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BOTATLAS FIELD GUIDES

Better automation decisions begin before the product shortlist.

Original, decision-led resources for teams evaluating real work. Each guide is designed to clarify an operating question—not to make a product promise.

CREATOR CAPTURE & AUTOMATION

Creator robotics: build a repeatable capture workflow before automating the camera

A rights-aware decision guide for creators and production teams evaluating aerial capture, AI camera tracking, and repeatable motion-control workflows.Creators, production teams, marketing leads, and visual-documentation teams · 6 min readRead guide →

HOME & EVERYDAY ROBOTICS

Home robots for everyday chores: choose the job before the device

A practical decision guide for evaluating home robots for floor care, lawn maintenance, pool cleaning, and window cleaning without mistaking automation for zero ownership.Households, facilities teams, property managers, and consumer-robotics evaluators · 6 min readRead guide →

PILOT PLANNING

From robot demo to pilot: turn an exhibition moment into a real decision

A practical way to move from an impressive robotics demonstration to a bounded, evidence-led pilot with measurable operating questions.Innovation, operations, engineering, and procurement teams · 6 min readRead guide →

MATERIAL MOVEMENT

AMR vs. AGV: choose a material-movement system by the work

Compare autonomous mobile robots and guided vehicles by route variability, operating environment, integration, safety, and the ownership model required to run them.Warehouse, manufacturing, logistics, and engineering teams · 6 min readRead guide →

ROBOT BUYER GUIDE

How to compare industrial robots before you buy

An evidence-first buyer guide for comparing industrial robots by the work, environment, integration, safety, support, and commercial path—not a feature list alone.Operations, engineering, innovation, and procurement teams · 7 min readRead guide →

COMPONENTS & COMPUTE

How to evaluate robotics components and edge AI compute

A practical guide to comparing robotic arms, actuators, gear reducers, sensors, and edge AI compute by interface, evidence, lifecycle, and deployment conditions.Robotics builders, engineering teams, system integrators, and technical buyers · 6 min readRead guide →

ROBOT ENERGY & AUTONOMY

Robot energy autonomy: plan charging before a robot runs out of work

A decision-led planning guide for autonomous charging, battery swapping, charging infrastructure, energy-aware task scheduling, and solar-supported robotics operations.Robotics builders, fleet operators, facilities teams, system integrators, and technical buyers · 6 min readRead guide →

AUTONOMOUS MOBILITY & ROBOTAXI

Autonomous mobility and robotaxi: plan the operating system, not only the vehicle

A decision-led guide for evaluating autonomous-mobility and robotaxi programs by operating domain, local approval, rider safety, fleet dispatch, charging, and accountable recovery.Mobility operators, cities, fleet teams, facilities leaders, safety teams, and technical buyers · 7 min readRead guide →

WAREHOUSE AUTOMATION

A warehouse automation pilot checklist before you buy a robot

A practical way to frame material movement, safety, integration, and measurement before choosing a warehouse robot pilot.Operations, logistics, and warehouse leaders · 6 min readRead guide →

INSPECTION & MONITORING

Five questions to answer before a robotic inspection pilot

Plan an inspection robot pilot around the asset, sensing evidence, environment, review workflow, and operating constraints.Asset reliability, EHS, and site inspection teams · 5 min readRead guide →

AERIAL CAPTURE

Selecting aerial robotics for content capture by workflow

A decision guide for teams using aerial robotics to capture visual assets, site progress, inspection storytelling, or repeatable content.Creative, marketing, inspection, and field teams · 5 min readRead guide →

SAFETY & IMPLEMENTATION

Robot safety is a design input: a buyer checklist

Use safety, site preparation, integration, and supervision as early design inputs when evaluating robots for a real operation.Operations, engineering, EHS, and procurement teams · 6 min readRead guide →

EMERGING ROBOTICS

How to start a bounded humanoid robot pilot

A sober framework for teams assessing emerging humanoid robots without skipping evidence, supervision, safety, or integration work.Innovation, operations, and transformation teams · 5 min readRead guide →