Commercial drones are transforming nearly every industry with data-driven
insights. These small autonomous aircrafts can fly around construction
sites, over forests and scale cell towers. With high-resolution
photogrammetry, sensor data capture and mapping capabilities, entirely
new industrial applications using drones are possible.
Predicted to hit
$17 billion by 2024, the commercial drone market is already proven with uses that increase
public safety and business and government efficiencies. Drone-generated data
helps mining companies model inventory and measure movement of materials.
Police departments use them to monitor crowds. Farmers use drones to examine
crop conditions for disease and yield. Insurance companies assess storm damage
on homes and buildings. Engineers use them to inspect bridges and wind
turbines.
As the commercial drone market takes off, we’ll see regulatory
requirements evolve and adapt.
Much like safe, connected and autonomous cars, drones will be required to have
higher reliability, functional safety and security. Furthermore, seamless
communications and secure authentication will be critical.
Already today, components designed for autonomous and ADAS car systems can
be used in commercial drones.
NXP’s drone and rover solutions portfolio includes just that and more
— automotive and industrial microcontrollers, processors, power
management, security and authentication, networking, sensors interface and RF
power components. We have what’s needed to power UAVs safely, securely
and reliably.
“Open source,” “safe” and
“secure” all top the list of drone requirements, according to
developers at InterDrone last week where it was announced that NXP was a new
Dronecode member. NXP will bring its safe, secure automotive grade
components for drones to the ecosystem, including a Flight Management Unit
that runs the PX4 flightstack. Pictured above, our relentless researchers
are testing
IEEE 802.11p-based V2X communications technologies
on drones.
Dronecode: Leverage the power of the crowd Why start
from scratch and build apps that have already been built? To help commercial
drone developers tap into the market opportunity and achieve faster
development cycles,
NXP became a gold member of Linux based Dronecode, the leading open source platform for UAVs.
With Dronecode, developers leverage the “power of the crowd.”
With so many eyes on the code base, it’s reliable and secure. And with
an active community, bugs are fully transparent, understood and resolved. You
have freedom to customize to your specific needs, without locked-in
limitations of proprietary software. And, best of all, Dronecode is very
business friendly with its BSD license.
Code re-use and code transfer cuts coding time Now,
with Dronecode, code re-use and code transfer to completely different apps is
possible. For example, if you develop (or someone else developed) a battery
management system for a rover — or maybe it was used on a power tool,
or even a scooter — that same code can be re-used on a commercial
drone.
Extend development to fully managed commercial distribution with
Auterion To meet demanding commercial requirements, Auterion provides fully managed
commercially tested, certified and long-term distribution of PX4, which uses
the same Dronecode base. They also provide tools for analytics and managed
devices ensure safe fleet operations.
Airmap Integrated via QGroundControl Airmap is now
pre-integrated with QGroundControl, a Dronecode groundstation planning
software that’s compatible with our software stacks. Now developers can
tap into mission-critical UAS Traffic Management (UTM) services. Advisories,
pilot authentication, flight planning, compliance briefings, real-time traffic
alerts and an alpha release of airspace maps can be accessed efficiently and
securely. For example, connected drones can share live flight positions via
AirMap for real-time feedback.
Why are auto-grade components important for commercial drones? It’s clear that commercial operations will be running beyond visual
line of sight (BVLOS), which requires functional safety and secure
authentication solutions. This is where automotive components become a game
changer.
Experts from Auterion, Dronecode and more, weigh in.
NXP’s automotive and industrial technologies power cars today and drive
autonomous vehicles of the future – and those same technologies are
used for industrial drones, rovers and other small autonomous vehicles. Now,
with Dronecode, you get the power of the crowd with code re-use and code
transfer to other applications. Start with us now, and build with us in the
future.
Mobile Robotics, Drones and Rovers, Program Lead, System Innovations at NXP Semiconductor
Iain Galloway, P.Eng., holds an Electrical Engineering Degree from University of New Brunswick, Canada, and has more than 25 years of hands on experience as an electronics embedded designer and field support engineer. You can connect with Iain on Twitter at @iafgalloway.