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The first Company to be placed on the "Advanced RPAS Safety Assurance Certification" list maintained by Transport Canada is not only a Canadian Company, they are the manufacturer of the most technologically advanced and safe Aircraft available for Mapping, Surveying, Aerial Thermal Infrared Imaging & Inspections.

Draganfly Innovations Inc. have over 20 years of industry leading and world-renowned innovative experience with dozens of firsts in the industry, including the first recorded “Human Life Saved by a Drone”. The team at Draganfly have been in the business of creating the most technologically advanced, light weight, industrial quality, professional, unmanned systems aircraft longer than any other manufacturer worldwide.

"The Draganfly Guardian is not a mass produced product stamped out of a production line but rather, a hand crafted aircraft built from carbon fiber, injection molded parts, and in addition to the hardware engineering, at Draganfly we also design our own electronics and write our own software as well."

"Used proudly with permission"

Draganfly Innovations Inc. 




We use the DJI Inspire 1 (2019) v2.0 for all Commercial Production & Precision Agriculture (AG) contracts; equipped with either the DJI Zenmuse x5R Micro Four Thirds Sensor (Production) or the Sentera 4K Dual Multispectral (Precision AG) sensors. DJI Aircraft may be found on the  "Advanced RPAS Safety Assurance Certification" list maintained by Transport Canada

The DJI Inspire 1 v2.0 is both a powerful and exceptionally lightweight Airframe, easily manipulated and capable of EXTREMLY challenging capture under the harshest conditions affording both flexible and incredibly stable operations using Ultrasonic AI & Dual Operator Camera/FPV capabilities, making it the safest Aircraft available for Production Photography & Videography work The DJI Inspire 1 is DJIs most advanced package and targeted for use by Professional Cinematographers (PLEASE NOTE: the DJI Inspire 2 is a “Prosumer Model”, NOT a “Professional System”).

"DJI, creating innovative imaging solutions and products for the next generation"

DJI Inc.  





Performing fast, safe, and cost-effective inspections of critical "Internal Facility" infrastructure requires intuitive, reliable, and a consistently "tough" tool. Keeping everyone's workforce out of harm’s way while performing flawless inspections right from the first flight using cutting edge RPAS/Drone data capture capabilities remains our "de facto standard" for all "Close Confinement Inspections".

For that reason, we rely on the DJI Mavic 2 Enterprise Duo (Optical/RGB & Simultaneous Thermal Infrared Imagery) retrofitted with a custom built omnidirectional DroneCage

This is a system unlike any other.

DJI AirSense, enhances airspace safety by allowing instant real-time positioning alerts on nearby manned aircraft.  Improved Flight Autonomy provides omnidirectional obstacle sensing, an advanced sensing system comprised of 8 high resolution vision and 2 infrared sensors placed on the sides of the aircraft result in a powerful set of sensors that determine the relative speed and distance between the aircraft and an object, so we can fly and hover with more stability than ever in a wider range of open and complex environments.  

DJI's new Advanced Pilot Assistance System3 enables the drone to intuitively detect objects on its every move allowing us to easily fly around or over obstacles, particularly in tight spaces. 

DJI Mavic 2 Enterprise Duo




 LiDAR is an acronym for "light detection and ranging." It is sometimes called "laser Scanning" or "3D scanning." The technology uses eye-safe laser beams to create a 3D representation of the surveyed environment. LiDAR is used in many industries, including automotive, trucking, RPAS/Drones, industrial, mapping, and others. 

A typical LiDAR sensor emits pulsed light waves from a laser into the environment. These pulses bounce off surrounding objects and return to the sensor. The sensor uses the time it took for each pulse to return to the sensor to calculate the distance it traveled. Repeating this process millions of times per second creates a real-time 3D map of the environment. An onboard computer can utilize this 3D map of the surrounding environment for navigation. 

We work exclusively with Velodyne LiDAR for their unparalleled accuracy and consistency. Some highlights from Velodyne LiDAR include:

  • 100 m range with compact form factor
  • Proven 905 nm tech, with largest install base
  • Top-of-the-line field-of-view
  • Best-in-class accuracy and calibrated intensity
  • Best-in-class power and temperature range
  • Sensor-to-sensor interference mitigation feature (CRITICAL for "Building Sciences")
  • Enhanced short range detection

Velodyne LiDAR Systems Inc.




Sentera’s industry-leading agriculture drone hardware sensors are designed to capture precise, radiometrically accurate plant-level vegetative indices.

Their sensors are fully customizable, allowing us to leverage visual-band imagery as well as NDVI, NDRE, and Multispectral Data that is meaningful to your operation. The Sentera Double 4K is a small, robust, and fully customizable twin-imager sensor.

Fitting in the footprint of a GoPro® HERO 4, the rugged, high-throughput Double 4K Sensor is designed for use in harsh environments with configuration options that make it ideal for use in agriculture and infrastructure inspection applications.

Both cameras are capable of capturing high-megapixel color stills, near-infrared (NIR), and normalized difference vegetation index (NDVI) data, and 4K video.

The multispectral Double 4K sensor variant offers five spectral bands: blue, green, red, red edge, and NIR. Using patent-pending technology, Sentera’s Multispectral Double 4K sensor helps agronomists, crop consultants, and growers identify issues with their crops earlier and with greater precision.

"Sentera Precision Agriculture Sensors"

Snetera Inc.  





 As fully Licensed and Certified Level 3 ITC Certified Infrared Thermographers we offer Infrared Thermographic Imaging Services for both Remotely Piloted Aircraft Systems (Drones) and Terrestrial ("On Foot") applications. We use the FLIR® Vue Pro-R 19mm 640x51 30hz Radiometirc Thermal Infrared Camera (RPAS/Drones) & the "Flagship" FLIR® T1020 HD Thermal Camera ("On-foot").

We leverage the power to gather accurate, non-contact temperature measurements from an aerial perspective where other Infrared Thermography Services cannot and we rely exclusively on FLIR® Technologies to accomplish this. Every still image & video captured saves accurate, calibrated temperature data embedded in every pixel, adding even more value to our imaging services.

Level 3 ITC Certified Infrared Thermographers, we understand Radiation Science and Infrared Energy Emissivity. 

There can be no compromise in equipment and our Aircraft as well as our "Terrestrial" (Hand-held) Building Sciences Inspection Cameras are fully Radiometric data-gathering. These are FLIR®'s Highest Grade cameras and ideally suited for applications like building, roof, & power grid inspections, infrastructure analysis, precision agriculture, and public safety.

Capturing accurate, non-contact temperature measurements with calibrated temperature data embedded in every pixel is the essence of Thermography and why we operate FLIR® Infrared exclusively.

" FLIR®. The '6th Sense'. Infrared Thermography."

  FLIR® Systems Inc. 




 The FLIR® MR176 Imaging Moisture Meter Plus with IGM™ is an all-in-one tool equipped with a built-in thermal camera that allows us to determine exactly where to measure moisture. Featuring Infrared Guided Measurement (IGM) technology, the MR176 allows us to quickly scan and target moisture issues, visually guiding us to the spot where we can confidently take measurements and analyze readings. An integrated "pinless" sensor and an external pin probe provide the flexibility to take either non-intrusive or contact measurements. Coupled with a field-replaceable temperature and relative humidity sensor, automatically calculated environmental readings, the MR176 delivers added convenience and ease of use, producing the right measurements — faster. 

With this unique tool we are able to visually identify hidden moisture and using the built in 4800-pixel Lepton® thermal imager powers IGM technology, we are also able to see potential moisture areas via the color display. 

This specific unit is also equipped with a laser and cross hair to easily reference the exact location of the potential moisture issue seen in the thermal image and features a Progressive Environmental Stability Indicator which removes response time error when we move through a site to different measurement locations, informing us when the relative humidity readings have reached a steady state. 

Clients will be pleased to learn this unit likewise features Integrated "pinless" moisture measurements for fast detection and does not always require the "external pin probe".

  FLIR® Systems Inc. 




  FLIR® Engius IntelliRock Temperature Loggers can measure and document the temperature profiles and gradients of in-place concrete. 

Using both wired and/or wireless technology, FLIR® Engius IntelliRock Temperature Loggers send real-time concrete temperature and strength information to data logging and mobile application devices via FLIR® IntelliRock III Cloud Software.

With FLIR® Engius IntelliRock Temperature Loggers, concrete temperature and strength can be monitored effortlessly from any location by any member of the team and all measurements from the sensors calculate maturity and strength based on the appropriate ASTM C1074 standard.

FLIR® Engius IntelliRock's Software tools also make temperature analysis and reporting a snap. The loggers are ideal for measuring and documenting temperatures in cold weather, mass pours, curing tanks, and moist rooms. We can easily view real–time concrete strength and temperature data from a computer or mobile device. Sending data directly from IntelliRock™ loggers to cloud software via cellular LTE 4G wireless remotes involves effortless setup and we are experienced and always available to offer our help and ongoing support once your organization has the appropriate sensor infrastructure in place. 

We can set up an instantaneous and intuitively visual system to monitor and track data from the FLIR® Engius IntelliRock Temperature Loggers via differential email alerts, custom reports sent autonomously as needed, visualization of calibration curves, all while monitoring the temperature profile of multiple loggers, and comparing surface and internal temperature information by analyzing thermal images. 

   FLIR® Systems Inc.





Few hardware technologies are available even in today's drone marketplace that will provide truly quantitative anticipation of equipment failures before they happen and allow companies to take control. This is the only one of its kind and it remains amongst the most highly sophisticated and specialized tools we employ; the Fluke 810 Vibration Tester.

This allows us to troubleshoot problematic equipment of all types and environments and understand the root cause of failure before and after planned maintenance, as well as confirm what type of repair needs to be made (it is THAT sophisticated). We have found this tool indispensable when it comes to supporting commission/purchase of new equipment, ensuring proper installation, providing quantifiable proof of equipment condition and it accurately supports "needed" investment in repair or replacement, prioritizing and planning repair activities to assist with overall operational efficiency

Some highlights from Fluke include: 

  • On-board identification and location of the most common mechanical faults (bearings, misalignment, unbalance, looseness) focus maintenance efforts on root cause, reducing unplanned downtime
  • Overall vibration level allows you to quickly assess overall machine health directly from the diagnosis screen
  • Fault severity scale with four severity levels helps you prioritize maintenance work
  • Repair recommendations advise technicians on corrective action
  • Detailed diagnostic reports and spectral diagrams help confirm data quality, and narrow down the root cause of failures
  • On-board context sensitive help provides real-time tips and guidance to new users
  • Flexible machine speed configurations gives the ability to test a broad range of assets including belt drives, gear boxes, and bevel gears
  • 2 GB expandable on-board memory provides enough space for your machinery’s data
  • Self-test function ensures optimal performance and more time on the job
  • Laser tachometer for accurate machine running speed promotes confident diagnoses
  • Tri-axial accelerometer reduces measurement time by 2/3 over single axis accelerometers
  • Viewer PC Software expands data storage and tracking capacity

Fluke Corporation




The Leica Geosystems BLK2GO handheld imaging laser scanner is able to recreate any space in 3D as the technician moves. It captures images and dimensionally accurate point clouds in real-time and uses SLAM (Simultaneous Location And Mapping) technology to record trajectory through space. SLAM spatial awareness technology allows the BLK2GO to know where it is and where it has been in space   using a combination high-speed dual axis LiDAR, multi camera vision system, and an inertial measurement unit that makes the BLK2GO self-navigating. 

Unlike traditional Laser Scanners, the BLK2GO does not require a "Tripod" to mount nor a fixed position to accurately capture location and features the smallest dual axis LiDAR available with best-in-class accuracy, enclosed in a fully protected and encapsulated dome that scans up to 700,000 points per second with an integrated vision system is and a 12 megapixel detail camera for brilliant high-contrast imagery, plus three panoramic cameras for visual navigation via SLAM, point cloud colorization, and capture of panoramic imagery. 

Our unit seamlessly integrates with our Autodesk Software Products and we capture direct into Autodesk Recap Pro to easily transition from Point Cloud LiDAR Photogrammetry to Autodesk Revit Models for all Building Sciences & Technical Engineering Supports (BIM inclusive).

Watch a Product Demo



Leica Geo-systems BLK2GO Official Website




For the past three decades, the manufacturers at UE Systems have been working on a super detection system that combines state-of-the-art hardware technologies with each and every known plant inspection requirement for Airbone/Structureborne Ultrasound Applications – in order to create an entire ultrasonic condition monitoring laboratory – to fit in the palm of the Inspector's hand.

The Ultraprobe® 15000 Touch is that instrument and our go to for all our Airbone/Structureborne Ultrasound Inspection applications. It features:

  • Touch Screen Technology
  • Plan/Review Routes, Images and Sounds On-board
  • Multiple Data Screens: dB/Temperature/ Spectral Analysis
  • Take Temperature with Infrared Thermometer
  • Adjust Emissivity
  • Analyze Conditions with On-board Spectral Analyzer
  • Photograph Test Points with On-board Camera
  • Pinpoint Locations with Laser Pointer
  • Review Alarm Groups & Generate Reports
  • Store Data, Sounds, and Images
  • Review Historical Record Data
  • Use for ALL Plant Applications

UE Systems: