In this season finale of the Clemson Drone Podcast, Dr. Joe Burgett walks listeners through the structured 10-step approach used at Clemson University to ensure successful Unmanned Aircraft System (UAS) missions. Unlike previous episodes featuring guest experts, this episode is a solo deep-dive focused on practical guidance for mission planning, risk management, and data delivery.

Joe breaks down each phase of a drone mission—from pre-flight preparation like mission request intake and feasibility assessment, to in-the-field execution including job safety assessments and live adjustments, to post-flight checklists and documentation. With anecdotes, tool suggestions, and safety protocols, this episode is packed with essential knowledge for anyone operating in professional drone environments.

Key topics discussed include mission planning, risk mitigation, checklists, FAA compliance, crew communication, data validation, and equipment maintenance. Whether you’re a seasoned UAS operator or new to the field, this episode provides a detailed blueprint to help ensure each drone mission is conducted safely, effectively, and with professional-grade outcomes.

Clemson Drone 10 Steps:

Step 1) Receive a mission request from the Operations Manager. Make sure you have a clear understanding of the mission objectives.

Step 2) Conduct Project Feasibility, Safety and Risk Assessment. For students, this is a formal process of analyzing risk. You will create a written plan and present it to the Operations Manager. It will include, at a minimum, the time of the mission, checking airspace, weather forecasts, equipment needed, a summary of the mission, identifying all significant risks, generating a FRAT score, a mission created in Aloft.ai and an annotated satellite image of the mission site.

Step 3) Review pre-mission B.U.R.G. Manual checklists. It is best practice to review the “Week Prior to Mission,” “Day Prior to Mission,” and “Morning of Mission” checklists found in the B.U.R.G. manual as appropriate. Before leaving for the mission, 1) check airspace, 2) check the weather, 3) pack the drone bag, 4) pack the UAS Flight Book, and 5) verify that the drone and controller are charged.

Step 4) Conduct a Job Safety Assessment (JSA). Part of this process will be completed with the previous steps. However, your JSA can only be completed at the mission site so you can see the actual hazards in real-time.

Step 5) Complete pre-flight checklists. A blank pre-flight checklist was found in the UAS Flight Book. A pre-mission safety meeting as part of the JSA is required

Step 6) Conduct flight.

Step 7) Review data. Review data collected to ensure it accomplishes mission objectives.

Step 8) Complete the flight log. Blank flight logs are found in the UAS Flight Book.

Step 9) Conduct an after-action-review (AAR). Have a brief meeting with the crew to identify what went well and what you would have done differently with the mission.

Step 10) Complete post-flight procedures. Wipe down equipment and return it to campus. Download and store data. Charge batteries to between 40% and 80%. Return all equipment to the Operations Manager.

Resources discussed in this episode:

• SkyVector (sectional chart tool)
• Aloft (LAANC authorization)
• Bug-Out Bag Blog
• Drone Logbooks

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Contact Dr Joe Burgett | Clemson Drone:

• ClemsonDrone.com
• Facebook: Clemson Drone
• LinkedIn: Clemson Drone
• Instagram: Clemson Drone Course
  
  

In this episode of the Clemson Drone Podcast, host Dr. Joe Burgett dives deep into the world of NDAA-compliant drones with guest Cole Martz, Unmanned Systems Specialist at Frontier Precision. With major changes at the federal level impacting the use of foreign-manufactured drones, Cole helps demystify what NDAA compliance really means and what drone solutions are currently available for public agencies, enterprise users, and drone entrepreneurs.

The conversation covers practical considerations when selecting NDAA-compliant drones, including sensor specs, interoperability, GNSS geo-tagging, and software compatibility for photogrammetry and LiDAR missions. Cole breaks down key drone platforms, including their ideal use cases, pricing, pros/cons, and hardware flexibility. The episode also explores fixed-wing and hybrid solutions, mission planning software like SPH Engineering’s UGCS, and Cole’s top piece of advice for program managers.

Whether you’re replacing a Mavic 3, starting a public safety drone program, or looking to scale to BVLOS (beyond visual line of sight) operations with fixed-wing craft, this episode is packed with actionable insights and hard-earned field experience.

About Cole Martz & Frontier Precision

Frontier Precision is an employee-owned company with over 37 years of experience serving survey, mapping, engineering, construction, GIS, drones/UAS/unmanned, forensics, law enforcement, forestry, water resources, agriculture, mosquito & vector control, and natural resources professionals throughout the United States.

From one office in Bismarck, North Dakota in 1988, we’ve grown to over 100+ employees in over 23 states, and we’re constantly growing and expanding to serve more customers in more areas. Since our founding, we’ve expanded our footprint to South Dakota, Minnesota, Colorado, Alaska, Montana, Idaho, Hawaii, Oregon, Washington, and Florida (Mosquito/GIS). Additionally, Frontier provides service in the states of Wyoming and Utah, along with our Frontier Precision Unmanned specific offices in Oregon, Indiana, North Carolina, Florida, Alabama, Texas, Arizona, Georgia, Massachusetts, California, Missouri, New Mexico, and Utah.

We pride ourselves on offering unmatched customer service with industry experts who always find a solution to fit your needs. Frontier Precision provides professional consulting services in the fields of engineering, land use planning, surveying, and environmental sciences. Frontier Precision is committed to service and support, with Trimble Certified Service Centers in Bismarck-ND, Minneapolis-MN, Denver-CO, Anchorage-AK, Honolulu-HI, Portland-OR, Seattle-WA, and Boise-ID. We also help you get the most out of your equipment, through Trimble Certified Training Classes.

With Frontier Precision, you’re always assured of receiving the most innovative solutions along with the advice of expert professionals.

Resources discussed in this episode:

• SPH Engineering / UGCS Mission Planning Software
• Quantum Systems
• Censys Technologies
• Skyfront Perimeter 8
  
  

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Contact Dr Joe Burgett | Clemson Drone:

• ClemsonDrone.com
• Facebook: Clemson Drone
• LinkedIn: Clemson Drone
• Instagram: Clemson Drone Course
  
  

Contact Cole Martz:

• Website
• Instagram: Frontier Precision Unmanned
• X/Twitter: Frontier Precision Unmanned
• Facebook: Frontier Precision Unmanned
• Linkedin: Frontier Precision Unmanned
• YouTube: Frontier Precision Unmanned
  
  

In this episode of the Clemson Drone Podcast, host Joe Burgett sits down with Chad Tavernia, a retired New York State Police investigator who has transformed his passion for helping others into a high-tech pet recovery business. As the founder of North Country Drone Search and Recovery, Chad uses thermal imaging drones to locate lost pets—an emotionally powerful service that has earned him a 40% success rate and a growing reputation in his community. Starting with a Phantom 4 Pro back in 2015 and now flying advanced drones like the DJI Matrice 30 T and Mavic 3T, Chad has built his business from the ground up with little more than skill, persistence, and a dedicated Facebook page.

Chad shares how a one-time favor to a friend turned into a mission-driven venture that now sees him searching for missing pets across New York State—sometimes in bitter winter weather. With typical searches lasting about five hours and priced between $300 and $600, Chad’s work is more than a service—it’s a lifeline for distraught pet owners. Joe and Chad also explore the business logistics, the role of social media in growth, and the critical mindset needed to turn drone tech into a meaningful entrepreneurial journey.

About Chad Tavernia

Chad Tavernia is the founder of North Country Drone Search & Recovery, based in Malone, New York. A retired New York State Police investigator with over two decades of service, Chad now uses his expertise in search-and-rescue and investigative tactics to locate lost pets using thermal-equipped drones. Since launching his operation in 2024, he has helped recover dozens of missing animals across the Adirondack region, often in rugged terrain and extreme weather. Chad is FAA Part 107 certified and blends advanced drone technology with a methodical, safety-first approach drawn from his public safety background.

Resources

• Phantom 4 Pro
• DJI Matrice 30 T
• Mavic 3T

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Contact Dr Joe Burgett | Clemson Drone:

• ClemsonDrone.com
• Facebook: Clemson Drone
• LinkedIn: Clemson Drone
• Instagram: Clemson Drone Course
  
  

Contact Chad Tavernia | North Country Drone Search & Recovery:

• Facebook: North Country Drone Search & Recovery