AeroACES®

Flight Modeling, Simulation & Analyses Software

- Proven - Hardened - Adaptable -

AeroACES® has been used to analyze a wide spectrum of flight vehicles since 2000 and it has been fire-hardened in field operations since 2005. When new vehicles or flight scenarios fall outside of current capabilities, powerful software architecture is at-the-ready to meet the challenge.​

WSRDsLogoSquare
NTE-20200219-01_JaramilloP_Design
WSRD-V2010-20110425-07_JaramilloP_4Veh
Pic-ProfileAltitudeComparisonWhite
SO-20150530-05_JaramilloP_North2Traj
Pic-DynamicPressureComparisonWhite
SO-20150530-05_JaramilloP_South2Traj
USEM-1_MachSweep_19-10-04
WSRD-V2010-20110326-03_JaramilloP_USEM-F
USEM-1_Intercepts1km_21-10-04
HI2
Lights2
AA-20140912-01_JaramilloP_PR-Starburst
WorldPopCanUS_BYW-3
AA-20140930-02_JaramilloP_MultEngageThic
MissionArea
20160810-07_JaramilloP_AirspaceOverviewS
NTE-20190620-01_JaramilloP_FlightSafety.
NTE-20190618-03_JaramilloP_Design
FMG-20161129-03a_JaramilloP_DispersionPr
NTE-20190620-01_JaramilloP_ALF
NTE-20200715-02_JaramilloP_BalloonViz
BalloonFlight
ART-20190331-04_JaramilloP_AeroACES-RT
ALF-20190404-01_JaramilloP_TrajAndWedge.
OSI-20190602-08_JaramilloP_TrajPersp-1
OSI-20190531-01_LohnC_2ndStage

Comprehensive Modeling, Streamlined Analyses,

Excels in Realtime

  • Environments, population, mass properties, complex aerodynamics

  • Performance sweeps, dispersion analysis, mission boundaries & risk

  • Realtime meteorology & last minute mass properties

  • Firing solutions and impact point monitoring

  • Ballistic, nominal, booster, parachute & other trajectories

  • Visual situational awareness in 2- and 3-Dimensions