Our research hypothesis was that the application of the two commercial biostimulants will result in significant improvements in the growth parameters, yield, and resilience of both 'Malling Centenary' and 'Malling Ace' strawberry varieties. We expected to observe increased vegetative growth, higher fruit yield, and enhanced resistance to environmental stress factors in the plants treated with the biostimulants compared to the control group. The study conducted an extensive investigation into the growth and reproductive dynamics of strawberry plants through rigorous data collection protocols. Weekly observations of leaf and crown numbers for four randomly selected plants per replicate offered valuable insights into vegetative growth patterns. Concurrently, at the trial's conclusion, the measurement of crown diameters provided a conclusive evaluation of growth progression. Upon trial completion, plants were carefully uprooted to facilitate comprehensive assessments of biomass. This involved recording both fresh and dry weights of shoots and roots, alongside calculating fresh root/shoot and dry root/shoot ratios, crucial indicators of plant vitality. Furthermore, weekly evaluations of chlorophyll content in selected leaves using a Konica Minolta SPAD-502 shed light on the plants' physiological vigour. In terms of reproductive growth, the study meticulously monitored open flower counts on a weekly basis and systematically evaluated fruit yield throughout the harvesting season. This evaluation included classifying fruits based on morphology, size, and overall appearance, adhering to European Commission guidelines. Additionally, unmarketable fruits underwent detailed classification into subgroups such as small fruits, deformed fruits, and diseased fruits. Furthermore, ripe fruits were sampled to determine total soluble solids content, providing insights into fruit quality. Overall, these meticulous data collection efforts yielded a comprehensive understanding of the growth, physiological responses, and reproductive outcomes of the strawberry plants under scrutiny.