platform, WINDS can handle any time-based datasets in the appropriate netCDF format.