Video Transcript:
Hi, this is Kobus Downey from AnJaLi Drone Tech. Welcome back to the channel. And today I want to share a little bit about my experience with T100 as I was flying it on our farmer's day on the 22nd of September in 2025.
So the T100 is not yet in South Africa. It has been revealed in South Africa, but there is only one T100 in South Africa at the moment. It's the drone owned by Agrihawk and we had a chance to borrow it for a day and have our farmer's day and to present it to the farmers and so we can get to know the drone and everything.

So, we got the drone on Saturday afternoon, unboxed it on Sunday, and did a couple of tests with it. And one thing that really stood out for me was how stable the drone flew in windy conditions. We had very windy weather here. And we tested it and it was rock solid. Compared to the T40 which we had here which is shown here in this video comparison video. It's very stable. The drone is very sensitive to controls, very reactive, very responsive, really amazing to fly.
The atomizer system spraying at 30 to 40 L depending on the setup with the extended spray package 40 L with a with a standard configuration 30 L a minute. I'm confident it will be more than enough for our standard needs in northern South Africa.

So on Monday the 22nd of September 2025 we had our demo day. We got the T100 drone obviously just for the day. So we had a good time. We had a great time in Bethal. We had a great time in Tabazimbi.
And I just want to share a couple of things on the flight performance of the T100.
The battery of the T100 is only 30% larger in capacity than the T50, which is not a lot considering the drone is carrying double the payload. So DJI has a lot of efficiency improvements, including propeller efficiency.
You'll see the propeller design is slightly different, but also the flight speed.

This drone has an incredible max flight speed of 72 km an hour. That is 20 m/s. That is a really amazing speed. The drone flies out really fast to its site to start spraying and it returns really fast back to home. So that's really going to help with the battery efficiency.
The other thing obviously is when spraying at above 5 m of altitude above the ground, the drone can fly at 72 km an hour while spraying or spreading. However, if the altitude drops below 5 m, the drone will brake and it will try to stop itself.
So make sure that your altitude stays above. I recommend 5.5 m as an altitude setting.
Bear in mind this works very well on flat land. I'm not so sure about hilly land. We didn't really get to test it on any hilly form of land, but when you're flying more traditionally at a lower altitude of 3m - 3.5m, which we normally do, your flight speed, maximum flight speed is 49.8 km/h on the software. So that's a pretty decent speed. It's a lot faster than the T50 was spraying.

So with your slightly increased swath width we sprayed at 11 m at 30 L a hectare and we were able to empty a tank at 48 km an hour spraying speed. So that that's not bad at all. Also at 20L/Ha at that speed you wouldn't be able to spray empty a complete tank. For sure you won't. We were able to empty 70 to 80 litres depending on the scenario, depending on the situation of the field. So, you will still be able to spray 3.5 to 4 hectares at 50 km an hour. When flying at 5 m and above and spraying at 72 km an hour, you can fill the tank for sure. Definitely the drone will finish the spray task at 20 L a hectare. Not an issue for the drone for sure.

Now on to the spreading. This the new spreader of of the T100 is a really amazing innovation. I am very impressed by its capabilities. Obviously we just had it for a demo. So we had a a bit of material there and we did some spreading.
The new spreader system uses an auger system to feed into the spinner disc. No longer using gravity feed as with the T50. It's now using an auger. This allows it to be more accurate with the spreading of material with feeding the material into the spinner.

So what DJI have accomplished is they have an auto calibration material feature. The auto calibration material feature now allows the drone to adjust in real time the spreading amount so that it can be more accurate. Without calibration we set up a field in Thabazimbi. It was 0.37 hectares. I set it up to spread at 100 kg a hectare. So it should spread in theory 37 kg without any calibration. I put in the material. The drone has never seen that material before as far as I know. Drone went out. It was a mixed material. There was different sizes and everything. So it's not a consistent material. And it spread it at at 38 kg.
So that's pretty accurate. That's less than 5% margin of error, which is not bad at all. And that is without calibration. It's really amazing.
I was fascinated by that and I think that will definitely make farmers life a lot easier when spreading material on fields.

Final thing is flight safety. DJI has implemented a couple of new features on flight safety. I think with the drone being 175 kg of take-off weight, it is a really big machine and it is a dangerous machine and flight safety is of utmost importance.
So the first thing I do want to mention is DJI's implemented a payload weight limitation on the drone. Depending on your altitude and weather conditions, the drone will tell you how much payload you're allowed to put in the drone.
So, in Bethal, we had a payload limit of 91 L. In Thabazimbi, we had one of 95 L. So, you're not allowed to put in any more payload than that. If you do overfill it, the drone will refuse to take off to do its operations, so you'll have to empty payload, which is a very good thing.

The second thing obviously is obstacle avoidance. The drone has a couple of new features in its optical avoidance system.
Number one is for automatic obstacle avoidance, the camera system. DJI uses optical recognition to do obstacle avoidance and and that kind of stuff, automatic obstacle bypassing. The new T100 uses a Penta-Vision system which uses five cameras. It also uses the FPV camera which you use on the bottom which is a fisheye lens and then uses four other cameras situated on the radar which have 360 view.
For the first time an agricultural drone from DJI can see in all directions using its cameras. So for the automatic obstacle bypassing, that's a really big change and a really good improvement.

The second thing obviously is the radar system. DJI still uses the millimetre -wave radar system which they used on the T50. Very accurate, very good radar system. There are three radars on the drone. The first one is the rotating one you see on top. The second is a radar situated below the FPV camera and the third is situated on the spraying or spreader tank and also on the cargo system.

The third thing which is new is the Lidar system which DJI have implemented. Uh this one is unique in the sense that it uses infrared laser to create a point cloud which it will send out and if there is an object in the way it will reflect the the light back to the drone and the drone will know exactly where that object is in 3D space around it.
What it also implemented is a memory system where the drone remembers obstacles it's flown past on the Lidar system. So if you have an obstacle in the field, the drone flies past it. When it comes back and it's inside its lane, it will already know of that obstacle before getting close to it because it has remembered what it has seen.

​Just one thing that I do want to note about flight safety is the drones, while having very good obstacle avoidance and very good systems implemented by DJI, the drone will struggle to detect fence lines and power lines when flying head-on perpendicularly into them.
So, flying at a speed of 72 km/h, make sure that your drone is not flying towards small obstacles. It will not know of them, and it will not detect them in time, and it may have a crash. When flying past an object in parallel, for instance, if you fly next to a fence line or a power line, the drone will detect that and will remember it when it comes back in that towards that location.

Always exercise caution when mapping.
Make sure that you map as if you are mapping for a drone with no obstacle avoidance. So, always map out any obstacles, any trees, any power lines. Make sure you map them out and don't fly into the power lines. [Music]

​Thank you all for watching. I appreciate you being here. If you enjoyed the video, please like and subscribe to the channel if you want to see more videos like these in the future. [Music]

​Filling it up with liquid is not the same as we are used to, since the T100 has a massive 100L tank.  Our height above sea level, however, has us limited to only 95L.  Putting in more liquid than recommended and the drone refuses to take off.  This is great for flight safety!  The drone roars up into the air with its full payload of 95L effortlessly and hovers stable.  I try to simulate what I can expect from a spray flight spraying at 30L/min, which would be the expected flowrate when spraying at 30L/ha and flying relatively fast.  The tank empties rather quickly, (Around 4 min) even though I allow for turns in my "simulation." Flight times are estimated to be around 4-6min per flight.  The battery's flight time is adequate, and I suspect the high-speed flights in and out of the field will save a lot of battery power for the actual spray job.  The new battery is only about 30% larger than the current battery of the T50.  This means there are many improvements on flight efficiency to do double the work with only 30% more battery.  I'm testing out all the functions, mapping and spraying, which is about the same as a T50.  However, some settings are different, but not so much that you'd be lost if you already have flown any other Agras drone.  The Lidar view on screen is a welcome addition and seeing it remember obstacles is a much-needed improvement as flying into objects at 50km/h+ is daunting even for a drone with Lidar.  However, with it remembering the obstacles as it flies past is great, making the drone slow down way before it can even pick up the obstacle in real-time.

​We had great interest from everyone, and the first demo went smoothly.  I want to thank Nico and FJ from NJP Transport for the accommodation and venue and Gerrie for supplying the support vehicle.

​Now we had to pack up to go to the next demo, which was a five-hour drive to Koedoeskop outside Thabazimbi.

 Crop Spraying Science has advanced a lot in the last five years.

From Crop spraying with large drones to spray booms with smart cameras to detect and spot treat weeds, Agri-science is an exciting field that’s rapidly transforming the way we grow food and manage natural resources. With innovations like precision irrigation, cm accuracy field mapping and plant health analysis with multispectral drones, autonomous tractors, and AI-driven soil analysis, to understanding the soil biology necessary for peak plant health, farmers are now able to boost yields while minimizing environmental impact. The fusion of technology and agriculture isn’t just about efficiency—it’s about sustainability, resilience, and feeding an ever-growing global population with smarter and better farming practices.

I was privileged to witness the T100 in action!
Standing next to the beast left me simply in awe of the power and capabilities of this craft.
Photos don't do it justice, however.

We'd like to welcome Kyle Edwards and Dean Scott to the AnJaLi team! 

We are very excited to share that Kyle opened an AnJaLi DroneTech branch in the East London area where he will be operating as RMT and Head of sales!

This is an exciting journey ahead for all of us and we wish Kyle all the best for this opportunity.

Feel free to visit our East London branch when you are in the area!

Hi there!

It is with great pride that we launch our website today!
AnJaLi has come a long way since our humble beginnings.
Just about a year ago we were in our workshop wondering how we can make a success of this.
Just a few months further from late December last year, we have been quite busy with drone service and repairs.

Our main goal for this upcoming season is to establish our brand and associate ourselves with exceptional service, with a devotion to building quality relationships with our customers.  May our service excellence exceed last year's.

In agricultural terms, the last two years have been rough on farmers and the agricultural community in general.
From a dry year to a late start in the season, to having incredible rainfall and flooding in many areas.
This season seems to have an early start as in most areas, the ground is still moist from last season's heavy rains.
We can hope and pray that this season will be one of rain in season, with good weather conditions, and strong plant growth.

So, without further ado, welcome to the AnJaLi family!
May this season be blessed!