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Robot on poultry-house aisle
← EquipmentIntegrated systems / Core equipment

Poultry house inspection robotPoultry house inspection robot

A mobile inspection option for repeated aisle observations. Route width, obstacles, power, sensor set and exception hand-off must be verified in the intended house.

Product catalogue visual
ApplicationIntegrated systems
Selection starts withAisle width, floor and charging point
Project routeExplore the solution ↗
01 / Overview

Poultry house inspection robot

A mobile inspection option for repeated aisle observations. Route width, obstacles, power, sensor set and exception hand-off must be verified in the intended house.

01

Route fit

The robot requires a known aisle width, turning area and floor condition.

02

Observation scope

Camera, temperature or other sensors are selected for the inspection task, not assumed to be included.

03

Human follow-up

Alerts should reach a responsible operator with a clear response path; routine observation still matters.

02 / Equipment details

See each equipment detail in context.

Each catalogue image explains a visible structure or process; pictured configurations are not a fixed supply list.

Robot on poultry-house aisle
Product catalogue visual / 01
01 / Equipment details

Aisle inspection scene

The cover places a robot in a cage-row aisle, showing the need for floor quality, passable width and turns. The picture does not prove a specific sensor set.

Configure for your site:Confirm aisle geometry, floor and charging position.
Inspection robot equipment reference
Product catalogue visual / 02
02 / Equipment details

Robot equipment example

The isolated robot example differs from the aisle image and should be treated as another configuration example. Cameras, thermal imaging and environmental sensors require explicit selection.

Configure for your site:Define inspection task, sensor set, endurance and communications.
Robot configuration checklist
Product catalogue visual / 03
03 / Equipment details

Configuration checklist

The supplied table lists reference parameters. Values need confirmation for the chosen model and must not be merged across different robot examples.

Configure for your site:Verify model, software, alerts and service scope.
03 / System connections

How the equipment connects.

Functional connection map · not a construction drawing

01

Defined route

Plan around aisle and turns.

02

Robot and sensors

Fit the confirmed observation task.

03

Operator response

Hand exceptions to a responsible operator.

05 / Catalogue references

Catalogue references

Catalogue reference figures. Confirm the selected configuration and applicable local requirements before order.

ItemCatalogue referenceProject check
Overall sizeApprox. 1000 × 580 × 1600–3200 mmHeight depends on observation tiers
Unit weightApprox. 200 kgCheck floor load and aisle width
Observation levels3–5 tiersMatch cage tiers and camera travel
Travel speedTypically ~0.2 m/s; max ~0.5 m/sBalance image quality and flock disturbance
Battery48 V, 100 Ah; ~10 h runtime; ~2 h chargeCharging input and model require confirmation
Communication / guidance2.4 GHz Wi-Fi or 5G; RFID + magnetic guidanceCheck network coverage and route marking
06 / Configuration scope

Turn a product family into a project specification.

Final model and supply scope are set in a written project specification.

Information to share

  1. 01Aisle width, floor and charging point
  2. 02Sensors, communications, endurance and software
  3. 03Alert owner and human verification process

Connected equipment

Final model and supply scope are set in a written project specification.

07 / Questions buyers ask

Questions buyers ask

Can catalogue figures be used directly in a quotation?

Catalogue reference figures. Confirm the selected configuration and applicable local requirements before order.

Which systems can be configured together?

Review the related equipment above and share your automation goals. The written technical scope defines the final combination.

What house information should I share?

Aisle width, floor and charging point;Sensors, communications, endurance and software;Alert owner and human verification process

08 / Next step

Share your project conditions. Define the right configuration.

Final model and supply scope are set in a written project specification.