Usage Report
Mission 1
Mission context
Weather
Precipitation type
None
Temperature
17 °C
Sun position
Zenith
Terrain
Slope
0 %
Cross slope
0 %
Sol
Texture
Clay loam
Dominant particle size
Gravel 2-20 mm
Moisture condition
Friable (optimal)
Crop
Species
Radis et carottes
Growth stage
Germination
Weed pressure
10 %
Planned operation
Soil preparation
Adjacent environment
Tall vegetation
No
Tall buildings
No
Metal structures
Yes
Ditch or embankment
Yes
High-voltage lines
No
Residential area
No
School or playground
No
Roads
No
No-network zone
No
Robot configuration
Robot weight
280 kg
Robot width
0.64 m
Tool
Tool name
Herse etri
Tool type
Mounted
Tool weight
15 kg
Tool length
0.8 m
Tool width
0.6 m
Tool height
0.6 m
Total tool length
1.1 m
Working depth
0.03 m
Mission overview
Mission parameters
Task to perform
Grattage
Trajectory
rectiligne, square turn
Working speed
2.8 km/h
Mission file
mission_carotte_2.json
Geofencing enabled
Yes
Organization
Workforce
Total employees
2
Employees on robot task
0
Surface area
Theoretical plot surface
0.04 ha
Worked plot surface
0.0492 ha
Robot-cultivated surface
0.04 ha
Plot fragmentation
Consolidated (<0.5 km)
Trajectory comparison
Agronomic summary
Energy per hectare
5.17 kWh/ha
Work rate
0.07 ha/h
Autonomy per battery
0.49 ha/batterie
Time tracking
Tool setup
2 min
GPS connection wait
22 min
Wi-Fi connection wait
0 min
Supervision time
25 min
Travel time
5 min
Number of restarts
1
Number of stops
0
Stop causes
redémarrage docker de loc
Work assessment
Quality appreciation
Generally satisfied
Crop damage
None
Performance Indicators
Agronomic
Crop species
Radis et carottes
Growth stage
Germination
Soil texture
Clay loam
Soil moisture
Friable (optimal)
Weed pressure
10 %
Planned operation
Soil preparation
Work quality assessment
Generally satisfied
Crop damage
None
Energy
SOC at start
94.00 %
SOC at end
83.80 %
Total discharge
11.08 %
For a battery pack capacity of: 2.54 kWh
Total energy consumed
0.28 kWh
Average power
0.34 kW
Energy per hectare
5.17 kWh/ha
Autonomy per battery
0.49 ha/batterie
Reference battery: 2.54 kWh
Work Rate
Work rate
0.07 ha/h
Area covered
0.05 ha
Worked plot surface
0.05 ha
Worked area
0.04 ha
Effective area
0.03 ha
Coverage rate
1.46 %
Average speed (km/h)
1.09 km/h
Max speed (km/h)
3.60 km/h
Economic
Electricity price
0.19 €/kWh
Labor cost per hour
N/A
Employees assigned
0
Labor cost per hectare
N/A
Energy cost
0.05 €
Energy cost per hectare
0.98 €/ha
Total cost
0.05 €
Total cost per hectare
0.98 €/ha
Environmental
Temperature
17 °C
Precipitation type
None
CO₂ emissions
0.09 kg
Emission factor applied: 317 g CO₂ per kWh.
Plot fragmentation
Consolidated (<0.5 km)
Mission
Planned distance
653.86 m
Performed distance
850.97 m
Distance deviation
197.11 m
Performed distance (%)
130.14 %
Mean lateral deviation
4.34 cm
kpi.mission.lateral_deviation_mean_cm_note
Max lateral deviation
19.85 cm
Without half-turn
Mean lateral deviation (tool)
6.98 cm
Without half-turn, tool distance: 110 cm
Max lateral deviation (tool)
19.98 cm
Without half-turn, tool distance: 110 cm
Worked rows
21
Operational
Robot weight
280.00 kg
Tool weight
15.00 kg
Total weight
295.00 kg
Energy per kg per hectare
0.02 kWh/kg/ha
Mean torque at work (% of nominal)
50.37 %
Reference nominal torque: 2.39 N·m — Number of motors: 2.
Safety
Geofencing exits
1
Time outside geofencing (seconds)
106.97 s
Time outside geofencing (hours)
0.03 h
Local emergency stops
0
Remote emergency stops
0
Bumper activations
0
Reliability
Output errors
0
Input errors
0
Battery errors
0
Motor errors
1
Cylinder errors
0
Total errors
1
Output error time (seconds)
0.00 s
Input error time (seconds)
0.00 s
Battery error time (seconds)
0.00 s
Motor error time (seconds)
0.22 s
Cylinder error time (seconds)
0.00 s
Total error time (seconds)
0.22 s
Error rate per hour
1.20 /h
System availability
99.99 %
Localization
Localization errors
1
Error time (seconds)
769.61 s
Error time (hours)
0.21 h
Time
Total duration
2999.90 s
Total duration (hours)
0.83 h
Active time
1673.95 s
Active time (hours)
0.46 h
Inactive time
1325.95 s
Inactive time (hours)
0.37 h
Active time (%)
55.80 %
Inactive time (%)
44.20 %
Mission 2
Mission context
Weather
Precipitation type
None
Temperature
17 °C
Sun position
Zenith
Terrain
Slope
0 %
Cross slope
0 %
Sol
Texture
Clay loam
Dominant particle size
Gravel 2-20 mm
Moisture condition
Friable (optimal)
Crop
Species
Radis et carottes
Growth stage
Germination
Weed pressure
10 %
Planned operation
Soil preparation
Adjacent environment
Tall vegetation
No
Tall buildings
No
Metal structures
Yes
Ditch or embankment
Yes
High-voltage lines
No
Residential area
No
School or playground
No
Roads
No
No-network zone
No
Robot configuration
Robot weight
280 kg
Robot width
0.64 m
Tool
Tool name
Herse etri
Tool type
Mounted
Tool weight
15 kg
Tool length
0.8 m
Tool width
0.6 m
Tool height
0.6 m
Total tool length
1.1 m
Working depth
0.03 m
Mission overview
Mission parameters
Task to perform
Grattage
Trajectory
rectiligne, square turn
Working speed
2.8 km/h
Mission file
mission_carotte_1.json
Geofencing enabled
Yes
Organization
Workforce
Total employees
2
Employees on robot task
0
Surface area
Theoretical plot surface
0.04 ha
Worked plot surface
0.0505 ha
Robot-cultivated surface
0.04 ha
Plot fragmentation
Consolidated (<0.5 km)
Trajectory comparison
Agronomic summary
Energy per hectare
4.34 kWh/ha
Work rate
0.06 ha/h
Autonomy per battery
0.59 ha/batterie
Time tracking
Tool setup
2 min
GPS connection wait
0 min
Wi-Fi connection wait
0 min
Supervision time
3 min
Travel time
1 min
Number of restarts
0
Number of stops
1
Stop causes
décalage suivis 1er demis-tour
Work assessment
Quality appreciation
Generally satisfied
Crop damage
None
Performance Indicators
Agronomic
Crop species
Radis et carottes
Growth stage
Germination
Soil texture
Clay loam
Soil moisture
Friable (optimal)
Weed pressure
10 %
Planned operation
Soil preparation
Work quality assessment
Generally satisfied
Crop damage
None
Energy
SOC at start
83.80 %
SOC at end
73.50 %
Total discharge
11.17 %
For a battery pack capacity of: 2.54 kWh
Total energy consumed
0.28 kWh
Average power
0.26 kW
Energy per hectare
4.34 kWh/ha
Autonomy per battery
0.59 ha/batterie
Reference battery: 2.54 kWh
Work Rate
Work rate
0.06 ha/h
Area covered
0.07 ha
Worked plot surface
0.05 ha
Worked area
0.04 ha
Effective area
0.04 ha
Coverage rate
0.51 %
Average speed (km/h)
1.13 km/h
Max speed (km/h)
3.60 km/h
Economic
Electricity price
0.19 €/kWh
Labor cost per hour
N/A
Employees assigned
0
Labor cost per hectare
N/A
Energy cost
0.05 €
Energy cost per hectare
0.82 €/ha
Total cost
0.05 €
Total cost per hectare
0.82 €/ha
Environmental
Temperature
17 °C
Precipitation type
None
CO₂ emissions
0.09 kg
Emission factor applied: 317 g CO₂ per kWh.
Plot fragmentation
Consolidated (<0.5 km)
Mission
Planned distance
670.27 m
Performed distance
1024.27 m
Distance deviation
354.01 m
Performed distance (%)
152.82 %
Mean lateral deviation
3.77 cm
kpi.mission.lateral_deviation_mean_cm_note
Max lateral deviation
19.97 cm
Without half-turn
Mean lateral deviation (tool)
5.92 cm
Without half-turn, tool distance: 110 cm
Max lateral deviation (tool)
20.00 cm
Without half-turn, tool distance: 110 cm
Worked rows
21
Operational
Robot weight
280.00 kg
Tool weight
15.00 kg
Total weight
295.00 kg
Energy per kg per hectare
0.01 kWh/kg/ha
Mean torque at work (% of nominal)
32.59 %
Reference nominal torque: 2.39 N·m — Number of motors: 2.
Safety
Geofencing exits
0
Time outside geofencing (seconds)
0.00 s
Time outside geofencing (hours)
0.00 h
Local emergency stops
1
Remote emergency stops
0
Bumper activations
0
Reliability
Output errors
0
Input errors
0
Battery errors
0
Motor errors
0
Cylinder errors
0
Total errors
0
Output error time (seconds)
0.00 s
Input error time (seconds)
0.00 s
Battery error time (seconds)
0.00 s
Motor error time (seconds)
0.00 s
Cylinder error time (seconds)
0.00 s
Total error time (seconds)
0.00 s
Error rate per hour
0.00 /h
System availability
100.00 %
Localization
Localization errors
3
Error time (seconds)
716.00 s
Error time (hours)
0.20 h
Time
Total duration
3922.90 s
Total duration (hours)
1.09 h
Active time
2363.28 s
Active time (hours)
0.66 h
Inactive time
1559.62 s
Inactive time (hours)
0.43 h
Active time (%)
60.24 %
Inactive time (%)
39.76 %