{"id":28,"date":"2016-10-29T11:43:42","date_gmt":"2016-10-29T11:43:42","guid":{"rendered":"https:\/\/medium.com\/p\/66bb277d3500"},"modified":"2026-02-03T07:22:08","modified_gmt":"2026-02-03T07:22:08","slug":"how-does-a-drone-optimize-its-routes-66bb277d3500","status":"publish","type":"post","link":"https:\/\/www.loginextsolutions.com\/blog\/how-does-a-drone-optimize-its-routes-66bb277d3500\/","title":{"rendered":"How Does a Drone Optimize its Routes?"},"content":{"rendered":"

How Does a Drone Optimize its Routes?<\/h1>\n

Ever played the classic Grand Theft Auto? Ever made a drone drop in the game? That\u2019s delivery route planning. Technology has caught up to make that experience much more sophisticated. You can actually pick and drop items using just your basic smartphone. Imagine using your drone to pick up milk from the roadside vendor while operating from your balcony. The simple pleasures of life just got a little simpler. No, it won\u2019t drop your kids to school; you still would have to do that. But for everything else, there is the drone.<\/em><\/p>\n

Drone technology<\/a> is constantly on the upswing. Innovations<\/a> and developments happen more frequently. There are some regulatory restrictions, like no-fly-zones for the aerial routes. But most of the companies are working with the regulations to optimize route planning.<\/p>\n

We will see now how drones can be used to act as a catalyst for delivery route planning.<\/p>\n

Drones can go from point A to point B using the GPS<\/a> synchronized internal compasses. The pick-up point is calibrated as the Home station. (In case of a malfunction, or loss of connection, the drone automatically comes back to the Home point). The destination is programmed in the software and an outside controller guides the drone along the fastest path through proper delivery route optimization.<\/p>\n

A camera is attached to a platform capable of 360 degree rotation. There are different sensors within the drone, such as the accelerometer and gyroscope that help stabilize the drone.<\/p>\n

Let\u2019s take a look at the algorithm<\/a> that the software uses to maintain the ideal flight path. The camera detects surrounding objects. The processor calculates the relative distance from the source and the destination based on the vicinity of the surrounding objects. It is literally like a passer-by giving you directions to take a left from the traffic signal. The GPS is the passer-by. The algorithm frequently fine-tunes its path. This is helped by dynamic route planning <\/a>calculations.<\/p>\n

The camera identifies a proper landing site (even and stable) near the delivery location. It makes a gentle landing, drops the package, and lifts off to the Home location.<\/p>\n

There are some technical restrictions, but they have been worked around.<\/p>\n

\"Drone

Drone Network Range<\/p><\/div>\n

There is a limited range within which the drone and the controller (Home) would maintain connectivity.<\/strong><\/h2>\n

This is where the delivery route planning and delivery route optimization features have a big say. Many big logistics players, within the Indian market itself, like LogiNext<\/a>, have been consistently utilizing route planning<\/a> to streamline their deliveries. The amount of ground knowledge that an established company like LogiNext<\/a> has can be used to for creating connection-boosters at strategic locations for different delivery routes.<\/p>\n

Another restriction is\u2026<\/p>\n

\"Drone

Drone Battery Range<\/p><\/div>\n

There is a limited amount of battery power within a drone.<\/strong><\/h2>\n

We can solve both these problems by proper delivery route planning<\/a>.
\nSuppose a drone has a range of 1 km, and the delivery destination is at a distance of 10 km. The benefit of proper delivery route optimization is that there is already an existent delivery network. LogiNext<\/a> has established logistics checkpoints all around the city. The destination location would have a checkpoint within 5 km of range.<\/p>\n