Send in the drones
In his grocery store in the eastern Australian city of Logan, Maz Rizk has just received a home-delivery order for one of his tasty roast chickens.
In other parts of the world, Maz might hand the requested dish over to an Uber Eats, DoorDash or Just Eat courier so they could take it by car or motorcycle to the customer. But things in Logan operate a little differently.
Maz’s grocery store has partnered with drone delivery company Wing and fulfils multiple hot chicken orders from their site every day. The chicken, packaged in a customized cardboard box, is picked-up by a drone hovering overhead from a launch zone. A staff member secures the box to a clasp at the end of a line dropped by the drone and watches as it rises up and becomes secured against the underside of the drone. The unmanned aircraft then efficiently buzzes up and away.
“Customers love the drone delivery service,” says Maz, whose business, Friendly Grocer Crestmead, also frequently sends milk, eggs, bread and confectionary via Wing. “The drone can carry a load of up to 1.5 kilograms. It doesn’t replace a full grocery shop, but it means our customers can save a trip to the store when they’re short on time or if they’ve forgotten a few items.”
Consumers anticipating the widespread roll-out of delivery drones have been on a rollercoaster ride since the concept first came to mainstream attention in 2013. It was then that digital retailer Amazon floated plans for the use of delivery drones to fulfil customer orders, via a service ultimately known as Prime Air. With such a large company advocating the idea, many imagined we were on the immediate cusp of an era when drones would become commonplace in our cities, carrying every type of consumer item.
But the reality is somewhat different. Nine years on, Amazon is yet to bring Prime Air to successful commercial fruition, despite countless hours of testing, promoting, and lobbying for regulatory approvals. Other drone delivery services have burst onto the scene with great fanfare, only to fade away not long afterward.
However, the positive experience of Wing in Logan has many drone delivery enthusiasts excited.
Dr Catherine Ball, a futurologist and associate professor at the Australian National University (ANU) points to the ‘Gartner hype cycle’ model to explain the faltering progress with drones to date. Developed by American research firm Gartner, the model aims to chart the path taken by innovative new technologies as they progress from development to wide adoption. Initially, expectations tend to soar as people consider the potential benefits of a new technology. Then comes a ‘trough of disillusionment’ as it takes longer than
expected for the desired results. This is followed by a ‘slope of enlightenment’ as businesses learn from their mistakes, and finally comes the ‘plateau of productivity’, as businesses successfully commercialize the technology and make money from it.
“I would say that drones are on the slope of enlightenment right now,” says Dr Ball, who is also co-founder of the World of Drones and Robotics Congress. “There was a buzz
around drones in 2015/16. Then, in 2017/18, they kind of started getting less sexy. More recently, during the pandemic, they have come into their own in a number of places.”
Wing, owned by Google’s parent company Alphabet, has been trialing its drone delivery services in Finland, the United States and Australia since 2019. In addition to the operation in Logan, Wing provides drone delivery in parts of Canberra, the southern Australian city that is the location for the country’s Federal Parliament and the country’s capital Ordering via the service is in many ways similar to ordering via a regular terrestrial delivery service. Users scroll through an app to choose from various offerings of coffee, fast food, groceries, confectionery, and pharmacy items, such as toothpaste. However, there are differences, too. To accept a delivery, the user must have a suitable open space nearby, free from powerlines and overhead trees. Also, deliveries are to a limited geographic area during the trial phase.
To date, Wing in Logan has successfully delivered tens of thousands of coffees, as well as thousands of loaves of bread and roast chickens. The company made over 140,000 deliveries to customers across its three countries of operation in 2021 — an increase of more than 600 percent from 2020.
Catherine Ball believes part of the success of Wing in Logan comes down to state authorities creating specific, stand-alone policies to permit and regulate the commercial use of drones. In most parts of the world, this is not the case. It might also help that Logan is relatively suburban, with many parks and open spaces.
Dr Ball says there are challenges standing in the way of the further roll-out of commercial drone operations around the globe. However, solutions are emerging. “Singapore and Toronto are both looking at having remote traffic management systems in place, with transponders and markers on drones. This would make it possible to see where drones are, in four dimensions. And this would allow for designated corridors where drones can fly and be tracked.”
Similarly, noise concerns, a common theme when discussing drones, are now addressed. New generation drones are far quieter than their predecessors and Dr Ball points out other delivery methods also involve some noise. “People get pizzas delivered on two-stroke motorcycles, which are actually quite loud.”
So, what does the future hold? Dr Ball anticipates far greater commercialization of drone operations globally over the coming decade. In addition to drone deliveries, we can expect increased use of drones by emergency services. Drones might ferry supplies to snakebite victims or reach people stranded by floods. Government departments may use them to share documents, and B2B supply services for things like urgent spare parts are also likely to be popular.
“The whole area has matured so much in the last 10 years,” says Dr Ball. “And I think the next 10 years are going to see the realization of a lot of business models that people hoped were going to happen five years ago but haven’t got there quite yet.”
Trelleborg uses its knowledge and expertise in aerospace sealing to support engineers designing drones, ensuring their effective operation whatever the conditions. Resisting harsh environments, specialized materials stand up to extreme temperatures, both cold at high altitude and hot at the height of the summer in Australia, for instance. To make sure motors and electronics have a long life without breakdown, a key focus is to prevent ingress of dust and water, protecting sensitive electric dynamic components.
This is an article has been reproduced from Trelleborg's T-Time magazine. To download the latest edition, go to: www.trelleborg.com/t-time