How to Choose a Home Robot

Step 01 / role

Name the job before comparing robots.

Home robots currently fall into several overlapping roles. Pick one primary role and, at most, one secondary role. When every feature is a priority, the most expensive robot tends to look best even when it is not the best fit.

• Programmable and educational: coding, simulation, sensors, motion, and experiments
• Desktop companion: expression, reactions, games, and a small personal footprint
• Mobile companion: movement, personality, family interaction, and app-connected features
• Mobile monitoring: remote camera access, two-way audio, alerts, and room-to-room movement

Step 02 / home fit

Audit the physical environment.

A desktop robot needs a stable surface, power, and enough quiet space for microphones. A wheeled robot needs a floor plan it can survive. Check the home before assuming a navigation feature will handle it.

• Stairs and floor drops that need a gate or physical barrier
• Rug height, thresholds, power cords, toys, furniture gaps, and reflective surfaces
• Water bowls, kitchens, bathrooms, patios, or other wet zones
• A charging location with airflow, reliable Wi-Fi, and room for a dock approach
• Children or pets likely to pick up, push, cover, or chase the robot

Step 03 / total cost

Price the complete experience.

The product-page number may exclude the accessory that makes the experience work: a dock, AI station, props, storage card, host computer, replacement battery, import duties, or cloud subscription.

Write down the first-year cost before checkout. For developer robots, include the value of assembly and setup time. For connected robots, ask what stops working if a subscription or remote service ends.

• Robot and required bundle
• Shipping, duties, taxes, and regional warranty
• Dock, station, props, storage, spare parts, and batteries
• Cloud recording or AI service fees
• Compatible phone, computer, Wi-Fi, and time to assemble or configure

Worked examples / package cost

What the advertised price actually buys.

The examples below use official US-dollar listings checked September 14, 2026. They are hardware subtotals before shipping, taxes, duties, optional services, or replacement parts. A lower subtotal can also mean a narrower set of features.

Sources: Eilik listing · AI Station listing · Standard EMO package · EMO Go Home package · Separate Home Station

Worked examples / connectivity

Offline is a feature-by-feature question.

Base Eilik and Eilik with AI Station should not be treated as the same connected product. Energize Lab describes local recognition processing and remote processing of conversation audio in its robot privacy policy. Adding the station changes what data is involved.

AIBI's English command list makes a useful distinction: starred commands work in offline mode. Turning, checking the battery, and taking a photo are among the marked actions. Chat and weather are not marked. Offline voice operation therefore does not mean the camera stops working, and it does not mean every voice feature remains available.

For EMO, the reviewed command page lists supported actions without an equivalent per-command offline key. If a particular offline task is essential, that remains a question for LivingAI before ordering; an unmarked command list is not evidence that everything works offline or that nothing does.

Sources: Robot and app privacy policy · AIBI offline-command key · EMO command catalog

Step 04 / software

Choose your preferred kind of complexity.

Open-source robots expose more control and remain useful for custom projects, but they require documentation, dependencies, and debugging. Consumer robots hide that complexity behind an app, which is convenient but increases dependence on the manufacturer.

Check supported phones and computers, update history, account requirements, export options, local control, community size, and the process for factory reset or resale.

Step 05 / privacy

Count sensors and people, not promises.

A moving camera can see more of a home than a fixed camera. Microphones can capture bystanders who never installed the app. AI features may introduce additional providers beyond the robot manufacturer.

• Which features work locally, and which send audio, video, images, or prompts to a service?
• Who can access the robot, and is there a guest or activity log?
• Where are recordings stored, for how long, and how are they deleted?
• Can camera and microphone be disabled clearly and verified?
• What household rooms, hours, and situations are off limits?

Step 06 / ownership

Plan for year two, not just day one.

Robots combine mechanical wear, batteries, firmware, apps, accounts, and cloud services. That makes support quality unusually important.

• Warranty length and who pays return shipping
• Replacement tracks, motors, batteries, cables, and docks
• Firmware update process and recent support activity
• Whether core features work when the internet is unavailable
• Data deletion, factory reset, transfer, and end-of-life policy

Worked examples / returns

A return window is not automatically a trial period.

LivingAI's posted policy allows return applications within 14 days of delivery, with unused condition and original packaging required. Customer-initiated returns carry return-shipping costs. This matters if your plan is to use a robot for two weeks and then decide whether to keep it.

Energize Lab lists a 14-day refund window outside Asia and seven days in Asia, with unused-condition requirements. Its separate warranty policy specifies 90 days for manufacturing defects. A warranty claim and a change-of-mind return are different processes; keep the packaging and order record while confirming the terms for your seller and region.

Sources: LivingAI return conditions · Energize Lab returns and exchanges · Energize Lab limited warranty

Step 07 / decision

Build a shortlist around your main constraint.

Use the trade-off that matters most to eliminate unsuitable products before comparing optional features. These examples are recommendations about fit, not ratings of long-term reliability.

• Small desk and a lower hardware budget: start with base Eilik if stationary touch interaction is enough. It is not a substitute for a voice-and-camera robot.
• Walking desk pet with automatic charging: compare EMO Go Home as the full package, rather than budgeting only for standard EMO.
• Portable companion with some offline voice actions: inspect AIBI's starred command list against the tasks you need; it does not provide room-to-room mobility.
• A robot to program: start with a developer platform such as Reachy Mini and budget for the required host computer or wireless configuration. Packaged consumer behaviors do not imply an open programming interface.