Sailing with the Wind, Connecting the World Intelligently | SkyGrid Expands Unmanned Delivery Solutions Globally, Embarking on a New Journey of Internationalization
As the largest food delivery platform in the Middle East, Talabat holds a 76% market share in the UAE, with daily orders exceeding 1 million. In response to the local high-temperature, high-humidity climate and high-density urban layout, SkyGrid has built an air-ground integrated delivery system of "UAVs + intelligent transfer cabinets", and successfully launched the benchmark food delivery project in the UAE at the end of 2025.
The project, deployed in Abu Dhabi, the capital of the UAE, has built a low-altitude delivery network covering business parks, universities and high-end communities, with four core strengths:
- High-precision UAV take-off and landing system, enabling centimeter-level autonomous precision landing
- Integrated constant-temperature fresh-keeping module with IP56 dust and water resistance, maintaining long-lasting freshness in 50°C high-temperature environments
- 24/7 all-weather operation with self-service parcel pickup and drop-off via pickup codes, fully unmanned throughout the process
- Drastically improved delivery efficiency, cutting ground delivery time from 40 minutes to within 15 minutes and resolving the pain point of traffic congestion
Purpose-Built for Global Deployment, Streamlining Worldwide Logistics Transportation
To comply with global ocean freight standards and meet the demand for rapid deployment of overseas low-altitude delivery networks, SkyGrid has completed the upgrade and iteration of its full range of unmanned delivery hardware products:
- ELite UAV Transfer Cabinet: With a total height of no more than 2.3m, its dimensions fit standard shipping containers, supporting whole-unit loading/unloading and rapid installation.
- EPro Multi-Slot Transfer Cabinet: With a single unit length of no more than 4m and height of no more than 2.4m, three units can be loaded into a 12m standard shipping container at one time. With extremely high space utilization, it significantly reduces ocean freight costs.
To adapt to complex global climate and logistics environments, the full product series has undergone special reinforced designs for dust and water resistance, high/low temperature tolerance and constant-temperature storage, and is equipped with a built-in overseas multi-language operating system, ensuring rapid implementation and efficient deployment worldwide.
Growing International Cooperation: Clients from Europe and South America Visit Headquarters
Recently, overseas merchants from Europe, South America and Southeast Asia visited SkyGrid's Taizhou headquarters for on-site inspection of the full set of intelligent low-altitude logistics delivery equipment and management systems. The two sides held in-depth discussions on implementation solutions for core scenarios such as urban instant delivery, park logistics and low-altitude terminal transfer, as the company accelerates its global market expansion in an all-round way.
National Innovation Certification & Authoritative Recognition from the BRICS Competition
At the BRICS Industrial Innovation Contest 2026, SkyGrid's project "Air-Ground Integrated Low-Altitude Logistics Docking Operation System" won the Excellent Project Award, with dual authoritative certification from the BRICS PartNIR Innovation Center and the International Economic and Technical Cooperation Center of the Ministry of Industry and Information Technology工业和信息.... This fully demonstrates the company's core competitiveness in low-altitude logistics technology innovation and cross-border product implementation.
SkyGrid has now established a full-chain overseas system covering product R&D, overall low-altitude logistics delivery solutions and scenario implementation. At present, we are opening up high-quality cooperation resources to the world, and sincerely invite overseas partners, urban operators and logistics service providers to join hands, explore the new blue ocean of low-altitude logistics delivery together!
