We are redefining campus logistics with Airl!nk, a lightweight low-altitude logistics solution designed specifically for university environments. Unlike traditional drones that are prohibitively expensive, we leverage advanced 3D printing technology to drastically reduce the cost to approximately 2,000 RMB per unit. Our system is powered by cutting-edge AI algorithms for autonomous flight control and precise path planning. What truly sets us apart is our commitment to ultra-low costs and rapid maintainability—using carbon fiber high-strength materials, our drones are not only durable but can be repaired or parts-replaced in record time if damaged. We are not just delivering packages; we are building an accessible, high-tech aerial network that makes “delivery through the window” a reality for every student.
【Team Basic Info】
The Airl!nk team is composed of innovative students from the School of Chips and the School of IoT disciplines at XJTLU (Xi’an Jiaotong-Liverpool University). The project is robustly supported by academic advisors from the Department of Intelligent Manufacturing Engineering (IME) and industry mentors from the Innovation Factory (IF). The team officially signed their Incubation Agreement in November 2025, securing phase-one funding to accelerate development and deployment.
【Problem Solved / Technology】
Airl!nk addresses a specific pain point in campus logistics caused by circular architectural designs, where a straight-line distance of 100 meters often requires a walking distance of up to 500 meters. By implementing a “window-to-window” delivery model, we eliminate the need for students to go downstairs, significantly saving time and enhancing convenience. Technologically, we utilize carbon fiber reinforced 3D printing materials to ensure our drones are both lightweight and high-strength. This approach prioritizes cost-effectiveness and operational efficiency, allowing for rapid repairs and consistent service. Our project not only solves logistical inefficiencies but also drives technological progress on campus and promotes the development of the “Low-Altitude Economy.”
【Future Outlook】
As Airl!nk takes flight, our immediate goal is to achieve full coverage across all colleges and campuses of XJTLU, establishing a seamless aerial delivery network for the university community. Looking further ahead, we envision expanding our reach to cover universities throughout the Yangtze River Delta region. We aim to transform traditional campuses into “Technical Campuses,” where smart logistics are an integral part of daily student life. By continuously refining our AI flight algorithms and 3D printing manufacturing processes, we strive to set a benchmark for affordable, efficient, and scalable campus logistics, demonstrating the transformative power of student-led innovation in the modern educational landscape.
Airl!nk
【Team Message】
We are redefining campus logistics with Airl!nk, a lightweight low-altitude logistics solution designed specifically for university environments. Unlike traditional drones that are prohibitively expensive, we leverage advanced 3D printing technology to drastically reduce the cost to approximately 2,000 RMB per unit. Our system is powered by cutting-edge AI algorithms for autonomous flight control and precise path planning. What truly sets us apart is our commitment to ultra-low costs and rapid maintainability—using carbon fiber high-strength materials, our drones are not only durable but can be repaired or parts-replaced in record time if damaged. We are not just delivering packages; we are building an accessible, high-tech aerial network that makes “delivery through the window” a reality for every student.
【Team Basic Info】
The Airl!nk team is composed of innovative students from the School of Chips and the School of IoT disciplines at XJTLU (Xi’an Jiaotong-Liverpool University). The project is robustly supported by academic advisors from the Department of Intelligent Manufacturing Engineering (IME) and industry mentors from the Innovation Factory (IF). The team officially signed their Incubation Agreement in November 2025, securing phase-one funding to accelerate development and deployment.
【Problem Solved / Technology】
Airl!nk addresses a specific pain point in campus logistics caused by circular architectural designs, where a straight-line distance of 100 meters often requires a walking distance of up to 500 meters. By implementing a “window-to-window” delivery model, we eliminate the need for students to go downstairs, significantly saving time and enhancing convenience. Technologically, we utilize carbon fiber reinforced 3D printing materials to ensure our drones are both lightweight and high-strength. This approach prioritizes cost-effectiveness and operational efficiency, allowing for rapid repairs and consistent service. Our project not only solves logistical inefficiencies but also drives technological progress on campus and promotes the development of the “Low-Altitude Economy.”
【Future Outlook】
As Airl!nk takes flight, our immediate goal is to achieve full coverage across all colleges and campuses of XJTLU, establishing a seamless aerial delivery network for the university community. Looking further ahead, we envision expanding our reach to cover universities throughout the Yangtze River Delta region. We aim to transform traditional campuses into “Technical Campuses,” where smart logistics are an integral part of daily student life. By continuously refining our AI flight algorithms and 3D printing manufacturing processes, we strive to set a benchmark for affordable, efficient, and scalable campus logistics, demonstrating the transformative power of student-led innovation in the modern educational landscape.