Numerous creative kinds of materials with specific aeronautical uses have been developed over the last few decades. Engine oil serves several functions in an aviation engine, which involve lubrication, cooling purposes, maintenance, rust prevention, and noise lessening. The most important is lubrication. Naturally, without lubrication, all moving components would rapidly run away. This project's effort focuses on reducing expenses by increasing the useful lives of aeroplane parts, in addition to enhancing fuel economy, carrying capacity, and flying range. The significance of the heat transfer analysis on magnetohydrodynamic dusty hybrid nanofluid across a porous stretching sheet with Darcy-Forchheimer flow and thermal radiation are examined in this present study. Appropriate self-similarity conversion is used to change the PDEs into ODEs. After applying transformations, we employed the Bvp4c in the MATLAB solver for graphical purposes. This was done af-ter doing the modifications. Graphs and tables illustrate the effect of active parameters on the fluid's ability to convey significance. The same pattern emerges with increasing values of the I parameter: the energy outline and velocity outline both show a decline. The study we conducted led us to conclude that dusty nanofluids are not as effective in transferring heat as hybrid nanofluids.