Our Technology


Voliro Airborne Robotics

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Voliro Airborne Robotics are proud to have developed Voliro T, a disruptive piece of technology changing the way industrial non-destructive testing is being completed. The Voliro T can be equipped with a variety of Non-Destructive Testing (NDT) sensors, depending on the use-case.

Integrated with an assortment of payloads, the platform is currently capable of:

  • Ultrasonic Testing (UT) for thickness measurement
  • Dry-Film Thickness (DFT) measurement
  • Electromagnetic Acoustic Transducer (EMAT) thickness measurements requiring surface forgiveness
  • Pulsed Eddy Current (PEC) thickness measurements through insulation
  • Lightning Protection System (LPS) testing
  • More exciting innovations just around the corner!

Thanks to the integration of various assistive technologies and safety-systems, the Voliro-T is capable of flying in close proximity to structures, even in GPS denied environments – including in confined spaces. The unique 360° drone design of the platform allows inspection of curved and sloped surfaces and thrust vectoring coupling system allows testing of ferrous and non-ferrous materials. There is not a single drone design on the market that can offer the same breadth of capability as the Voliro-T.

Inaugural Member of Voliro AG Customer Advisory Board


We are proud to be an early adopter of the Elios 2, being one of the first service providers in Canada to take advantage of the technological advances.

  • Powerful on-board LED lighting, including oblique functions for dust-proof shadowing inspection technique
  • Imagery measurement capabilities – fantastic for sizing detected anomalies and materials ordering purposes!
  • Distance lock ability for consistent feature following (weld inspection)
  • Patented collision resilient design for robust internal operations
  • Stabilized flight in GPS-denied environments
  • Unobstructed 4k video recorded resolution, and built in infrared sensor

Contrary to popular belief, the Elios 1 remains relevant in a number of inspection applications despite the introduction of the new model. Due to a fundamental design difference (optically stabilized versus 3-axis gimbal stability) the Elios 1 shines in tight quarters where it is beneficial to roll along the infrastructure.

  • Powerful onboard LED lighting
  • Patented collision resilient design for robust internal operations
  • 1080p video recorded resolution
  • Quick change batteries
  • On-board infrared sensor

A well-equipped tail sitting VTOL airframe that requires minimal space for take-off and landing, boasts area coverage up to 800 acres per hour while maintaining geo-location accuracies as low as 2 cm. 

  • Vertical take-off and landing – no more belly landings!
  • Ground sample distance as low as 0.7cm
  • Flight times up to 55 minutes
  • Quick change payload bay for multi-sensor workflows
  • Corridor mapping functions


Osprey’s Trinity F90+ aircraft can provide next level large area mapping, in an efficient vertical takeoff and landing (VTOL) platform. Its PPK capability combined with its ability to carry multiple payload configurations makes this aircraft ideal for geomatics, environmental and resource development work. The VTOL capability also ensures its ability to complete its work from more confined locations such as parks, logging roads and even densely forested areas.

  • Approved by Transport Canada for flight over people
  • Visual, multispectral, thermal and LidDAR capable airframe
  • PPK precision – survey grade results every flight
  • 90 or more minutes flight time, payload dependent
  • Air traffic control compatibility for complex airspace

Matrice 210-RTK - DJI

Considered to be much like a Swiss Army Knife of drone platforms, thanks to a variety of sensors, gimbal orientations and developer freedom. We are thankful to be operating our Matrice 210-RTK across a variety of industries for a variety of different applications.

  • Single, double, and upward Gimbal orientations
  • Intelligent, self-heating batteries for operations down to -20C
  • Built-in collision avoidance sensors
  • RTK position corrections for precise aerial stabilization
  • Resilient against magnetic and electrical interference
  • Visual, thermal, multispectral, gas detection and LiDAR payload options available as required


Our latest workhorse: with a 2.7kg useful payload rating, it can take to the air with up to 3 payloads simultaneously. Or it can fly specialized payloads such as our Emesent Hovermap SLAM based LiDAR, magnetometer and more. It can even get wet!

  • IP45 Rating – light and moderate rain resistance
  • -20 to +50 degrees operating temperature
  • Visual, FLIR/IR, multispectral, magnetometer &  LiDAR payload capable
  • Safety – emergency flight mode with a single drivetrain inoperative 
  • 40 plus minutes of flight time, payload dependent

DJI M600 Pro

The DJI M600 Pro is a universal heavy lift unmanned aerial platform designed to effortlessly carry pre-integrated or custom payloads for advanced applications. With a maximum flight time of up to 38 minutes and payload up to 6kg, the M600 Pro is a versatile tool for the industrial sector.

  • Specialized payloads such as:
    • Ground penetrating radar
    • Magnetometer & electro-magnetic
    • Acoustic emissions
    • LiDAR
    • Hyperspectral
  • Up to 80 linear kilometers per day
  • Professional 3rd party flight mission planning software with options for flight parameters and terrain following based on any number of requirements

Mavic Pro 2 - DJI

Being a small, lightweight, easily deployable system with 4k sensors and useful accessories, the Mavic 2 Pro is our drone of choice for site scouting, and tight outdoor spaces.

  • Up to 30 minutes of airtime
  • Built-in collision avoidance sensors
  • Quickly deployable
  • Multiple automated flight functions

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