This study evaluated the effects of two Super Absorbent 
Polymers (SAPs) types, P1 and P2, and four microbial isolates 
(Trichoderma harzianum, two Actinomycetes sp., and Bacillus 
subtilis) on improving some soil physical properties. The results 
showed that SAP application, alone or in combination with 
microbes, significantly reduced bulk density by 6.1% and 
increased porosity by 5.2% compared to the control. Specifically, 
the P1C (P1 polymer + Actinomycetes 1) treatment increased 
water holding capacity by 48.7%, field capacity by 169.4%, 
permanent wilting point by 180.5%, and available water by 
149.8% compared to control based on data from the results. The 
P1C treatment improved soil properties and moisture 
characteristics. The synergistic effect of polymers and microbes 
emerged as an effective strategy to modify soil properties. This 
study provides valuable insights into using SAP-microbe 
amendments to enhance soil physical properties, water 
availability, and agricultural productivity in drought conditions.