Objectives: Kidney damage caused by type-II diabetes mellitus (DM-II) can disturb renal elasticity. There is a paucity of data whether early kidney damage causes kidney stiffening. This comparative study aimed to assess kidney elasticity in patients with DM-II with or without moderate albuminuria using ultrasound based 2D shear wave velocity (2D-SWV). Methods: For this prospective single center study, a sample size of at least 32 was computed. Overall 57 cases (40 DM-II subjects with no chronic kidney disease and 17 age and sex matched healthy controls) were included. The DM-II subjects comprised moderate albuminuria (n=22) and no-albuminuria (n=18) subgroups. Bilateral renal parenchymal 2D-SWV values were separately measured from upper, mid and lower portions. Groups were compared with T test or Mann-Whitney-U test as appropriate. Inter-reader agreement was assessed by intra-class correlation coefficient (ICC). Results: The median age [55.5 (50-62) vs 55 (48.5-59.5) years, respectively, p=0.48] and gender rates [18 (45%) vs 10 (58.8%) females, respectively, p= 0.34] did not differ between DM-II and control groups. The average and individual portion 2D-SWV values were also similar (p>0.05 for all). The average 2D-SWV values were also similar between the albuminuria vs no-albuminuria subgroups. The interobserver agreement was good (ICC: 0.66, 95% CI: 0.19-0.88, p=0.006). Conclusion: The kidney elasticity does not seem to be disturbed in patients with diabetes and a preserved eGFR with or without moderate albuminuria.