Vertiq provides all support documentation on their website, including how to use DroneCAN (previously known as UAVCANv0) to integrate a Vertiq module with a PX4 flight controller.

Host Randy Goers interviews Jon Broome, Vertiq CEO and Co-Founder to talk about developing high performance motors for drone propulsion.

One of the differentiators of Vertiq technology from competitors is the integrated electronic speed controller (ESC). This enables a wide range of performance benefits and unique control capabilities, but in this post, we are specifically focusing on Vertiq’s products’ physical attributes, compared to their closest competitive motor and ESC package

AFWERX is a technology acceleration directorate within the U.S. Air Force and its SBIR program enables small businesses to explore their technological potential by providing incentives for the commercialization of novel technologies.

Vertiq technology increases propulsion efficiency by 10%, made possible by the innovative control method, Field Estimated Control (FEC). This 10% increase in efficiency would increase Total Mission Time by 5 minutes (to 55 minutes).

Vertiq can increase your delivery radius by 15% and delivery area by 32%.

The Federal Aviation Administration (FAA) certifies products such as crewed aircrafts and drones that show compliance with the FAA’s airworthiness standards, as well as environmental standards like emissions and noise

Presenting our Use Case series. One of the benefits of Vertiq’s technology is that our position sensor allows us to precisely position propellers in-flight and upon landing.

Vertiq’s Co-Founders, Matthew Piccoli and Jon Broome, had the opportunity to join Danielle Gagne, the Chief Storyteller for Volatus Aerospace during AUVSI to discuss Vertiq’s propulsion technology.

During the last week of April, Vertiq attended AUVSI Xponential 2022 in Orlando, Florida.

Vertiq is excited to announce that we will also be showcasing our underactuated propulsion system at AUVSI this year!