Drone vs. truck deliveries: Which creates less carbon pollution?

University of Washington via Science Daily:  Delivering packages with drones can reduce carbon dioxide emissions in certain circumstances as compared to truck deliveries, a new study from University of Washington transportation engineers finds.

In a paper to be published in an upcoming issue of Transportation Research Part D, researchers found that drones tend to have carbon dioxide emissions advantages over trucks when the drones don't have to fly very far to their destinations or when a delivery route has few recipients.

Trucks -- which can offer environmental benefits by carrying everything from clothes to appliances to furniture in a single trip -- become a more climate-friendly alternative when a delivery route has many stops or is farther away from a central warehouse.

For small, light packages -- a bottle of medicine or a kid's bathing suit -- drones compete especially well. But the carbon benefits erode as the weight of a package increases, since these unmanned aerial vehicles have to use additional energy to stay aloft with a heavy load.  Full Article:

Featured Product

The piCOBOT Electric vacuum generator

The piCOBOT Electric vacuum generator

Fully electric, slim design and absence of air-tubing and cabling. The new piCOBOT® Electric heads towards another success for Piab's piCOBOT® program. A secondary effect of these achievements is the absence of entangling air tubing and cabling. It simplifies the installation, and as the new piCOBOT® Electric only needs a single connection on the cobot arm, the clean set-up allows a completely unrestricted movement. The new piCOBOT® Electric package will contain plug & play software to fit UR e-series cobots, but many other useful adaptations will be introduced in the coming year