  The field of warp research has been dominated by analytical methods to
investigate potential solutions. However, these approaches often favor simple
metric forms that facilitate analysis but ultimately limit the range of
exploration of novel solutions. So far the proposed solutions have been
unphysical, requiring energy condition violations and large energy
requirements. To overcome the analytical limitations in warp research, we
introduce Warp Factory: a numerical toolkit designed for modeling warp drive
spacetimes. By leveraging numerical analysis, Warp Factory enables the
examination of general warp drive geometries by evaluating the Einstein field
equations and computing energy conditions. Furthermore, this comprehensive
toolkit provides the determination of metric scalars and insightful
visualizations in both 2D and 3D, offering a deeper understanding of metrics
and their corresponding stress-energy tensors. The paper delves into the
methodology employed by Warp Factory in evaluating the physicality of warp
drive spacetimes and highlights its application in assessing commonly modeled
warp drive metrics. By leveraging the capabilities of Warp Factory, we aim to
further warp drive research and hopefully bring us closer to realizing
physically achievable warp drives.
