The Honeycomb Corp AgDrone system allows users to survey up to 800 acres in a single flight hour, collecting both NIR and RGB imagery simultaneously. The durable wing design with Kevlar exoskeleton enables exportable georeferenced data collection over entire fields. Imagery examples demonstrate the system's ability to detect crop stress, moisture variations, fungal growth, and differences in crop growth over time. The practical data collected by the AgDrone helps lower input costs and increase yields by enabling more targeted fertilizer and irrigation applications.
2. AgDrone™ System
• 800 Acres in 1 flight
• Both NIR & RGB on board during every flight
• Durable wing with Kevlar exoskeleton
• Exportable data
3. 800 Acres In 1 Hour
RGB/VisibleNIR/NDVI
Maps for scouting/measureCrop stress detection
• Zoom Capability
• Images Georeferenced
• Automatically Triggered
• Export: JPEG, XML…
• Simultaneous Data Collection
Survey more acres in less time and see 100% of your fields
4. Mill Waste Damages Crop
Last year mill waste-composted material was dumped and
the natural occurring acid leached out damaging the crop.
9. Young Almond Orchard
Early bud break and leaf out.
Blue indicates moisture variations in the soil.
Green hues indicate leaf out.
10. Winter Wheat NDVI Image Map
• Color patterning is consistent
across field indicating even
growth and health pattern.
• Yellow along right boarder is
most likely due to lighting
conditions and light upper level
fog during flight. Would
recommend field inspection to
confirm.
• Top left red coloring indicates
missing crop which was
confirmed via aerial imagery.
• Yellow highlighted within the
triangle shows an area of die off
that looks to have been sprayed.
• Blue spot at far East edge of
image indicates pooling water.
12. Tablet-based Mission PlanningFly During Winter
Flying during the winter months can deliver
significant data. You can learn where water, snow
and ice are building up. Ice and snow absorb NIR
so they show up green or white and the dormant
rye grass shows up red in this image. Late winter
flights can tell you when perennials are beginning
to grow again.
13. Figure 1: NDVI zone map of an
Alfalfa field. Stressed areas were
identified using aerial imagery
from the AgDrone™ System.
See 100% of the field versus 10 to 15%
Figure 2: NDVI imagery used to show
growth difference one month later.
Image on the left was a March flight,
while the image on the right is the
same field in April.
NDVI Color Legend
14. Tablet-based Mission PlanningThe Dollars Of It
• Spray 25% to 50%
less
• Chemical costs drop
• Labor & Fuel costs
drop
• Yields increase
15. Figure 1: NDVI image of a
Hazelnut orchard. Stressed trees
were identified using aerial
imagery from the AgDrone™
System.
Healthier Crops - Yield Improvement
Identify Stress, Irrigation Problems, Damage & More…
Scouting on foot is slow and covers limited ground
Figure 2: NDVI aerial image of a
wheat field. Our system was
able to detect the presence of a
wireworm problem in the field.
Figure 3: Visible imagery used to
check sprinkler line for adequate
performance. The entire line was
imaged during the flight.
Figure 4: A farmer used this
imagery to get an estimated
count of his squash in this
particular field.
16. Market Scope & ImpactExporting UAS Data
This is what the data viewer looks like.
Our data files will work with your system.
We do not use a proprietary file formats.
Data goes into your variable rate systems.
Flight Data: weather, field size, flight time
Exports to Georeferenced files
TIFF, JPEG, SHP, KMZ…
17. Market Scope & ImpactAgDrone™ Data and Variable Rate Equipment
More Knowledge Import to Sprayers Measuring Yields
Know more faster
Simplifies Decision Making
Reduces Input Costs
(water, chemicals, etc.)
Zone Maps for Variable Rate
Upcoming Shape Files
Tune up yields
Reduce irrigation costs
Diagnostic Speed & Efficiency