3D Design – Solar Radiation Shield for Air Temperature Sensor

This project presents a detailed 3D design of a solar radiation shield intended for protecting air temperature sensors in outdoor monitoring setups. The model is optimized for 3D printing and can be fabricated using various materials depending on environmental conditions and project requirements.

The solar radiation shield is engineered to reduce the effects of direct sunlight, reflected heat, and precipitation, ensuring that the temperature sensor records accurate ambient air readings. Its multi-layered plate structure promotes natural airflow around the sensor while effectively blocking solar radiation.

Designed with ease of assembly and compatibility in mind, the model can accommodate different sensor types commonly used in weather stations, microclimate studies, and environmental monitoring projects. The geometry provides sufficient ventilation and structural integrity, making it suitable for long-term field use once printed with appropriate materials such as PLA+, PETG, or ABS.

This 3D design serves as a cost-efficient, customizable, and functional prototype that can be readily manufactured through 3D printing to improve the accuracy and reliability of air temperature measurements.