Ever wondered how drones are transforming the way we inspect bridges?
In this episode of Your Drone Questions Answered, host Chris Breedlove sits down with Dr. Joe Burgett from Clemson University to explore the role of drone technology in bridge inspection.

What You'll Learn:

✅ Why bridge inspections are federally mandated and critical for public safety
✅ The difference between routine inspections and detailed inspections 
✅ How drones eliminate the need for dangerous "Snooper trucks" and keep inspectors safe 
✅ Two different approaches: expensive enterprise drones vs. multiple affordable units 
✅ Real challenges of flying under bridges (GPS loss, wind, wildlife, fishing lines!) 
✅ The future of digital twins for comprehensive bridge documentation 
✅ How South Carolina DOT trained their entire bridge inspection team

Connect with Joe:

Joe's Bio: https://www.clemson.edu/caac/about/facultybio.html?id=1805

SCiDUC: https://www.sciduc.org/

Join host Chris Breedlove as he explores how drones are revolutionizing coastal environmental monitoring in Maine with Will Kochitzky, Assistant Professor at the University of New England.

Key Topics Covered:

• Centimeter-scale mapping accuracy for coastal change detection
• Pre and post-storm documentation for FEMA applications
• Maine's proactive sea level rise legislation (1.5 feet by 2050, 3.9 feet by 2100)
• Equipment recommendations: DJI Mavic 3 Enterprise with RTK for photogrammetry
• Inspired Flight 1200A with YellowScan Mapper for LiDAR applications
• Seasonal monitoring strategies to capture winter storm impacts
• The importance of relative vs. absolute accuracy in environmental monitoring

Episode Links:
https://www.une.edu/people/will-kochtitzky

https://iceandclimate.org/media/

https://www.une.edu/magazine/2024-edition/mapping-and-revitalizing-maines-coastline

Two major drone executive orders signed June 6th - here's what drone pilots need to know!

Chris Breedlove & David Young break down "Restoring American Airspace Sovereignty" and "Unleashing American Drone Dominance" - including the big BVLOS timeline that could change everything.

KEY POINTS:

• BVLOS operations: 30 days for proposed rules, 240 days final
• Stricter enforcement on unlicensed operators
• Supply chain security vs Chinese drones
• Should you still buy DJI equipment?
• New support for American manufacturers

Check these links for more information:
1. https://www.whitehouse.gov/presidential-actions/2025/06/restoring-american-airspace-sovereignty/

2. https://www.whitehouse.gov/presidential-actions/2025/06/unleashing-american-drone-dominance/

The US drone industry is facing its biggest challenge yet. Shipping delays have tripled, orders are becoming $90K gambles, and some overseas suppliers have stopped shipping to America entirely. If you're an FPV pilot, drone racer, or run educational drone programs, this affects YOU directly.

🔥 WHAT'S COVERED IN THIS EPISODE:

Why your drone orders are taking 3-4 weeks instead of 1 week
The "tariff gamble" - how a $30K order can become $90K overnight
Which drone components are most at risk (spoiler: it's not what you think)
What to stockpile NOW before shortages hit hard
The 3 critical components every FPV pilot should buy immediately
Why US drone manufacturing is decades behind (and how that's changing)
Real examples of companies losing money on warranty claims
Which components will NEVER be made in America (and why)

Welcome to another episode of Your Drone Questions Answered! In this episode, we dive deep into the world of Beyond Visual Line of Sight (BVLOS) operations with Kyle Miller, Director of Sales at Censys Technologies.

Key Topics Covered:

• Definition and practical applications of BVLOS operations
• Census Technologies' approach to long-range drone missions
• Common mistakes in waiver applications and how to avoid them
• The role of detect-and-avoid technology in BVLOS operations
• Shielded operations and infrastructure-based risk mitigation
• Future of Part 108 regulations and what it means for the industry

Connect With Censys Technologies:

📧 Kyle Miller: [email protected]
📧 General Info: [email protected] 
🌐 Website: https://censystech.com/ 

https://censystech.com/home-censys/107-wavier-service-faa/

https://www.faa.gov/uas/commercial_operators/part_107_waivers

In this episode of Your Drone Questions. Answered, host Chris Breedlove sits down with Matt Nanney from AECOM to explore real-world examples of complex drone operations and how to effectively manage their unique challenges.

Matt shares valuable insights from his 16+ years of experience, covering a wide range of advanced drone missions—from post-hurricane damage assessments and rare species habitat mapping to large-scale corridor projects and BVLOS (Beyond Visual Line of Sight) operations. Learn how his team tackles regulatory hurdles, coordinates with multiple agencies, and overcomes obstacles in tough environments like dense forests, disaster zones, and nighttime conditions.

Whether you're interested in environmental surveys, infrastructure inspections, or long-range mapping missions, this episode is packed with practical advice on planning, safety, and creative problem-solving in complex drone workflows.

👉 Have a drone question you want answered? Submit it at YDQA.io or email [email protected].

In this episode of Your Drone Questions. Answered, Chris from Drone Launch Academy breaks down the key PC specifications you should consider for handling data-intensive photogrammetry and LiDAR processing tasks.

Whether you’re using software like Pix4D, DJI Terra, Trimble Business Center, or LP360, this video highlights the general hardware requirements most of these programs share—including:
RAM recommendations (32GB minimum, 64GB+ ideal for heavy workloads)
CPU considerations (newer Intel i7/i9 or equivalent)
GPU guidance (NVIDIA preferred for many platforms, but not always required)
Desktop vs. laptop performance
Windows vs. macOS compatibility
When cloud processing might be a better choice

Chris also explains why chasing specs can sometimes lead to overspending—and what actually matters when you're setting up or upgrading your workstation.
Topics covered:
Minimum vs. ideal system requirements
Common pitfalls in hardware selection
Cloud processing options like DroneDeploy and Pix4D Cloud
How to avoid bottlenecks when building your setup

🎯 If you're serious about drone mapping, don’t waste time with underpowered hardware. Watch this before buying your next machine.

Got a question you'd like answered on the show? Visit ydqa.io or email [email protected].
____
Software programs recommendations:
-https://support.dji.com/help/content?customId=en-us03400004965&spaceId=34&re=ID&lang=en&documentType=artical&paperDocType=paper 
-https://support.pix4d.com/hc/en-us/articles/360032612791
-https://support.lp360.com/hc/en-us/articles/34736741165843-System-Requirements
-https://help.fieldsystems.trimble.com/tbc/system-requirements.htm

In this episode of "Your Drone Questions. Answered," host Chris Breedlove welcomes Eric Harkins from Back Forty Aerial Solutions to discuss best practices for target placement in both LiDAR and photogrammetric drone mapping missions.

Eric shares his extensive experience in aerial mapping and provides valuable insights on:

• The difference between ground control points (GCPs) and check shots
• Strategic placement of targets based on project size and terrain
• Target size considerations based on flight altitude
• Material selection for different project needs and conditions
• Dealing with lighting conditions in photogrammetry
• Target shapes and why certain designs are more effective
• Using existing features vs. custom targets
• Coordinating with field crews for consistent results
• Tips for working with previously set control points

Whether you're new to drone mapping or looking to improve your workflow, this episode offers practical advice to enhance the accuracy and efficiency of your aerial surveying projects.

For more information or to contact Eric:

• Email: [email protected]
• Phone: 803-727-5551
• https://www.backfortydrones.com/
• https://www.backfortydrones.com/post/understanding-the-importance-of-ground-control-points-gcp-in-drone-lidar-mapping

Have a drone question? Email [email protected] or visit ydqa.io to submit your questions for future episodes!

In this episode of "Your Drone Questions Answered," host Chris Breedlove interviews Shawn Barry from Oak Island about how drones are transforming ocean rescue operations. As Oak Island's full-time drone operator for public safety, Shawn shares groundbreaking insights on:

• How drones deploy personal flotation devices (PFDs) to distressed swimmers in HALF the time of traditional rescue methods
• Real-world success stories, including 17 ocean rescues and 7 PFD deployments in 2024 alone
• The innovative use of drones to locate missing persons, assist with emergency medical supplies, and provide critical situational awareness
• How Oak Island's unique geography and leadership have positioned them as pioneers in drone rescue technology

Shawn explains how their M30T drone platform with specialized attachments has revolutionized their ability to respond to emergencies, from dropping auto-inflating PFDs to distressed swimmers to delivering AEDs to cardiac incidents on crowded beaches. Learn about their innovative rip current warning system and how community education has reduced rescue incidents.

LEDA Group: https://www.ledauas.org/ 

In this episode of "Your Drone Questions. Answered," we tackle the question: What are the different RTK correction methods for drone mapping missions, and when should you use each one?

We explore the differences between Real-Time Kinematic (RTK) and Post-Process Kinematic (PPK) workflows, breaking down how these technologies improve GNSS accuracy for professional drone mapping. 

In this video, you'll learn:

-The fundamental differences between RTK and PPK
-Network-based vs. local base station correction methods
-How to handle mapping in remote areas with poor connectivity
-Why ground control points remain essential even with RTK drones
-The importance of maintaining workflow flexibility in the field
-How modern GNSS receivers can perform multiple functions simultaneously

Whether you're operating in areas with reliable cell service or mapping in the middle of nowhere, this episode provides practical guidance for choosing the right correction method for your specific situation.