Chairman and CEO
Cameron has been a technology entrepreneur for more than 30 years and has spent his career growing a diverse collection of high-potential ideas into revolutionary companies that have changed
When an off-the-shelf drone or robotic solution doesn’t meet your requirements, design and build your own custom hardware and software solutions with the engineering expertise of the world’s most respected UAV manufacturer.
Draganfly is a contract engineering partner for government agencies, enterprise organizations, academic institutions, and businesses of all sizes. Our team’s truest capabilities are actualized during the engineering process as hardware designers, software designers, engineers, project managers, and vertical-specific experts come together to build custom drone solutions for our partners. Our end-to-end engineering services include:
Hardware design: Component, product, and system design
Software design: Custom software and interface design
Development: Including integration with 3rd party platforms, PX4, Ardupilot, DJI and more
Modeling: 3D design and modeling of mechanical components
ITAR equipment management: Approved handling and integration of ITAR, and Controlled Goods technologies
Support: Testing, training, documentation, and repairs
Whether we created the original design or not, we can build a prototype to make your vision a reality. We specialize in low volume, handmade hardware with a strong attention to detail. All you need is to provide us high-level specs of your components and we’ll craft a turnkey solution for your specific use case.
We have the capabilities to source, supply, or fabricate any material necessary for your project. Our in-house equipment includes a CNC mill, CNC router, lathe, FDM 3D printers, vacuum forming machine, temperature calibration chamber, gyro rate table, and more to provide electronics, machining, and PCB assembly services.
We are skilled in working with the following materials:
Our team of engineers pioneered the Drone space more than two decades ago. No matter the challenge, we can craft a custom solution for your business.
A core strength of our R&D team, electronics design brings together our combined experience designing microcontroller-based circuitry for aerospace, industrial, and remotely piloted vehicles. We’re familiar with the most advanced electronics technologies, including: data acquisition, telemetry, radio remote control, radio communications, flight controllers, motor control, sensor integration, battery monitoring, and power supply design.
Printed circuit board design brings together electronics design and physical hardware – an intersection we excel at. We use the most advanced technologies while keeping miniaturization in mind, empowering your drone to be highly effective while minimizing its physical weight and size.
When an off-the-shelf solution doesn’t adequately meet your specific needs, our Integration Services can help fill the gap left by mass produced technology. Our team of expert technicians can take existing hardware, such as cameras and airframes, and enable interoperability with an existing enterprise ecosystem or operational workflow.
Bring us your sensor, your drone regardless of make or model, or just your specific need, and we can engineer a solution for you.
When terrestrial cameras or sensors won’t meet your specific use case, our bespoke solutions will help you efficiently capture the data you need from the air.
As a key component to Custom Engineering, our solutions include:
Design solutions: Inclusive of hardware, design and fabrication
Mechanical solutions: Modeling and electrical wiring of mechanical components
Our team starts the airframe design process by first understanding the physical requirements of your project, and designs a mechanical model that empowers your system to operate. This process includes design, prototyping, and fabrication, making Draganfly an ideal end-to-end mechanical design partner. We are skilled in manufacturing in the following methods:
Our experience controlling and flying UAVs informs our user interface design approach, which puts you and your data needs at the forefront. We’re language and system agnostic, and select the right combination of tools and operating systems to meet your unique requirements. Some of the languages, tools, and modalities we’re familiar with include:
Software architectures: Real-time systems, client/server systems
Software development: Assembler, C, C++, C#, Python, QT
Cross-platform mobile app development: Xamarin
Video streaming technologies: MPEG-2, MPEG-4, M-JPEG, Smooth Streaming
Communication protocols: TCP/IP, HTTP, RTSP, UPnP, Bluetooth, MAVLink, Modbus
Digital electronics: Microcontrollers, Microprocessors, Arm based microcontrollers
Operating systems: Windows, Linux, NuttX, ChibiOS, FreeRTOS, Android
Simulation software: MATLAB, Spice (analog electronics)
We’re skilled in bringing together multiple components and modules from 3rd party OEMs to create an integrated solution that harmonizes with your existing ecosystem. Our process starts with the end in mind; we begin with your data requirements and design a solution that will meet your unique business needs.
Flight testing a new design or concept can be stressful and challenging, but our experienced pilots know how to handle any situation and know what to look for during flight testing. We have been test flying one-off designs and concepts for more than 20 years. We can structure flight test protocols and provide critical evaluation and analysis services to help accelerate your testing phase.
University of Saskatchewan
We partnered with the University of Saskatchewan Plant Sciences team to maximize their agriculture phenotype research. Their team needed more sophisticated sensors with advanced image and spectral resolution. We leveraged the DJI M600Pro platform and customized it with a suite of third-party sensors from MicaSense, Sony, Corning, and other camera manufacturers. Our custom high-performance system also equipped the Plant Sciences team with a custom interface that generates real-time log files of the flight data, GPS, and camera shutter.