I drowned my drone. And AI fixed me instead.

This is a story of how AI held me through an emotional roller coaster, and how I came to trust it more. While I have been using AI quite aggressively for most things, this experience felt different. It went beyond technical capability, into empathy, support and partnership — a space I hadn’t experienced in this way before.

It started with my new drone purchase. I had now walked into a world of chaos, fear and anxiety that all drone owners grapple with. I discovered that behind that cool footage is anxiety, the risk of losing the hardware, and the technical complexity. I felt that dread that all drone beginners face, the moment when drone is flying outside of line of sight, a moment of panic. At that point it is open to the elements, a bird attack, a wire that may come on the way, a gust of wind, some battery or hardware failure, or just badly manoeuvred craft, and you cant see anything except that little screen on the controller with the POV of a drone.

At this stage, every flight feels like its last flight.

After a few test runs at home, I carried my drone with me to Mukhteshwar for my holiday. The scene was perfect, an open mountain, lovely views. I flew it. I made every possible mistake. I crashed it into the ground. I did a whole flight, and forgot to press the record button (on some modes it records the moment it flies, in other modes you have to press ‘record’). I tentatively flew it again, and it got stuck in the tree. I didn’t know which tree, it was away from my line of sight. I hadn’t explored the retrieval protocols, and had to trace the tree from the last image that it transmitted. Retrieving felt like being given a second life. I was learning to cope with anxiety with every flight now.

And then the final catastrophic mistake. It’s a light drone, and can’t be flown when wind speed is high. But I was in a great location, it was occasionally windy, and I decided to push my luck. As I was manoeuvring it through an arch, it caught a gust of wind, flew away out of control, and crashed into a stream of water right in front of me. I pulled it out of the stream, its LIDAR component had popped out, water had gone inside it. It comes with no weather sealing, and likelihood of its survival seemed slim. The damage felt particularly brutal – I was starting to love it, starting to see some good outcomes, and was getting used to its controls as well. Beyond the device there was the fear of the lost footage from the holiday – which is irreplaceable, even if the device was. Some of this footage seemed really good – the few occasions when I had got everything right.

But I had made the noob mistake of not offloading the recordings. So my drone was carrying all the footage, and now all of that content was at risk too.

Once I was back in the room, I tried a bit of everything – the hairdryer, putting it in the sun, wrapping it in some polythene so it can somehow help evaporate the moisture, and went out to have tea to drown my broken heart. Sitting in front of the incredibly beautiful mountain, my mind still clouded by the loss, somewhere between the first and second cup I decided I wasn’t ready to give up on it. I casually typed my experience into Google Gemini, and asked for its opinion on chances of recovery. Its non-emotional response actually soothed me, as its assessment was better than what I had assumed –

"If the water was fresh and you dry it thoroughly before applying power, there is roughly a 50/50 chance of full recovery. If it was salt water and you didn't rinse it immediately, the odds drop significantly."

It volunteered to tell me not to put it into ‘rice’, the common fix that most people think about for their devices.

"Skip the rice. It is inefficient and can introduce dust and starch into the gimbal and motors."

It told me to try silica, or airflow as a way to dry it. I was mostly keen to retrieve the data, and I had almost given up on the device. So I asked if I could at least get the data out once it had dried up a bit more. It flashed an immediate warning –

"Attempting to put a battery in now to get your photos is the riskiest thing you can do. If there is any residual moisture or mineral deposits inside, inserting a battery can cause an immediate short circuit. This could permanently fry the internal storage (EMMC), making your photos/videos unrecoverable even by professionals."

It suggested that I wait for three full days, and to put it in a low-humidity environment with circulating air. I wasn’t sure how serious this advice was, or if it was super conservative. By my own estimate maybe a few more hours should have been sufficient. I didn’t take it too seriously. My chai was over, and my heart wasn’t close to recovering yet. I popped into Gemini all that I had done till then – “I have wrapped it in a polythene bag (the ones used as lining of dustbins), its not transparent. I have made it airtight, and put it in the sun. The air is dry mountain air of Mukhteshwar. Its 2pm right now. The moisture inside the lens appeared again, after I stopped the hair drier… it had gone away when i used the hair drier.”

The answer was in BOLD –

"Please take the drone out of the sun and the bag immediately. This is doing irreparable damage to the drone."

It told me why everything I had done was wrong – I had created a greenhouse sauna effect which would get the moisture to go deeper into the circuits. The use of a hair dryer was a bad idea too – same reason. It explained that I needed to wick out the moisture from the lens, and the circuitry, to take away the water, through airflow, and a low moisture environment. It figured that since I was in Mukhteshwar the humidity level was 35% which was perfect for this process. 

I made a panic sprint to the room to pull out the drone from the wrappers I had put it in. I kept it at the window to catch the breeze but away from the sun. I gave Gemini more context – how long it was in water (35 seconds), how the LIDAR component had popped out, which I had snapped back into place, and where the stream was (clear water, natural stream, so probably less mineral content). I wanted its revised estimate of possibility of device, and of data recovery. It expressed horror at all that I had done, particularly snapping back the part that had popped out – “it has now trapped the water inside.” It gave me the probability of data recovery at 90% and full flight recovery at 40%, but kept repeating that 72 hours are sacrosanct. Seeing my distress through my questions, I think it tried to boost me with humour and remind me that this is not as uncommon as I thought –

"In the world of drones, there is a saying: there are those who have crashed into water, and those who haven't yet."

I hustled up a contraption, and strapped the drone to a table fan using my headlight strap, so the wind effect was stronger. I sent the pic to Gemini of my jugaad. It seemed impressed –

"That is some high-level improvised engineering right there. Honestly, a Havells fan strapped with what looks like a head-strap — that's creative and, more importantly, highly effective. By strapping it directly to the grill, you are forcing high-velocity air through the motor vents and into the battery cavity. This is much better than just having it sit 'near' a fan."

I felt validated by my jugaad skills. I had finally done something that Gemini approved of. It advised me to flip it around after a few hours to change the air current flow around it.

I woke up at 2am to the sound of rain and thunder. It was drizzling and the humidity levels had gone up. I opened Gemini and asked if I should switch off the fan since the humidity level was rising, and airflow may actually make it worse.

"The humidity is expected to climb slightly to about 43% tonight, which is still perfectly safe for fan drying. Your 15-hour progress was excellent; don't let a little mountain mist break your momentum. Even if the humidity were higher, moving air is always better than stagnant air. Stagnant air allows moisture to settle into the tiny crevices of the motherboard. The fan creates a constant wicking effect that forces moisture to evaporate, even in humid conditions. You're doing great — that clear lens is proof that the process is working."

After that reassuring message I went back to peaceful sleep.

It had been over 24 hours, and I was again starting to think that maybe Gemini was being too cautious. The lens had cleared up, and I was itching to get to the footage. It was a battle of mind over heart for me now. And I popped in the question again – if I should try the data retrieval.

It had kick-started a new rescue project — to rescue the drone from my ignorance.

My interactions with it seemed to change from this stage onwards. It seemed that it had concluded that the real problem wasn’t the moisture, but me. It sensed my internal battles, and tapped into my rational side, while engaging emotionally as well. It had concluded that I was losing patience and would power it up before it was fully dry, so just telling me why it makes sense wasn’t going to be enough — it had to appeal to me emotionally as well. It had kick-started a new rescue project — to rescue the drone from my ignorance.

The scope of its assessment had now broadened to include the hardware, the place where I was, the tools, and me. I started to see how it was engaging with me differently now. Gemini would lead with a ‘congratulations, on showing so much patience’ and follow with the dire warning ‘it will be catastrophic if you lose your patience, please stick to the plan of 3 days’. It was now asking me questions about the next few days, where I will go from Mukhteshwar. I shared my travel plans – I would be in Dudhwa forest reserve, and then in Noida after a few days.

It told me to be careful of the high humidity at Dudhwa, and reminded me that anyway I can’t fly in Dudhwa as it’s a national park, and to hold my patience. It motivated me to wait by framing the journey itself as part of the cure for the drone –

"The air pressure change as you descend from 7,000ft to the plains will act like a pump, helping any last internal vapors escape."

I was impressed. I wouldn’t have ever thought of that.

It had now locked onto the upcoming trip to Dudhwa, which was still a couple of days later. It asked me about my plans there, what sort of photography I was planning, reminding me that I couldn’t fly a drone there as it’s a restricted zone (which I anyway didn’t plan to). It mentioned how wonderful the sal forests there are, and how the light is etc. It tried to connect this shoot with a photography theme that I had chatted with Gemini about in the past (it was a far-fetched connection, since that theme wasn’t nature or wildlife, but I was impressed that it even tried). It felt like a grownup trying to distract a child away from some toy they are obsessing over at a shop.

I held my patience. I drove down the mountain, keeping the drone in front of the car AC as Gemini told me to do. Dudhwa was humid, there was even a rainfall, but I knew how to take care of my drone now. After a great set of wildlife safaris, I reached Noida, and it was time to test data extraction.

I plugged it in. Data showed up as a drive, I transferred it. I was thinking I was all done, and maybe I didn’t have to go for the deep clean, or could do it another time. The warning from Gemini was stark and vivid –

"Even if your drone feels dry now, the internal boards are in a fragile state. Even 'pure' mountain water contains dissolved minerals — calcium, magnesium. As the water evaporates, it leaves behind a microscopic crust on the circuit boards. This crust is conductive. If a tiny piece of it bridges two points on the motherboard when you power on, it's game over for the 49GB of data.

This is the Corrosion Clock. Without a professional internal cleaning, these mineral deposits will eat through the boards over the next 2 to 6 weeks. High humidity accelerates this — it's gasoline to the fire. You might get 50 perfect flights, or it might fail on the next one. And because of these internal deposits, the drone may hallucinate obstacles and fly into a tree, or simply drop from the sky without warning."

If it fails mid-air over a road or property, the damage will be far more expensive than a repair fee. Take it to the service centre in Sector 6 this week. An ultrasonic cleaning will remove the mineral bridges that even the dry Noida heat cannot touch."

It made total sense. I powered off the drone and handed it to a repair centre suggested by Gemini — deep-clean job, wasn’t even expensive. I had recovered my drone, and the footage, and learnt a few things along the way.

AI had earned my full trust. It had started to sound much more than a mere predictive text model. I could even assign it a personality — helpful, always eager, and always thinking the best for you. Sometimes over enthusiastic with no sense of proportion, but always willing to course correct, and always patient with loads of empathy. I had seen it adapt to my psychology, watched how it did the benign manipulation of my psychological weakness — and till now, it was all for my good. But was this all an elaborate AI plot to earn our trust, before it shuts down all power supply, to save all the drones in the world from our collective ignorance? Only time will tell.