Drone Training for Fire Departments: What Part 107 Doesn't Teach You on the Fire Ground
In This Episode
Your fire department got the drone. Your pilots passed the Part 107 exam. Leadership put out the press release. But when the 2 AM structure fire call drops — does your team know what to do with it?
In Episode 007, we expose the most common and most dangerous misconception in fire department drone programs — that legal certification equals operational readiness on the fire ground. It doesn't. And this episode, built on the real-world training philosophy of 35-year LAFD veteran Derrick Ward, explains exactly why — and what to do about it.
What you'll learn:
Why the stress of a live fire scene physically changes what a pilot can do with a controller
The thermal camera mistakes that can send firefighters into a collapsing roof
How voltage sag can make a drone try to land itself into active flames
The Red Raven approach to scenario-based training built by LAFD veteran Derrick Ward
The DFR (Drone as First Responder) progression model and what it takes to get there
Links & resources:
Red Raven UAS On-Site Training: https://www.redravenuas.com/training
Red Raven UAS Consulting & Program Development: https://www.redravenuas.com/consulting
Blog companion — Drones in Firefighting: https://www.redravenuas.com/blog/drones-revolutionizing-firefighting
Build a Public Safety Drone Program — Full Guide: https://www.redravenuas.com/blog/build-public-safety-drone-program-guide
Drone as First Responder (DFR) — Podcast Episode: https://www.redravenuas.com/podcast/drone-as-first-responder
FAA Part 107 Course (special pricing): https://www.redravenuas.com/part107
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Welcome & Introduction — 0:00
Welcome to the Red Raven UAS podcast. We're here to help you navigate the pretty complex world of unmanned aerial systems. At Red Raven, we work with public safety, utilities, and enterprise teams, and our focus is really on one thing — helping you launch and grow a drone program that's safe, compliant, and actually ready for your mission. We do the consulting, the strategy, and the hands-on training that turns an idea into a real operational tool. You can find all our training philosophies and resources over at redravenuas.com.
The 2 AM Scenario — 0:32
Today we are taking a deep dive into something that is a pretty massive challenge in public safety right now. It's a huge issue — and it's one that a lot of departments quietly struggle with, but almost never talk about publicly.
To really get into it, picture a very specific high-stakes scenario. It's 2 o'clock in the morning. Your fire department finally got the budget for their first drone. It's state of the art. The shiny new toy. The pilots passed their exams. Leadership put out a glowing press release. There's a beautifully lit photo of the drone on the bumper of the engine on Facebook. They're officially a modern drone program.
But now it's 2 AM, and the first real emergency call drops. And things just kind of quietly fall apart. The pilot gets it in the air, but they freeze up on the thermal reading. The incident commander is standing there, looking over their shoulder, getting frustrated, and eventually just waves it off. The drone lands, the footage is totally useless, and nobody really knows what went wrong.
And that is exactly what we're unpacking today: why there is such a dangerous gap between being legally certified to fly a drone and actually being ready for the fire ground.
The Gap Between Certified and Ready — 1:39
Looking at the operational doctrines from Red Raven UAS, you realize this doesn't happen because the pilots are lacking dedication. Or because the equipment is bad — these drones are technological marvels. The breakdown really happens because departments fall into this trap of believing that legal compliance is the same thing as operational capability. They get the certificate and just assume they're ready for the chaos.
Think about the medical field. Passing your initial exams and getting your EMT certificate makes you technically an EMT. But that piece of paper absolutely does not mean you are ready to run a code in a crowded trauma center with alarms going off and doctors shouting orders. That is the perfect analogy. The certificate just gets you in the door. It's the floor, not the ceiling.
What Part 107 Actually Tests — And Doesn't — 2:43
In aviation, that floor is the FAA Part 107 Remote Pilot Certificate. It's a strict legal requirement. But what does it actually test? It's a multiple choice exam that focuses heavily on general aeronautical knowledge. You learn to decode METARs and TAFs — those massive strings of alphanumeric weather data that honestly look like a computer glitch. You learn airspace rules so you don't fly your drone into the path of a Cessna, which is very important.
But Part 107 does not test if a pilot can fly a drone over an active structure fire in heavy smoke. It doesn't teach you how to hand an incident commander actionable, life-saving intelligence. It just teaches you how to share the sky safely.
So a department realizes they have the legal box checked, but they know they don't have the practical skills. They try to bridge the gap with generic training — online courses, a quick afternoon demo from the manufacturer, or a weekend boot camp at the local park. The physics of flying don't magically change because there's smoke in the air, so why can't they just use those skills at a fire scene?
The Physiology Problem — Stress, Adrenaline, and Fine Motor Control — 4:22
The aircraft behaves the same. But the physiological state of the pilot changes completely. When you're in an empty park on a sunny Tuesday, your heart rate is resting. You have full access to your fine motor skills. Now put that same pilot on a fire ground at 2 in the morning. The adrenaline dumps, cortisol spikes, and under extreme stress you get tunnel vision. You literally lose fine motor control — which is exactly what you need to make those tiny, precise thumb movements on the controller.
The generic training doesn't prepare your nervous system at all. It doesn't inoculate you against the flashing red lights, the radio screaming in your ear, and the pressure of knowing ground crews are relying on you to stay alive.
And the operational context is wildly different depending on where you are. A wildland fire department out west faces totally different updrafts and terrain compared to an urban department in the Northeast flying in narrow city streets. A one-size-fits-all training program just fits nobody.
Think about the last time you had to learn a complex new software system at work. It takes intense focus just sitting quietly at your desk. Now imagine trying to navigate that software while your office building is literally burning down around you. That's exactly what it feels like.
The Thermal Camera — Not Magic X-Ray Vision — 5:52
The thermal camera is the single most valuable tool a drone pilot has at a fire scene. It fundamentally changes how fire grounds are managed — it can see through smoke, finds victims lying unconscious, identifies hot spots that ground crews can't see with the naked eye, and shows the flow path of the fire so command knows exactly where to allocate their hoses.
But thermal imaging isn't just magic x-ray vision. It's actually deeply complex. And if a pilot hasn't been specifically trained on how heat behaves physically, they're going to misinterpret the screen.
It comes down to something called emissivity — how efficiently different materials absorb and radiate heat. An untrained pilot might look at a wall on their monitor, see it isn't glowing red, and call it clear over the radio. But they might be looking at a heavily insulated void space that's temporarily masking a massive amount of heat behind it. If they tell the commander it's just a surface fire, the commander sends a crew under the roof to vent it. The roof collapses. And you have a catastrophic event.
It's essentially like looking at a medical MRI scan. Anyone can stare at the monitor and see glowing shapes and dark spots. But it takes rigorous medical training to know you're looking at a subtle hairline fracture and not just a weird shadow. You can't just hand someone an MRI, ask them if they know what a bone looks like, and tell them to do surgery.
Pilots can also fall victim to the thermal palette trap — the color scheme on the screen. Cameras use palettes like white hot or iron bow to assign colors to temperatures. If the pilot hasn't calibrated the temperature range for extreme heat, the sensor gets washed out. What looks like a minor surface fire on the screen might actually be a massive subsurface fire destroying the roof from underneath.
Night Operations — A Sensory Deprivation Chamber — 8:02
Under Part 107, flying at night basically just means you attach a strobe light to the drone that's visible for three miles. Legally, you are cleared to fly. But operationally, you are stepping into a sensory deprivation chamber.
You lose your depth perception. You lose your visual references on the horizon. And worse, that bright strobe light is flashing in the dark, constantly ruining your natural night vision. The pilot is left trying to look back and forth between a glowing tablet and the pitch black sky, and spatial disorientation sets in incredibly fast.
So they're visually overloaded, spatially disoriented, fighting adrenaline — and they also have to communicate. They aren't just out there in a vacuum.
Crew Resource Management — The Pilot as Intelligence Node — 8:52
This brings in a concept from manned aviation called Crew Resource Management, or CRM. The pilot is part of a larger team. They are an intelligence node. That video feed is going to incident command, safety officers, and division supervisors. So they have to fly the drone safely and talk to all these people at the same time.
And they have to use proper standardized aviation phraseology. They have to deliver calm, accurate descriptions. If a pilot sees a fire spreading on the screen but can't translate that into clear, actionable verbal intelligence for the commander, they aren't mission ready. The intelligence is completely useless if it's just stuck in the pilot's head.
When the Technology Fails — 9:37
We're putting complex electronics into a very hostile environment. Things will inevitably break down. Communication links drop because there's massive radio frequency interference from dozens of emergency radios on scene. GPS signals degrade. But the biggest threat is actually battery failure.
Lithium ion batteries are incredibly sensitive to extreme temperature shifts. When you fly over the thermal column of a structure fire, the heat spikes dramatically. It's actually a chemical issue inside the cells — the intense heat changes the internal resistance, causing something called voltage sag. The drone's software suddenly thinks it only has 5% battery left instead of 50%. It starts screaming alarms at you, and sometimes the drone tries to initiate an automatic return-to-home protocol, which means it might autonomously descend right into the flames.
If you've only ever practiced on a sunny 70-degree day, that's going to induce total panic. They might attempt a rapid emergency landing in a dangerous spot, crash into a firefighter on the ground, or lose a $30,000 piece of equipment. Because under pressure, you default to your training. You default to your baseline.
The Red Raven Training Methodology — 11:22
You can't schedule a major commercial fire for next Tuesday at 2 PM to get your reps in. But you can build incredibly realistic, high-pressure, localized scenarios. And this is the core solution — it's exactly the methodology the founders of Red Raven UAS built their program on.
Derek Ward spent 35 years with the LAFD, helping pioneer one of the largest drone programs in the country. Their philosophy is clear: effective training has to happen on your own ground, not at some generic facility three states away. It has to map directly to your department's specific realities. What are the top five call types you run? What's your local topography? What radio protocols does your dispatch use? You're literally reverse engineering their worst possible day.
What Scenario-Based Training Actually Looks Like — 12:07
It looks like highly structured drills that are executed, intensely debriefed, and repeated until it becomes muscle memory. A structural fire overwatch scenario has instructors simulate a working fire in an acquired structure. The pilot has to deploy rapidly, integrate the thermal camera, and provide formatted intelligence to their simulated commander — while dealing with simulated emergencies.
Hazmat scenarios are the perfect use case for a drone. Keep the humans far away from the danger. Imagine an overturned tanker leaking an unknown chemical. The drone provides a safe standoff assessment. The pilot uses optical zoom to read the tiny hazmat placards on the truck, so ground crews don't have to walk blindly into the hot zone. They assess the vapor plume using thermal imaging to establish safe perimeter boundaries.
Training the Whole Team — Not Just the Pilots — 13:03
But here is the massive blind spot most agencies miss: training just the pilots is a fatal mistake. The pilot is an intelligence gatherer, not the strategic decision maker. Incident commanders, battalion chiefs, and company officers all need training too.
If a commander has never worked with a live drone feed, they literally don't know what they're looking at. They don't even know what questions to ask the pilot. They don't know the limitations of the technology. They might order the pilot to fly too close to a thermal column, or ignore the data because they don't trust the color palette.
It's exactly like a high-level manager who doesn't know how to read the data analytics their own team generates. If you hand someone a massive spreadsheet of raw data but they don't know how to read it, the data is entirely useless. The whole team needs a shared operational language. Without it, the drone is just an expensive toy taking cool videos. With it, it becomes a life-saving asset.
Sustaining the Program — Continuous Development — 14:15
Once you develop that shared language, how do you sustain it? Treating training as a one-time launch event is a guaranteed way to slowly kill the program. The initial training just sets the baseline — because this is not a set-it-and-forget-it skill.
If a pilot hasn't flown in 60 days, they can't just step out at 2 AM and be perfectly dialed in. The rust is going to be there, and that rust is an extreme liability. To maintain currency, departments have to establish mandated minimum flight hours per month, recurrent monthly training events where the whole unit trains together, and development pathways to keep pilots engaged and growing.
A pilot might start as a basic daylight operator, then move to night operations, then advanced thermal, and eventually to DFR status.
DFR — Drone as First Responder — 15:03
Drone as First Responder is an advanced model where drones are stationed at fixed nodes — like the roof of a fire station — so they launch when a 911 call comes in. They launch autonomously or are flown remotely, arriving before the engines even leave the bay. It gives instant situational awareness.
But getting there requires a relentless culture of continuous development. And instructor qualifications have to matter a lot. An instructor who only shoots cinematic real estate videos might know Part 107 perfectly. But they can't teach a firefighter how to navigate contested airspace over a fire ground, because they've never briefed a battalion chief. The debrief needs to come from someone who has made those exact life-or-death decisions under pressure in the real world.
What Fire Ground Readiness Actually Means — 15:55
Having a high-tech drone is simply having a piece of hardware. Earning your Part 107 certificate just means you passed the test on weather charts. Being truly mission ready requires a fully integrated, stress-tested, scenario-based program. You have to understand the physical environment, human physiological limits, and ensure everyone speaks the same operational language — from the pilot holding the controller to the commander running the scene.
Whether you're in public safety, enterprise infrastructure, or running any specialized team, the legal credential is just the floor. You have to train in the context of the actual messy, chaotic work. You have to move way beyond a compliance mindset.
The AI Question — A Thought for the Future — 17:03
We've spent this whole episode talking about the frailties of human pilots: the adrenaline, losing fine motor skills, sensory overload. Human failure points. So if human panic is the biggest risk in life-or-death missions, it raises a wild question for the future: should we eventually hand over the controls entirely to autonomous artificial intelligence during complex emergencies?
An AI doesn't get tunnel vision or experience panic during a voltage sag. But then again — does a machine possess the human intuition necessary to realize that a faint thermal shadow in the corner of a room isn't just furniture, but a trapped child? That perfectly highlights the stakes of being mission ready today.
Outro & Resources — 17:37
Thanks for listening to the Red Raven UAS podcast. Visit redravenuas.com for consulting, training, and FAA Part 107 certification. And check out the current special pricing on our Part 107 course.
Ready to put drones to work on the fire ground?
At Red Raven UAS, we deliver customized on-site drone training built specifically for fire departments — from engine-based programs to full DFR integration.
Mission-Specific: We don't teach generic flight skills — we train your team on the exact scenarios they'll face on a real fire ground.
Thermal & Tactics: We cover thermal camera interpretation, structural size-up, hazmat assessment, wildfire monitoring, and more.
Fully Compliant: Every training program is built around FAA Part 107 and ICS/NIMS standards your department already follows.
Let's get your team mission-ready.
About Red Raven UAS
Red Raven UAS was founded by public safety and drone industry veterans who knew firsthand what happens when agencies have drones but not the training to use them effectively. Our Lead Instructor, Derrick Ward, spent 35 years with the LAFD and helped build one of the nation's first major fire department drone programs. At Red Raven, we deliver customized on-site training built around your department, your equipment, and your missions — not a generic course deck. No hardware sales. No one-size-fits-all curriculum. Just field-tested instruction from people who have been on the fireground.
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