Warehouse Robotics Efficiency Metrics

This dataset provides granular, shift-level performance metrics for robotic devices operating in e-commerce warehouses, including operational efficiency, energy consumption, fault rates, and utilization. It enables logistics specialists to benchmark robotic assets, identify bottlenecks, and optimize fulfillment operations for improved supply chain performance.

  • last updated 11 Dec 2025
  • by GoMask
The brief that made it

Benchmarking and optimizing robotic asset utilization in warehouses

Sample rows

preview · 8 of 75 rows · all 21 columns
warehouse_idstringrobot_typestringaverage_speed_mpsfloatrobot_modelstringwarehouse_namestringwarehouse_location_citystringwarehouse_location_statestringwarehouse_location_countrystringrobot_idstringoperation_datedateshiftstringtasks_completedintegerdistance_traveled_metersfloatuptime_minutesintegerdowntime_minutesintegerfault_countintegerenergy_consumed_kwhfloatbattery_level_start_percentfloatbattery_level_end_percentfloatoperator_idstringnotesstring
WH-001picker1.18PX-500Metro Distribution CenterDallasTXUSARB-10012024-05-06morning1281548.242015214.698.762.4OP-204Brief maintenance for sensor recalibration.
WH-002transporter1.31TR-120Eastern Fulfillment HubAtlantaGAUSARB-10252024-05-06afternoon772104.53900017.110074.2OP-138blank
WH-003sorter0.97ST-210Pacific Ecom NodeSeattleWAUSARB-10502024-05-06night94851.638520312.392.149.8OP-177Power cycle required after conveyor jam.
WH-004packer0.65PK-330Central Logistics FacilityChicagoILUSARB-10782024-05-06morning110540.440010110.585.771.3OP-189Routine battery swap performed.
WH-005picker1.22PX-500Northern Goods DepotMinneapolisMNUSARB-10922024-05-06afternoon1351610.8430001699.965.5OP-204blank
WH-001transporter1.4TR-120Metro Distribution CenterDallasTXUSARB-10042024-05-06night82220041030218.388.443.1OP-138Motor replacement required during shift.
WH-003sorter0.99ST-210Pacific Ecom NodeSeattleWAUSARB-10522024-05-06morning96890.73952521390.655.3OP-177Conveyor belt jammed and reset.
WH-002transporter1.35TR-120Eastern Fulfillment HubAtlantaGAUSARB-10282024-05-06morning722050.34100016.797.370.8OP-138blank

What the 75 rows show

from the 75-row sample

Transporter (robot type) stands out: mean average_speed_mps is 1.3, against 0.96 for the rest.

  • 1.0median average_speed_mps
  • 3shifts
  • 9warehouse location countries
  • 17warehouse location states
  • 18warehouse location cities
  • 22warehouses
Mean average_speed_mps by robot_type75 rows
0121.2picker18 rows1.0sorter20 rows1.3transp…14 rows0.77packer15 rows0.61other8 rows
average_speed_mps75 rows, in bands of 0.2
0102041218192020.411.6average_speed_mps →

Median 1.0, from 0.44 to 1.4.

robot_model75 rows · top 10 of 25 values
  1. ST-2108
  2. PK-3308
  3. PX-5006
  4. TR-1206
  5. OT-44A4
  6. Triton-X64
  7. Atlas-S34
  8. Orion-24
  9. Flexi-Q4
  10. Delta-R4
21 columns by typefrom the column list below
  • string 11
  • integer 4
  • float 5
  • date 1

Columns

21 columns in three groups
blueprint · 21 columns
columntypedescriptionexample
Text 11 columns
warehouse_idstringUnique identifier for the warehouse where the robotic device is operatingWH-001
warehouse_namestringHuman-readable name of the warehouseEastern Fulfillment Hub
warehouse_location_citystringCity where the warehouse is locatedDallas
warehouse_location_statestringState or province where the warehouse is locatedTX
warehouse_location_countrystringCountry where the warehouse is located9 countriesUSA
robot_idstringUnique identifier for the robotic deviceRB-1001
robot_modelstringModel name or number of the robotic devicePX-500
robot_typestringType of robotic device (e.g., picker, sorter, transporter)picker · sorter · transporter · packer · otherpicker
shiftstringShift during which the metrics were recorded (e.g., morning, afternoon, night)morning · afternoon · nightmorning
operator_idstringIdentifier for the human operator or supervisor responsible for the robot during the shiftoptionalOP-204
notesstringAdditional notes or comments about the robot's performance or issues during the shiftoptionalShort charging break.
Numbers 9 columns
tasks_completedintegerNumber of tasks completed by the robot during the shift0 or more128
distance_traveled_metersfloatTotal distance traveled by the robot in meters during the shift0 or more1548.2
average_speed_mpsfloatAverage speed of the robot in meters per second during the shift0 or more · optional1.18
uptime_minutesintegerTotal minutes the robot was operational during the shift0 or more420
downtime_minutesintegerTotal minutes the robot was non-operational due to maintenance, charging, or faults0 or more15
fault_countintegerNumber of faults or errors encountered by the robot during the shift0 or more2
energy_consumed_kwhfloatTotal energy consumed by the robot in kilowatt-hours during the shift0 or more · optional14.6
battery_level_start_percentfloatBattery level percentage at the start of the shift0 to 100 · optional98.7
battery_level_end_percentfloatBattery level percentage at the end of the shift0 to 100 · optional62.4
Dates and times 1 column
operation_datedateDate when the performance metrics were recorded2024-05-06

Use it for

  • median average…1.075 rowsmean average speed mp…1.2pick…1.0sort…1.3tran…0.77pack…

    A logistics dashboard

    Average_speed_mps by robot_type and a breakdown of robot_model. Excel, Power BI or Tableau.

  • Why do the 14 transporter rows have a mean average_speed_mps of 1.3?

    A root-cause class exercise

    Hand out the rows and one question. The answer is in the data, not in the brief.

  • A software demo

    Believable warehouses with warehouse_name, warehouse_location_city and warehouse_location_state to fill a screen in front of a buyer.

Not quite right?

Make it yours.

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This dataset75 rows21 columns
Yours1,000 rows21 columnswarehouse_location_city: UK only

blueprint · warehouse-robotics-efficiency-metrics

Behind this dataset

Same schema. As many rows as you need.

These 75 rows came out of a blueprint — 21 columns with generation rules behind each one. Open it in Data Factory to retune a column, add your own, wire in foreign keys, and run it at the size you actually need.

Rules it was built with
  • Each row represents a unique robot and shift
  • Metrics tracked include error rate, uptime, orders fulfilled, and maintenance incidents
  • Robots are assigned to specific warehouse zones and task types
  • Performance anomalies must be flagged if error rate exceeds 5% per shift
  • Breakdown events require timestamp and duration logging
  • Maintenance logs must include technician ID and resolution status
Rows
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Exports
CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence
yours to use, including commercially
API slug
warehouse-robotics-efficiency-metrics

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