This paper analyzes how medical supplies can be safely transported through eco-friendly means to areas affected by disasters such as floods using Unmanned Aerial Vehicles. We compared the performance of different bio-degradable tensegrity structures with fragile payloads cushioned with coir padding by conducting drop tests from successively greater heights upto 75 meters on surfaces with different hardness. Our results showed that the bio-degradable tensegrities was able to absorb the shock on impact successively in all cases without any damage to the payload. The results suggest that biodegradable tensegrities are a viable option for fragile payload delivery.
翻译：本文分析了如何通过生态友好方式将医疗用品安全运输到受洪水等灾害影响的地区,如使用无人驾驶飞行器的洪水。我们比较了不同生物降解性紧张结构的性能和脆弱的有效载荷的性能,通过在不同硬度不同的表面进行从相继较高高度至75米的下降试验,将脆弱的有效载荷衬垫衬垫置于脆弱的有效载荷中。我们的结果显示,生物降解性紧张性能够吸收所有情况下连续撞击的冲击,而不会对有效载荷造成任何损害。结果显示,生物降解性紧张性对于脆弱的有效载荷的交付是一种可行的选择。
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