[2018] The Future of Commercial Drone Mapping, Part 2

The drone mapping sector is renowned for its rapid pace of advancement. While simply integrating drones into businesses was once groundbreaking, today's focus is on maximizing efficiency and cutting costs by leveraging drone-generated data. As industries seek tailored solutions, the question arises: What does the future hold for drone mapping? In this article, we'll delve into the top four emerging trends in commercial drone mapping and explore what to anticipate in the near future. Whether you're evaluating drone mapping solutions or looking to stay ahead of the curve, understanding these developments can prove invaluable. --- One of the most anticipated changes involves lifting existing drone restrictions. August marks two years since the FAA introduced Federal Aviation Regulation (FAR) Part 107, allowing commercial drone operations under 55 pounds with proper certification. While this regulation simplified drone use, it still imposes significant limitations—such as no flights beyond visual line of sight, at night, or over people unless waivers are granted. Recently, however, the White House indicated that these restrictions might soon ease, particularly in response to urgent needs during natural disasters. For sectors like transportation and construction, this shift could revolutionize operations by enabling drones to play a critical role without requiring special permissions. Still, implementation will likely take time, as safety considerations, like developing a UAS Traffic Management system, must precede broader changes. --- On the subject of safety, managing drone traffic in low-altitude airspace is becoming increasingly crucial. NASA and the FAA are collaborating on a UAS Traffic Management (UTM) framework to ensure drones operate safely alongside other aerial activities. The envisioned UTM system mirrors traditional air traffic control, adapting its best practices for unmanned aircraft. Two versions of UTM are in development: a "Portable UTM System," designed for dynamic situations like agricultural and disaster response, and a "Persistent UTM System," tailored for fixed geographic areas. Initial testing in rural areas has been promising, and upcoming trials in moderately populated regions could pave the way for broader adoption. While this innovation promises immense potential, it also raises concerns about privacy and airspace congestion. --- Another exciting frontier in drone mapping is thermal imaging. By detecting infrared radiation, drones equipped with thermal cameras can identify issues like overheating components, water leaks, or crop stress beneath the surface. This technology is particularly valuable for rescue missions, where drones can locate survivors through dense smoke or darkness. The agricultural industry is also embracing thermal drones to monitor irrigation systems and optimize crop health. As this technology evolves, its ability to address diverse challenges will undoubtedly expand, offering even more opportunities to enhance productivity and safety across industries. --- Artificial Intelligence (AI) is another transformative force reshaping drone mapping. AI-powered systems can analyze flight data to autonomously plan optimal routes, reducing reliance on manual input. Over time, AI will refine processes like construction project planning, making workflows smoother and more efficient. This integration represents just the beginning—AI will continue to push boundaries as regulatory frameworks adapt. As a bonus trend, the convergence of Internet of Things (IoT) devices and drone mapping is gaining traction. IoT sensors embedded in equipment, vehicles, and personnel provide real-time data, which drones can then overlay with mapping information. This combination offers unprecedented transparency into construction progress, highlighting potential delays or inefficiencies before they escalate. --- In conclusion, the innovations propelling drone mapping forward are already here—they just need time to mature. Adoption, standardization, and regulation will follow, ensuring these technologies become mainstream. While the industry is evolving rapidly, widespread acceptance takes patience. Consequently, the current state of drone mapping serves as both a snapshot of the present and a glimpse into the future. It will be fascinating to witness how these tools continue to evolve and simplify work across various fields. Stay tuned for further updates! To revisit the previous article in this series, click [here](#). ![Drone Mapping Trends](http://bsg-i.nbxc.com/blog/002182765d75fc4fe561153349ff876b.png) --- This content reflects the ongoing evolution of drone mapping and highlights the exciting possibilities on the horizon. As always, the true value lies in staying informed and prepared for what’s next.

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