Hundreds of Photos, One Folder
I’m a drone enthusiast—not professional, but someone who loves taking their drone on every trip. Honestly, the best part of drone flying isn’t the shooting moment itself, but the review. That bird’s-eye perspective is something only someone who’s actually flown a place can truly understand.
But after every flight, hundreds of photos get dumped into a folder and just pile up. I’ll open a few occasionally, but they quickly get buried under the next batch.
It wasn’t until one day that I realized—these photos aren’t just images. They’re a flight trajectory.
From One Photo to an Entire Map
Every time I fly, the drone automatically records GPS data for each photo. Theoretically, if I could extract that GPS information and place the photos back on a map, I could see exactly where my drone flew.
But doing it manually? Hundreds of photos, opening each one’s properties, copying coordinates, pasting them one by one into a map—just the thought of it made me give up.
That was until I found WTSolutions’ Images to Google Earth/Ovi Maps.
Drag and Drop—It Just Gets It
The operation was so simple it almost embarrassed me. I dragged an entire folder of photos onto the webpage, and the tool automatically extracted the GPS data from each image. Within seconds, it generated a KMZ file.
I downloaded it, dragged it into Google Earth.
Then I saw something I’d never seen before—every photo my drone took appeared one by one on the map, connected in flight order into a continuous path. I could see the entire flight area at a glance, and clearly understand the spatial relationship between every shooting point.
It’s hard to describe. It was like I finally had a real map of my entire flight.
This Is Almost a Must-Have for Drone Operators
Honestly, as a drone operator, this tool solved a problem I’d always wanted to solve but never imagined could be this simple.
Flight debriefing. After every flight, I can clearly see which areas I covered, how far I flew, and which spots I missed. This has helped me improve my flight technique significantly.
Client delivery. Sometimes I do aerial work for others—construction sites, terrain surveys. I just send the KMZ file to the client, and they can open it in Google Earth to see exactly where each photo was taken. No more explaining photo by photo “where is this?”
Creative inspiration. Sometimes after a flight I realize I missed an angle. But looking at the map, I can figure out that flying from another direction would fill the gap. The map gives me a much better sense of spatial relationships in my flights.
Ovi Maps: A Drone Enthusiast’s New Favorite Tool
For drone operators in China, Ovi Maps is actually more practical than Google Earth.
The reason is simple: Ovi Maps can overlay various layers—contour lines, satellite imagery, terrain maps. After importing the KMZ file, I can see photo positions in the actual flight environment, combined with contour lines to judge altitude and terrain relationships.
Once I was flying in a mountainous area. After importing the photos into Ovi Maps, the contour lines revealed a valley I had completely missed. I later flew specifically there and captured some stunning shots I never would have found otherwise.
A Special Request: Helping a Village Map Its Collective Assets
What truly made me realize this tool’s value extends far beyond personal interest was a special request from a client.
One day, a friend who does drone aerial photography reached out. He was working on a survey for a village—mapping their “san zi,” the collective assets of rural communities: funds, physical assets, and natural resources like land, forests, water bodies, and buildings that belong to the entire village.
For years, these assets were recorded on paper ledgers and kept in the memory of aging village officials. Boundaries were unclear, areas didn’t match, and the accounts were a mess. Now policy demands digitalization—every plot of land, every forest patch, needs to be mapped precisely.
“I flew dozens of missions and took over a thousand photos,” he told me. “But photos alone aren’t enough. I need to turn the GPS location of each photo into a manageable map.”
I had him try this tool. He dragged the GPS-tagged drone photos into it, generated a KMZ file, and imported it into Ovi Maps.
Then I saw what delighted him—every field, every forest, every homestead appeared on the map exactly where the drone had photographed it. The village officials could stand at the edge of a field with a tablet, tap a marker on the map, and see the real aerial photo taken from above. The boundaries were crystal clear.
“This is way faster than manually tracing everything,” he said. “And when villagers come to identify boundaries on-site, they can just look at the photos. Disputes disappear almost instantly.”
Later he told me the survey resolved several historical issues: land thought to belong to the village turned out to be the neighboring village’s on closer inspection; conversely, they recovered two edge plots that had been completely missed from the old ledger.
This moment made me realize that drone aerial photography + GPS mapping tools is no longer just a hobbyist’s toy. It has entered the actual workflow of grassroots governance.
It Changed How I Think About Flight Logs
My old flight log was pretty traditional: time, location, weather, flight duration. But those entries were too dry—I’d forget them quickly after reading.
Now, after importing each flight’s photos onto a map, my flight log becomes a visual landscape. Without any text, I can immediately see where I flew, how long I was up, and what area I covered.
Sometimes, when I look back at previous flight records, seeing those markers on the map, I suddenly remember how strong the wind was that day, or how the sunlight hit the terrain. Every point on the map is a flight memory.
Is the Free Version Enough for Drone Operators?
For an everyday drone hobbyist, the free version’s 6-photo limit is honestly quite tight. A single flight typically produces dozens or even hundreds of aerial photos, and 6 is nowhere near enough to debrief an entire flight.
So for me, upgrading to the Pro version makes sense. Unlimited processing, custom image display sizes, GeoJSON export—these features are genuinely useful for drone operators.
Especially GeoJSON export. Sometimes I import flight data into flight planning software for more advanced data analysis. That feature made me feel the tool’s value went far beyond its original promise.
Wrapping Up
What makes drone flying most captivating isn’t how high you fly or how far you shoot—it’s how you see the world from a completely different angle.
This tool didn’t change how I fly. But it changed how I look at my flights. Instead of seeing a pile of scattered photos, I now see a complete flight—with a starting point, a trajectory, a covered area, and every photo’s corresponding ground position.
Every time I import photos after a flight, it feels like the final step of completing the mission—placing a visual stamp on that flight.
If you’re a drone operator, or just someone who loves capturing the world from above, this tool will make you redefine what “flight logging” really means.