Expected Performance
Spraying Productivity
Lets do the math for the following scenario:
⚙️ 30L/ha ⚙️ 40L/min flow rate
⚙️ 10metre swath ⚙️72km/hr flight speed
With these parameters the T100 would complete 3.3 ha in 2 min 47 second.
If we assume 4 minutes for return to home, refill, and battery swap that would be 6 min 47 second per 3.3 ha.
Over an 8 hour day I'd conservatively say the drone could do 200+ hectares/day in this scenario.
Spreading Productivity
Lets do the math for the following scenario:
⚙️ 100kg urea/ha ⚙️ 400kg/min flow rate
⚙️ 10metre swath ⚙️72km/hr flight speed
At a flow rate of 400kg/min it would take 15 seconds to empty 100kg.
Assuming 4 minutes for each return to home, refill, and battery swap that's a total of 4 min 15 seconds per hectare.
Over an 8 hour day I'd conservatively say the drone could do 113+ hectares/day in this scenario.
Split Platform Design
Easily swap between spraying, spreading, and lift systems.
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Improved Safety Systems
Penta-vision Camera Systems
360 degree visual horizontal obstacle avoidance system.
LiDAR
LiDAR unit maps the environment using a laser which marks 260,000 points per second to detect obstacles.
Millimeter Wave Radar
Radar detects obstacles at 60 meters.