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Usage Report

Vehicle: SRBC TEST Date: 04/03/2026 Location: SABI AGRI, Auvergne, France Missions: 2

Mission context

Weather

Precipitation type None
Temperature 20 °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
Growth stage Germination
Weed pressure 2 %
Planned operation Sowing

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 Semoir
Tool type Mounted
Tool length 0.8 m
Tool width 0.1 m
Tool height 0.3 m
Total tool length 1.1 m
Working depth 0.18 m

Mission overview

Mission parameters

Task to perform Semis Radis
Trajectory rectiligne, square turn
Working speed 0.72 km/h
Mission file mission_semis_radis_carotte_parcelle_1.json
Geofencing enabled Yes

Organization

Workforce
Total employees 1
Employees on robot task 0
Surface area
Theoretical plot surface 0.0202 ha
Worked plot surface 0.0276 ha
Robot-cultivated surface 0.0202 ha
Plot fragmentation Consolidated (<0.5 km)

Agronomic summary

Energy per hectare 3.80 kWh/ha
Work rate 0.05 ha/h
Autonomy per battery 0.67 ha/batterie

Time tracking

Tool setup 10 min
GPS connection wait 45 min
Wi-Fi connection wait 0 min
Supervision time 30 min
Travel time 5 min
Number of restarts 1
Number of stops 3
Stop causes detection de personnes 3

Work assessment

Quality appreciation Very satisfied
Crop damage None

Performance Indicators

Agronomic

Crop species
Radis
Growth stage
Germination
Soil texture
Clay loam
Soil moisture
Friable (optimal)
Weed pressure
2 %
Planned operation
Sowing
Work quality assessment
Very satisfied
Crop damage
None

Energy

SOC at start
86.20 %
SOC at end
80.20 %
Total discharge
6.51 %
For a battery pack capacity of: 2.54 kWh
Total energy consumed
0.17 kWh
Average power
0.17 kW
Energy per hectare
3.80 kWh/ha
Autonomy per battery
0.67 ha/batterie
Reference battery: 2.54 kWh

Work Rate

Work rate
0.05 ha/h
Area covered
0.04 ha
Worked plot surface
0.03 ha
Worked area
0.00 ha
Effective area
0.00 ha
Coverage rate
0.00 %
Average speed (km/h)
0.51 km/h
Max speed (km/h)
3.60 km/h

Economic

Electricity price
0.19 €/kWh
Labor cost per hour
18.00 €/h
Employees assigned
0
Labor cost per hectare
0.00 €/ha
Energy cost
0.03 €
Energy cost per hectare
0.72 €/ha
Total cost
0.03 €
Total cost per hectare
0.72 €/ha

Environmental

Temperature
20 °C
Precipitation type
None
CO₂ emissions
0.05 kg
Emission factor applied: 317 g CO₂ per kWh.
Plot fragmentation
Consolidated (<0.5 km)

Mission

Planned distance
706.47 m
Performed distance
681.24 m
Distance deviation
-25.23 m
Performed distance (%)
96.43 %
Mean lateral deviation
1.55 cm
kpi.mission.lateral_deviation_mean_cm_note
Max lateral deviation
19.59 cm
Without half-turn
Mean lateral deviation (tool)
2.12 cm
Without half-turn, tool distance: 110 cm
Max lateral deviation (tool)
19.83 cm
Without half-turn, tool distance: 110 cm
Worked rows
10

Operational

Robot weight
280.00 kg
Tool weight
N/A
Total weight
280.00 kg
Energy per kg per hectare
0.01 kWh/kg/ha
Mean torque at work (% of nominal)
43.98 %
Reference nominal torque: 2.39 N·m — Number of motors: 2.

Safety

Geofencing exits
1
Time outside geofencing (seconds)
865.00 s
Time outside geofencing (hours)
0.24 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
1
Error time (seconds)
3.00 s
Error time (hours)
0.00 h

Time

Total duration
3484.62 s
Total duration (hours)
0.97 h
Active time
1843.67 s
Active time (hours)
0.51 h
Inactive time
1640.96 s
Inactive time (hours)
0.46 h
Active time (%)
52.91 %
Inactive time (%)
47.09 %

Mission context

Weather

Precipitation type None
Temperature 22 °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 Carrot
Growth stage Germination
Weed pressure 2 %
Planned operation Sowing

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 Semoir
Tool type Mounted
Tool weight 5 kg
Tool length 0.8 m
Tool width 0.1 m
Tool height 0.3 m
Total tool length 1.1 m
Working depth 0.18 m

Mission overview

Mission parameters

Task to perform Semis carotte
Trajectory rectiligne, square turn
Working speed 0.72 km/h
Mission file mission_semis_radis_carotte_parcelle_1.json
Geofencing enabled Yes

Organization

Workforce
Total employees 1
Employees on robot task 0
Surface area
Theoretical plot surface 0.0223 ha
Worked plot surface 0.0277 ha
Robot-cultivated surface 0.0223 ha
Plot fragmentation Consolidated (<0.5 km)

Agronomic summary

Energy per hectare 3.89 kWh/ha
Work rate 0.05 ha/h
Autonomy per battery 0.65 ha/batterie

Time tracking

Tool setup 0 min
GPS connection wait 0 min
Wi-Fi connection wait 0 min
Supervision time 5 min
Travel time 3 min
Number of restarts 0
Number of stops 0

Work assessment

Quality appreciation Very satisfied
Crop damage None

Performance Indicators

Agronomic

Crop species
Carrot
Growth stage
Germination
Soil texture
Clay loam
Soil moisture
Friable (optimal)
Weed pressure
2 %
Planned operation
Sowing
Work quality assessment
Very satisfied
Crop damage
None

Energy

SOC at start
80.10 %
SOC at end
73.50 %
Total discharge
7.21 %
For a battery pack capacity of: 2.54 kWh
Total energy consumed
0.18 kWh
Average power
0.19 kW
Energy per hectare
3.89 kWh/ha
Autonomy per battery
0.65 ha/batterie
Reference battery: 2.54 kWh

Work Rate

Work rate
0.05 ha/h
Area covered
0.05 ha
Worked plot surface
0.03 ha
Worked area
0.00 ha
Effective area
0.00 ha
Coverage rate
0.02 %
Average speed (km/h)
0.63 km/h
Max speed (km/h)
3.60 km/h

Economic

Electricity price
0.19 €/kWh
Labor cost per hour
18.00 €/h
Employees assigned
0
Labor cost per hectare
0.00 €/ha
Energy cost
0.03 €
Energy cost per hectare
0.74 €/ha
Total cost
0.03 €
Total cost per hectare
0.74 €/ha

Environmental

Temperature
22 °C
Precipitation type
None
CO₂ emissions
0.06 kg
Emission factor applied: 317 g CO₂ per kWh.
Plot fragmentation
Consolidated (<0.5 km)

Mission

Planned distance
706.47 m
Performed distance
736.30 m
Distance deviation
29.83 m
Performed distance (%)
104.22 %
Mean lateral deviation
1.92 cm
kpi.mission.lateral_deviation_mean_cm_note
Max lateral deviation
19.97 cm
Without half-turn
Mean lateral deviation (tool)
2.83 cm
Without half-turn, tool distance: 110 cm
Max lateral deviation (tool)
19.96 cm
Without half-turn, tool distance: 110 cm
Worked rows
11

Operational

Robot weight
280.00 kg
Tool weight
N/A
Total weight
280.00 kg
Energy per kg per hectare
0.01 kWh/kg/ha
Mean torque at work (% of nominal)
33.61 %
Reference nominal torque: 2.39 N·m — Number of motors: 2.

Safety

Geofencing exits
1
Time outside geofencing (seconds)
75.00 s
Time outside geofencing (hours)
0.02 h
Local emergency stops
2
Remote emergency stops
0
Bumper activations
0

Reliability

Output errors
0
Input errors
0
Battery errors
0
Motor errors
3
Cylinder errors
2
Total errors
5
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)
7.25 s
Cylinder error time (seconds)
5.71 s
Total error time (seconds)
7.29 s
Error rate per hour
5.18 /h
System availability
99.79 %

Localization

Localization errors
15
Error time (seconds)
206.00 s
Error time (hours)
0.06 h

Time

Total duration
3476.39 s
Total duration (hours)
0.97 h
Active time
2535.45 s
Active time (hours)
0.70 h
Inactive time
940.94 s
Inactive time (hours)
0.26 h
Active time (%)
72.93 %
Inactive time (%)
27.07 %