Fortem Technologies Selected to Participate in Transport Canada’s Drone Flight Trials

In partnership with ING Robotic Aviation, Fortem to provide critical radar technology to enable safe Beyond-Visual-Line-of-Sight operations

Fortem Technologies, Inc., an innovator in airspace awareness and intelligence, today announced its participation in Transport Canada’s Proof-of-Concept Trials into Beyond-Visual-Line-of-Sight (BVLOS) Operations.

ING Robotic Aviation, named a participant in the trials, selected Fortem Technologies’ TrueView(™) Radar as its key detect-and-avoid technology to enable safe BVLOS operations. The missions will be undertaken within a safe flight regime approved and monitored by Transport Canada.

“Transport Canada’s BVLOS trials will help validate the technologies needed to facilitate the safe use of UAVs for everything from monitoring critical infrastructure for potential threats to search and rescue and so many other valuable services,” said Fortem Technologies CEO Timothy Bean. “We are thrilled to participate in this program as a provider of advanced radar solutions for ING Robotic Aviation.”

 Stay Updated To Save Money & Time. Join Our Free Newsletter 
. Indepth Analysis & Opinion       . Interviews      . Exclusive Reports  
. Free Digital Magazines      News & updates      . Event Invitations 
                     
& Much More Delivered To Your Inbox For Free.
Submit
We Will Not Spam, Rent, or Sell Your Information.
All emails include an unsubscribe link. You may opt-out at any time. See our privacy policy.

 

Purpose of the Program

The program was created to help Canada advance to the “next frontier of UAS*,”including gathering data, providing industry experience and validating technologies for future routine BVLOS operations. These trials build upon an earlier trial for first responders to evaluate UAS in short-range BVLOS (formerly known as extended visual line-of-sight operations), as well as ongoing BVLOS testing at Canada’s two test ranges in Foremost, Alberta, and Alma, Quebec.

ING Robotic Aviation and Fortem Technologies

ING Robotic Aviation chose Fortem Technologies for its breakthrough TrueView radar in creating safe, autonomous flights during their trial operations over Canadian Oil Sands in Northern Alberta. ING Robotic Aviation will employ helicopter and fixed-wing BVLOS systems. Each can carry a wide range of sensors and can be configured to conduct various operations including: leak detection of methane/Greenhouse Gases (GHG), inspections of tailings ponds, inspection of the power grid, environmental monitoring, volumetric measurement of mining activity, examination of flare stacks and plant infrastructure in visible and thermal, safety and security – including search and rescue and myriad communications.

Quote from ING Executive:

Fortem Technologies has developed the world’s most compact, high-performance radar system for detecting airborne objects, a revolutionary safety capability for unmanned and manned aircraft. The Fortem TrueView radar system is small enough to be deployed on unmanned aerial vehicles that can operate autonomously beyond visual line of sight (BVLOS). TrueView radar can simultaneously track thousands of objects—each smaller than a soda can, traveling at high velocity, across a 360-degree field of view.

 Stay Updated To Save Money & Time. Join Our Free Newsletter 
. Indepth Analysis & Opinion       . Interviews      . Exclusive Reports  
. Free Digital Magazines      News & updates      . Event Invitations 
                     
& Much More Delivered To Your Inbox For Free.
Submit
We Will Not Spam, Rent, or Sell Your Information.
All emails include an unsubscribe link. You may opt-out at any time. See our privacy policy.

 
Close
Stay Updated To Save Money & Time. Join Our Free Newsletter. 
. Indepth Analysis & Opinion       Interviews          . Exclusive Reports 
. Free Digital Magazines        . News & updates        . Event Invitations
& Much More Delivered To Your Inbox For Free. 
Submit
We Will Not Spam, Rent, or Sell Your Information.
All emails include an unsubscribe link. You may opt-out at any time. See our privacy policy.
 
Close