The team’s payload, “SynthSpectra,” focuses on investigating the effects of high-acceleration space travel on individuals with a history of retinal detachment and on elderly individuals whose eye elasticity decreases with age. To achieve this, a custom partial eye replica has been fabricated using PDMS silicone elastomers with varying curing methods, creating a biomechanically accurate model of key ocular structures. The payload is housed within four stacked PocketSats (50 × 50 × 200 mm, total mass 1 kg) and equipped with high-precision strain gauges placed on critical retinal areas. These sensors transmit real-time data via telemetry to a ground-based computer, where an interactive dashboard visualizes strain through heat maps, enabling assessment of potential retinal damage. The system integrates a two-board sensor platform for power management, calibration, and signal amplification, ensuring precise measurement under flight conditions. Beyond its technical achievements, the experiment contributes to the broader goal of assessing the safety and accessibility of space travel, supporting both space tourism and long-duration missions, while providing valuable biomedical insights for the scientific community.