Mechanical aptitude of synthesized Zn-PMA metallogel in DMF solvent media was experimentally evaluated with the help of versatile rheological analyses. Sevral intriguing properties like storage modulus, loss modulus were monitored with varied oscillatory frequencies, applied shear strain and with respect to time following angular frequency sweep, amplitude sweep, and thixotropic studies. Rheoreversible feature of the metallogel was also established through thixotropic measurement. Viscous and elastic parameters of Zn-PMA material was evaluated by the help of frequency sweep based rheological measurement. The changes of elastic feature i.e., the storage modulus (G'), and viscous nature i.e., the loss modulus (G") with the applied values of angular frequency () under a continuous application of a fixed shear strain (γ, 0.01 %) were critically collected and graphically presented via the plots of G', and G'' vs angular frequency () (Figure Mechano-elastic property of Zn-PMA metallogel has been explored through the rheological measurements. Amplitude sweep i.e., the strain sweep measurements were also executed for ZN-PMA metallogel. During the strain sweep measurement at a fixed value of imposed angular frequency ( = 10 rad/s), after the application of shear strain (γ), the change in values of storage modulus (G') and viscous modulus (G") were recorded. The graphical plots based on experimentally obtained values of storage modulus (G') and viscous modulus (G") with the applied shear strain denote that initially there is a almost parallel movement of storage modulus (G') and viscous modulus (G") satisfying the condition of G' > G'' and this is confirming the gel-state. At a certain value of applied shear strain, the progressive-line of G' and G'' in the plot (Figure ) crossed each other and this also directs the amount of critical strain after which the loss modulus gets predominated over storage modulus and this clearly indicates the transformation of gel state to its sol state supporting the rheological condition of G' < G''. This critical point of applied strain from the plot also supports the mechanical efficiency of Zn-PMA metallogel.