TTA’s 5th generation agricultural drones are designed for agricultural applications.
They utilize cutting-edge technology, featuring innovative design and patented technologies.
The M6E-1 is the result of 10 years of development and experience in the field. It achieves exceptional spraying accuracy with safety, cost-effectiveness, and environmental sustainability.
| Dimensions | Flight | Spraying | |||
|---|---|---|---|---|---|
|
Diagonal wheelbase |
1400mm |
Full Payload Flying Time |
6–12min/ flight |
Spray droplet diameter |
80-200μm |
|
Folded Height |
490*400*656mm |
Empty payload flying time |
>18min |
Quantity of Nozzles |
2pcs |
|
Container Material |
tough plastic |
Flying Speed |
0-15m/s |
Recommend Spray Speed |
4-5.5m/s |
|
Container Volume |
10L |
Flight Radius |
1,5 km |
Spray Width |
4-6M |
|
|
Flying Height |
3500m |
Spray Height |
2-4M above crop |
|
|
|
Landing approach |
Vertical take-off and landing |
Work Efficiency |
0.6-0.12 ha/fight |
|
|
|
Anti-wind |
<12m/s |
|||
| Dimensions | |
|---|---|
|
Diagonal wheelbase |
1400mm |
|
Folded Height |
490*400*656mm |
|
Container Material |
tough plastic |
|
Container Volume |
10L |
| Flight | |
|---|---|
|
Full Payload Flying Time |
6–12min/ flight |
|
Empty payload flying time |
>18min |
|
Flying Speed |
0-15m/s |
|
Flight Radius |
1,5 km |
|
Flying Height |
3500m |
|
Landing approach |
Vertical take-off and landing |
|
Anti-wind |
<12m/s |
| Spraying | |
|---|---|
|
Spray droplet diameter |
80-200μm |
|
Quantity of Nozzles |
2pcs |
|
Recommend Spray Speed |
4.8-6m/s |
|
Spray Width |
4-5.5M |
|
Spray Height |
2-4M above crop |
|
Work Efficiency |
0,6-1,2 ha/fight |
The spraying process is 40 times faster than traditional methods. It saves 90% water. Due to the small droplet size, plant protection are distributed more effectively on the plant surface, increasing efficiency. Simultaneously, the airflow generated by the drone carries the material to the back of the leaves.
The operator identifies the area they want to spray on Google Maps. By marking points, they outline the working perimeter. The spraying field is automatically generated, and the system is ready for application.
Only one operator is needed to operate the drone. The flight is automated through a simple process, tailored to our needs. We select the area we want to spray on the map, and the flight begins. The drone’s software will automatically plan the route. If the spray liquid runs out or the battery is depleted, it will fly back to the takeoff point for replenishment and resume from where it left off.
The work plan is designed according to the job requirements. There are three flight planning options.
Simple but automatic flight planning. The operator only needs to set two points, A and B, and instruct the drone on the direction, left or right. Subsequently, the drone automatically begins spraying.
Precise and inefficient flight planning to complete the most difficult tasks.
The operator sets the exact route and drone sprayes precisely the selected area.
The starting point, end point, spray path, distance of routes, as well as
avoiding obstacles within the working perimeter, can be set in all three flight planning modes.
All the above functions are done by the operator’s mobile smartphone with the application of the TTA.
Pre-sale support
After-sales support
| Package | |
| Dimensions | 64 (L) * 52(W) * 64(H) |
| Box Weight | 12kg |
| Details | The drone is packed in a small portable carton. reducing the total volume. The drone inside the special mounting foam is stable. Transportation is economical and safe. |
| Package | |
| Dimensions | 64(L) * 52(W) * 64(H) |
| Box weight | 12kg |
| Details |
|