Transforming the way goods are transported.


This initiative to develop delivery drones made its first real-world deliveries in 2014, carrying first-aid supplies, chocolates, dog treats, and water to farms in Queensland, Australia, in an effort to increase access to commodities while reducing traffic and pollution. When students at Virginia Tech have airdropped some wonderful burritos in 2016, it was the largest and longest drone delivery in the United States at the time. The project was completed in July of 2018.


Even though the movement of goods from one place to another has been increased efficiently, environmental costs and insufficiencies still remain high

Advances in how we transfer items from place to place have helped transform the globe, from steamships to railways, from the Pony Express to current delivery systems like FedEx, DHL, Amazon, etc. Moving things across our cities has grown more difficult and expensive. Our road networks are bursting at the seams as a result of increased traffic congestion and growing demand for speedier delivery. Whether it’s a parent stranded at home with ill children and no meal, or a tradesman on a job site without a tool, conventional modes of road transportation aren’t always quick enough to tackle the situation at hand. Transportation of commodities has also contributed to the growth in CO2 gases produced into the atmosphere – transportation accounts for 28 percent of greenhouse gas emissions in the United States alone.

To reduce CO2 emissions significantly which is associated with goods transportation Wing has designed. To improve the access of products and to decrease the traffic congestion in cities was the foremost aim of Wing an autonomous delivery drone system. The wing is also working on an unmanned traffic management (UTM) platform that would enable unmanned aircraft to maneuver around other drones, manned aircraft, and other impediments such as trees, buildings, and power lines.

Wing introduced the world to a new way of the delivery system, Air delivery system which is a lot faster, safer, and more environmentally friendly than our current ground method.


Home delivery of medical supplies, food, and groceries.

The team first set out in 2012 to investigate how drone delivery might safely and rapidly transport anything from medication to food. They developed a technique to deliver defibrillators to persons experiencing a heart attack in the expectation that lives may be saved if the devices arrived faster in the air. The team quickly discovered that integrating drone technology into emergency medical services was a major effort in and of itself – building safe and dependable drone technology was a problem in and of itself. As a result, they narrowed their attention on engineering the system to convey tiny parcels in a variety of common settings where delivery time was critical.

Over the next year, the Wing team researched several vehicle design techniques, created prototypes, and conducted experiments and test flights. The objective was to learn as much as possible as rapidly as possible in order to enhance the safety systems and accurate navigation needed to function in today’s congested world.

In 2014, the team made its first real-world delivery to farmers in rural Queensland, Australia, delivering a first-aid package, candy bars, dog treats, and water. Later that in September 2016 burritos has been delivered to the students in Virginia Tech, at that period this was considered as the largest and longest drone delivery done on US grounds. Food was an excellent early test case for Wing’s technique since it is fragile and temperature-sensitive, necessitating prompt and careful delivery.

In 2017, the team concentrated on improving the delivery drones’ ability to deliver items straight to suburban yards. They delivered hundreds of packages to the yards of various residences in Australia’s Australian Capital Territory and Queanbeyan districts. The aim was to figure out how to discover the best approach to a house and a secure delivery site in the yard. The Wing team is constantly discovering how drone delivery might help people in their daily lives by bringing meals, groceries, medicine, and even spare auto components in the event of a breakdown.


Autonomous, Lightweight delivery drones.

  • Energy and Efficiency

The drones’ lightweight, the energy-efficient design allows them to fly at speeds of up to 70 mph (113 km/h), powered exclusively by an all-electric power source that emits no carbon dioxide.

  • Precision

Delivery drones can fly up to 150 feet (40 meters) above the ground and deliver items to a space the size of a front door.

  • Safety

Wing has an accurate level of unmanned traffic management tools and flight planning software that indicates the suitable path to fly to the customer’s destination without any obstruction, it also makes sure the path was safe for the drone along with the package to pass through.


Operating a drone delivery service.

In July 2018, the team transitioned from X to become a separate Alphabet business. Wing has since created a first-of-its-kind, on-demand service on three continents, delivering everything from medicine and library books to hot coffee and freshly baked cookies to real consumers in Australia, Finland, and the United States. Too far, the crew has flown over 100,000 times, with the quickest real-world delivery time of 2 minutes and 47 seconds.

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