temi V3 Review: Price, Specs & Verdict

temi V3: Quick Buyer Verdict

temi V3 should be evaluated as an autonomous mobile interaction and telepresence platform, not as a conventional delivery AMR or general-purpose service worker.

Its core value comes from combining a 13.3-inch touchscreen, camera and microphone system with autonomous indoor navigation, person following, remote video presence, voice interaction and software extensibility. Instead of requiring a person to carry a tablet or push a telepresence cart around a building, temi can move itself between mapped locations.

At approximately 100 cm tall and 12 kg, it is also considerably easier to deploy and reposition than larger commercial service robots.

Pros

• Current published price of US$3,999 is relatively accessible for a commercial autonomous service robot.
• Strong combination of autonomous navigation and remote telepresence.
• 13.3-inch Full HD touchscreen designed for face-to-face interaction.
• 13 MP camera with 1080p video and wide field of view.
• Four-microphone array and substantial 20 W audio system.
• Person-following capability without requiring the user to wear an external tracking device.
• Up to eight hours of published battery operation.
• Automatically returns to its charging dock.
• Android-based application environment with a public SDK.
• SDK remains actively maintained in 2026.
• temi Center provides centralized management for business deployments.
• Optional 4G/5G cellular connectivity.
• USB connectivity allows additional peripherals and external cameras.
• V3 tray provides a 12 V DC connection and attachment points for hardware customization.

Cons

• No robot arms or physical manipulation capability.
• Approximately 3 kg tray capacity is unsuitable for meaningful material transport.
• Designed primarily for flat indoor environments.
• Physical obstacles, thresholds, clutter and unsuitable flooring can still limit navigation.
• Many of its most useful business workflows depend on reliable network connectivity.
• Cameras, microphones and facial-recognition functionality create privacy and governance requirements.
• It cannot replace a delivery robot when enclosed storage or significant payload capacity is required.
• It cannot replace a humanoid or manipulator for tasks involving physical interaction with objects.
• The economic case depends heavily on having a repeatable communication, guidance or engagement workflow.

Our recommendation: shortlist temi V3 when your requirement can be described as “we need a remote person, digital service or interactive screen to move autonomously through our building.” Do not buy it merely because you want “AI” or “a robot.” Define the journey, interaction and business outcome first, then verify that temi can navigate the real environment reliably.

Review the temi V3 listing at Anton Robots before requesting a quote.

How Much Does temi V3 Cost in 2026?

temi currently advertises its core robot at US$3,999.

That makes it significantly more accessible than many enterprise service robots, humanoids and custom telepresence platforms. However, the hardware price should not automatically be treated as the complete cost of deployment.

A business deployment can also involve software services, fleet-management access, application development, cellular connectivity, integrations, accessories, support, configuration and internal IT work.

The US$3,999 price is attractive—but only for the right task

The correct comparison is not simply robot versus robot.

For telepresence, compare temi with:

• The cost of repeatedly sending employees between sites.
• Staff time spent escorting remote visitors.
• Fixed video-conferencing installations.
• Conventional telepresence carts.
• Reception or concierge workloads.
• Alternative mobile service robots.

If temi removes a recurring physical-presence requirement, US$3,999 can be comparatively modest.

If it spends most of its time parked beside a wall being used as an expensive tablet, the economics are much weaker.

What Is temi V3?

temi V3 is a wheeled autonomous service and telepresence robot produced by temi.

It combines an interactive display, cameras, microphones, speakers and Android-based software with a separate navigation computer and mobile robotic base.

The robot can map an indoor environment, travel to saved destinations, detect and follow a person, avoid obstacles, return to its charging station and carry a live remote participant through the building.

The most useful mental model is therefore not “humanoid assistant.”

It is closer to an autonomous mobile communications platform.

What temi V3 is

• An autonomous indoor mobile robot.
• A mobile telepresence system.
• A remote video-calling platform.
• A programmable Android robot.
• A mobile digital-signage and engagement device.
• A reception and visitor-guidance platform.
• A potential healthcare communication interface.
• A platform for custom applications and integrations.
• A robot that can follow users or travel between predefined locations.
• A fleet-manageable commercial service robot.

What temi V3 is not

• It is not a humanoid.
• It has no arms or hands.
• It cannot independently open ordinary doors.
• It is not a heavy-load delivery robot.
• It is not designed as an outdoor AMR.
• It is not a warehouse pallet transporter.
• It is not a general-purpose physical worker.
• It is not automatically able to navigate elevators without additional building integration or operating arrangements.
• It is not proof that every voice, AI or third-party service will work identically in every region.
• It is not a substitute for validating Wi-Fi, flooring, thresholds and traffic conditions at the deployment site.

The distinction matters because temi can look much more capable in a demonstration than the physical scope of its work actually is.

Its value comes from moving information and people remotely, not moving the physical world.

temi V3 vs V2: What Changed?

The current official temi specification contains an unusually useful distinction between the V3 hardware and earlier V2 units.

One confirmed V3-specific difference is the tray.

The V3 tray makes more sense for commercial customization because an integrator can power and physically attach additional equipment.

Possible integrations might include scanners, small sensors, specialized cameras or application-specific hardware, subject to engineering and temi’s supported interfaces.

Buyer warning: do not assume every temi described online as “V3” has identical hardware merely because its software has been updated. Request the serial number, physical configuration, software version and photographs of the actual robot being supplied.

temi V3 Specifications

The following specifications reflect temi’s current published V3 information checked in September 2026.

Specifications that matter more than they initially appear

The 12 kg weight makes temi comparatively easy to relocate manually when required, but the compact platform also limits physical payload capability.

The 13.3-inch screen is large enough for real face-to-face video interaction at standing or seated distances without turning the robot into a very large signage platform.

Zero-radius turning is particularly valuable in offices, clinics and retail environments because the robot does not require a long turning arc.

Optional cellular connectivity can also reduce dependence on building Wi-Fi in some deployments, although network configuration, coverage and data policy still require validation.

Navigation, Mapping and Human Following

Autonomous navigation is the feature that separates temi from a conventional telepresence screen.

Its ROBOX navigation system combines:

• 360-degree LiDAR.
• Depth cameras.
• RGB imaging.
• An inertial measurement unit.
• Time-of-flight sensors.
• 2D mapping.
• 3D localization.
• Obstacle avoidance.
• Path planning.
• User detection and tracking.

temi publishes navigation accuracy of approximately 5 cm under its specified system.

Go-to navigation

A mapped environment can contain named locations such as:

• Reception.
• Meeting Room 1.
• Ward A.
• Showroom.
• Training Room.
• Customer Service.
• Charging Base.

temi can then be commanded to travel between those destinations.

This enables workflows that are considerably more useful than manually driving a conventional telepresence robot.

Human-following mode

temi can identify and follow a person without requiring a separate wearable beacon.

That makes it relevant for:

• Accompanying a staff member.
• Guided demonstrations.
• Remote inspection.
• Mobile presentations.
• Personal assistance within a controlled building.

Obstacle avoidance does not eliminate environmental constraints

No autonomous indoor robot should be selected from a specification sheet alone.

Test the robot against:

• Door thresholds.
• Loose cables.
• Reflective surfaces.
• Glass partitions.
• Dark flooring.
• Narrow corridors.
• High pedestrian traffic.
• Chairs that move frequently.
• Floor-to-floor transitions.
• Temporary signage.
• Small objects left on the floor.

temi’s own safety guidance tells users to clear small objects before autonomous navigation.

Can temi use elevators?

Do not assume automatic elevator use from the basic V3 specification.

Multi-floor autonomy requires a separate solution for calling the lift, selecting floors, maintaining network connectivity, navigating the lift cabin and handling doors and passengers.

If multi-floor operation is part of the business case, require the supplier or integrator to demonstrate the exact elevator workflow before purchase.

temi V3 Telepresence and Remote Presence

Telepresence is arguably temi V3’s strongest application.

A remote user can appear on the robot’s screen rather than being fixed to a laptop or conference-room display.

That remote presence becomes physically mobile.

The practical distinction is significant.

A fixed video call lets someone see what a stationary camera can see.

A mobile telepresence robot can allow that person to:

• Move between rooms.
• Approach a person.
• Inspect a location.
• Participate in a tour.
• Visit a patient or resident.
• Attend a remote meeting.
• Follow another person.
• Return to another area without a local employee carrying the device.

Video hardware

The primary camera is rated at 13 MP with autofocus, 1080p video at 30 fps and a 120-degree field of view.

The screen can tilt automatically to track faces, with the official specification listing a movement range from approximately -15° to +55°.

This matters in mixed environments containing both seated and standing users.

Audio hardware

temi uses four omnidirectional digital microphones with beamforming, acoustic echo cancellation and environmental noise reduction.

The 20 W audio system combines a subwoofer, midrange speakers, tweeters and passive radiators.

That is substantially more capable than the speaker and microphone hardware in a basic tablet.

Remote presence still depends on connectivity

Video performance depends on:

• Upload and download bandwidth.
• Wi-Fi roaming between access points.
• Latency.
• Firewall policy.
• Corporate network configuration.
• Third-party meeting services.
• Cellular coverage when using a SIM connection.

A successful five-minute test beside the Wi-Fi access point does not establish reliable building-wide telepresence.

Run calls along the complete intended route.

Display, Audio, Voice and Human Interaction

temi’s physical design is heavily optimized around interaction.

The robot positions a 13.3-inch Full HD screen near normal human conversational height, and its motorized display can tilt toward a person’s face.

This makes it more appropriate for communication than robots whose screens primarily function as small control panels.

Voice interaction

temi describes support for speech recognition, speech-to-text, text-to-speech and natural-language interaction.

Alexa and temi’s own voice functions can also form part of supported experiences depending on configuration and service availability.

However, voice functionality should never be evaluated abstractly.

Test:

• Local accent recognition.
• Background music.
• Multiple simultaneous speakers.
• Retail noise.
• Hospital equipment noise.
• Distance from the robot.
• Industry-specific terminology.
• Languages required by the deployment.

Facial recognition

temi supports facial-recognition functionality.

This can improve personalized experiences, but it also moves the deployment into a more sensitive privacy category.

Organizations should establish:

• Whether facial recognition is actually necessary.
• What images are collected.
• Where information is stored.
• How consent is obtained.
• Who can access the data.
• How long records remain stored.
• How people can opt out.

Do not enable biometric-style functionality merely because the robot supports it.

temi SDK, Android Development and Custom Applications

The developer ecosystem is one of temi V3’s strongest differentiators.

temi exposes an Android SDK that allows developers to create robot-specific applications rather than treating the system as a closed telepresence appliance.

The official SDK repository remains active in 2026.

What developers can build around

Depending on permissions and current SDK support, applications can interact with areas including:

• Robot navigation.
• Saved locations.
• Movement.
• Speech.
• Telepresence.
• Meetings.
• Map functionality.
• Face recognition.
• Robot state.
• Screen behavior.
• Custom kiosk applications.
• Sequences and workflows.

Android architecture

temi’s interaction computer uses an Android 11-based architecture.

This lowers the entry barrier for organizations that already employ Android/Kotlin or Java developers.

The robot’s navigation system runs separately on an ARM/Linux architecture.

That separation is useful conceptually: an app can request behaviors, while lower-level mobility remains part of the dedicated robotic platform.

The SDK is actively maintained

The public temi SDK reached version 1.138.0 in June 2026.

Recent releases include changes around:

• Navigation zones.
• Navigation speed controls.
• Map functionality.
• Robot positioning.
• Speech and language support.
• Conversation and LLM workflows.
• Emergency-button status.
• Telepresence and meetings.

This continued development is important.

A commercial robot with a stagnant software stack can become difficult to integrate long before the physical hardware fails.

Developer limitations still exist

An open SDK does not mean unrestricted control over every sensor, map representation or operating-system function.

Before committing to a custom project, prototype the exact APIs you require.

Do not assume that because temi itself can perform an action, a third-party application automatically receives full access to that subsystem.

temi Center and Fleet Management

For business buyers deploying more than one robot, temi Center can be as important as the physical V3 hardware.

The web-based system provides centralized management functionality including:

• Remote robot control.
• Sending robots to saved locations.
• Web-based telepresence.
• Sequences.
• Map configuration.
• Virtual walls.
• Location editing.
• Map import and export.
• Greeting behavior.
• Home-screen configuration.
• Contact management.

Why sequences matter

A sequence can combine multiple actions rather than requiring an operator to control every step manually.

For example:

1. Travel to reception.
2. Display a welcome screen.
3. Speak an introduction.
4. Play a video.
5. Travel to a showroom location.
6. Present additional information.
7. Return to the charging area.

This moves temi closer to an automated service workflow rather than a simple remote-controlled device.

Fleet management changes the business case

A single robot can be managed informally.

A fleet requires:

• User permissions.
• Standard configurations.
• Map management.
• Robot naming.
• Software-version control.
• Support procedures.
• Content management.
• Incident handling.
• Charging discipline.
• Analytics.

Ask which temi Center capabilities and subscription levels are included with the quoted commercial package.

Battery Life, Charging and Duty Cycle

temi publishes up to eight hours of operation per charge.

The robot uses lithium-ion cells and supports autonomous charging through its docking station.

Autonomous docking is more important than the headline runtime

A robot that can return to charge without being manually plugged in can remain much more operationally useful than a device with similar battery life that requires staff intervention.

However, autonomous charging only works when:

• The charging dock remains accessible.
• The map is valid.
• The route is unobstructed.
• The robot retains enough battery to reach the dock.
• The dock has not been moved unexpectedly.

Real battery life will vary

The eight-hour figure should be treated as a published maximum rather than guaranteed continuous telepresence time.

Runtime can change with:

• Driving frequency.
• Video calling.
• Display brightness.
• Audio use.
• Network activity.
• Connected USB devices.
• Tray-mounted hardware.
• Battery age.
• Temperature.

For a business deployment, measure actual energy consumption during the real workflow.

temi V3 Privacy, Cybersecurity and Safety

temi is a networked robot with cameras, microphones, remote video capability, facial-recognition functionality, wireless connectivity and third-party applications.

It should therefore be managed as both a physical robot and an enterprise-connected device.

Camera and facial-recognition privacy

temi’s privacy documentation explains that camera and video functionality can be used for robot navigation and that uploaded or captured images may be processed for facial-recognition functionality when users choose those features.

Organizations deploying temi should review applicable privacy and data-protection laws before enabling them.

This is particularly important in:

• Hospitals.
• Care homes.
• Schools.
• Workplaces.
• Public retail environments.
• Residential settings.

Network controls

Review:

• Wi-Fi credentials.
• Network segmentation.
• Firewall requirements.
• User accounts.
• Administrator access.
• Remote-control permissions.
• Software updates.
• Third-party applications.
• Camera and microphone permissions.
• Stored contacts.
• Facial-recognition data.
• Incident logging.

Physical safety

temi’s safety guidance specifies an operating and storage temperature range of approximately 0–40°C and warns against use around flammable gases or fumes.

It also warns users to keep fingers, hair and other body parts away from moving elements such as the neck, LiDAR and wheels.

Children under 13 should not interact with temi without adult supervision, according to the company’s guidance.

Small floor objects matter

temi specifically recommends clearing small objects from the floor before autonomous functions such as following, go-to navigation, patrol and telepresence.

That is a useful reminder that obstacle avoidance has physical limits.

A robot that can detect walls and people may still struggle with small, unusual or poorly visible hazards.

Best Uses for temi V3

1. Mobile telepresence

Best overall use case.

temi allows a remote person to move through a physical site without requiring someone locally to carry a laptop or smartphone.

Useful examples include:

• Remote managers.
• Distributed engineering teams.
• Remote property inspections.
• Supplier visits.
• Remote customer support.
• Family communication in care settings.

2. Healthcare and patient communication

temi can provide mobile video communication and digital interaction without requiring a clinician to push a screen from room to room.

Potential applications include:

• Remote consultations.
• Family video calls.
• Patient information.
• Remote specialist access.
• Non-contact communication.

It should not be confused with a medical device unless a specific application and regulatory status establish that function.

3. Senior living and aged care

A mobile screen can help residents communicate with relatives or staff without requiring them to operate a conventional tablet.

However, accessibility, consent, privacy and supervision should be evaluated carefully.

4. Reception and visitor guidance

temi can greet visitors, display information and travel to saved locations.

This makes it relevant to:

• Corporate offices.
• Showrooms.
• Hotels.
• Innovation centers.
• Universities.
• Clinics.

Its usefulness is highest when visitors repeatedly follow similar journeys.

5. Retail engagement

temi can move digital content to customers rather than waiting for customers to approach a static kiosk.

Possible workflows include:

• Product discovery.
• Promotions.
• Wayfinding.
• Remote expert assistance.
• Lead capture through a custom application.

6. Education

Schools and universities can use temi both as a service robot and a development platform.

The Android SDK provides a more meaningful learning environment than a purely simulated mobile app because software actions can generate real physical movement.

7. Guided tours

A mapped robot can move between exhibits or locations while showing videos, images and other digital content.

Good environments include:

• Museums.
• Innovation centers.
• Showrooms.
• Factories with controlled visitor routes.
• University campuses.

8. Custom mobile applications

For developers, temi can serve as an autonomous physical front end for a custom service.

The robot already provides movement, sensing, audio, video and display hardware, reducing the need to build an entire mobile robot from scratch.

9. Remote inspection

temi can provide a remote operator with mobile visual presence through suitable indoor spaces.

It is best for human-level observation rather than specialized industrial inspection requiring thermal cameras, IP-rated hardware, gas sensing or rough-terrain mobility.

When temi V3 Is Not the Right Robot

temi should be rejected when the actual requirement belongs to another robot category.

• Heavy delivery: use a dedicated delivery robot with larger payload capacity and secured compartments.
• Room-service delivery: an enclosed hotel-delivery robot can provide better cargo security.
• Industrial transport: choose an AMR designed for pallets, carts or racks.
• Physical manipulation: temi has no robot arms.
• Outdoor operation: use a weather-rated mobile platform.
• Rough terrain: temi’s indoor wheeled base is the wrong architecture.
• Cleaning: choose an autonomous scrubber or vacuum robot.
• Security patrol: specialist security robots can offer dedicated surveillance sensors and more appropriate environmental protection.
• Multi-floor autonomy without integration: standard autonomous navigation should not be assumed to include elevator operation.
• Offline facilities: validate every required application because telepresence, cloud management and online services inherently depend on connectivity.
• No recurring interaction workflow: a static display or tablet may be dramatically cheaper.

The simplest decision test is:

Does the value come from the screen and remote person being able to move autonomously?

If the answer is no, temi may be unnecessary.

temi V3 Alternatives in 2026

temi occupies a specific middle ground between social robots, telepresence devices and general commercial service robots.

Which should you choose?

• Choose temi V3 when mobile video presence and software customization are central.
• Choose Pepper when social expression and humanoid interaction matter more than compact telepresence.
• Choose KettyBot when carrying products or meals is more important than remote presence.
• Choose Relay2 when secure autonomous delivery is the main task.
• Choose Astro when the requirement is specifically consumer home robotics.

Use the Anton Robots comparison tool to compare robots by application and specifications.

Is temi V3 Worth It?

temi V3 can be excellent value when autonomous movement materially improves a video, communication or engagement workflow.

At US$3,999, the hardware cost is low enough that organizations do not need an enormous labor-replacement case to justify experimentation.

The stronger question is whether the workflow actually needs mobility.

Where the value comes from

• Remote people can move around a site.
• Visitors can be guided between locations.
• A single device combines display, camera, audio and autonomous navigation.
• Custom Android applications can turn it into an application-specific robot.
• temi Center supports centralized management.
• Automatic docking reduces daily charging intervention.
• The platform remains actively supported through SDK updates.

Where buyers can waste money

• Buying the robot without defining a repeatable workflow.
• Using it only for stationary video calls.
• Assuming autonomous navigation will work perfectly in an untested building.
• Ignoring Wi-Fi coverage.
• Ignoring privacy requirements.
• Assuming third-party software integration will be immediate.
• Trying to use the 3 kg tray as a substitute for a commercial delivery robot.
• Expecting general-purpose AI rather than programmed or configured applications.

A practical value test

Complete this sentence before buying:

Today a person must physically ________, and temi can reduce that requirement because it can move communication or digital services autonomously between locations.

Strong answers include:

• Escort remote visitors.
• Carry a video call between rooms.
• Guide visitors.
• Take a remote expert to equipment.
• Move an interactive kiosk through a showroom.
• Connect residents with remote relatives.

“Having a cool robot in reception” is a much weaker business case.

temi V3 Buying Checklist

1. Define the job. Decide whether the robot is primarily for telepresence, reception, healthcare communication, tours, education, retail or custom development.
2. Map the environment. Measure doors, corridors, thresholds, ramps and congested areas.
3. Test the route. Run the robot through every required location rather than relying on a showroom demonstration.
4. Check networking. Verify Wi-Fi or cellular coverage during movement.
5. Define telepresence requirements. Identify users, meeting platforms, call quality and remote-control requirements.
6. Confirm software licensing. Identify which temi Center or business features are included.
7. Prototype integrations. Validate every essential SDK function before committing to custom development.
8. Review the V3 hardware. Confirm the 12 V tray output and mounting points if accessories are required.
9. Define payload. Keep attached equipment within the supported tray configuration.
10. Review privacy. Document camera, microphone, facial-recognition and recorded-data policies.
11. Review cybersecurity. Define networks, accounts, administrator access and software-update ownership.
12. Plan charging. Choose a dock position that will remain permanently clear.
13. Check multi-floor requirements. If elevators are required, obtain a specific integration plan.
14. Confirm regional support. Identify who handles warranty, repair and replacement components.
15. Create acceptance tests. Define successful navigation, calling, docking and application behavior before delivery.

Pro tip: send the supplier a floor plan and a short video of the proposed route before ordering, then request a site-specific deployment discussion rather than asking only whether temi “works indoors.”

How to Buy temi V3

temi V3 is commercially available rather than restricted to a research pilot.

The manufacturer currently publishes a US$3,999 price, while local pricing, services, taxes and distributor packages can vary by country.

A useful enquiry should include:

• Organization and country.
• Number of robots required.
• Primary application.
• Building type.
• Number of floors.
• Required autonomous routes.
• Whether elevators are involved.
• Telepresence requirements.
• Required meeting or communications platforms.
• Wi-Fi or cellular environment.
• Custom application requirements.
• Required accessories.
• Support expectations.
• Target deployment date.

Before paying, request:

• Exact hardware version.
• Current software version.
• Commercial software and subscription details.
• Warranty documentation.
• Local support process.
• Repair location.
• Lead time.
• Return policy.
• SDK and integration requirements.
• Cellular compatibility if required.
• A demonstration of the proposed workflow.

View the temi V3 product page, then contact Anton Robots to discuss suppliers, pricing or alternatives.

If you are not yet certain that temi is the correct robot category, use the Find My Robot tool first.

What Is New for temi in 2026?

The most important 2026 development is not a completely new physical V3 body.

It is continued expansion of the software platform.

SDK 1.137.1

temi released SDK version 1.137.1 in February 2026.

Among the changes was expanded navigation-speed control, including additional defined speed levels.

For developers, this gives applications more control over how the robot moves in different environments.

A slower profile can be valuable in crowded or sensitive spaces even when the platform is physically capable of moving faster.

SDK 1.138.0

Version 1.138.0 followed in June 2026.

The update introduced functionality including:

• Navigation-zone support.
• Zone entry and exit events.
• Zone-profile controls.
• Additional screen-tilt behavior during navigation.
• More language support.
• Organization information APIs.
• Updates to conversation and LLM session handling.

Why navigation zones matter

Zones allow developers to reason about different areas of a building rather than treating the complete map identically.

That creates opportunities for application-specific behavior such as:

• Reduced speed in patient areas.
• Different interaction behavior in reception.
• Special content inside a showroom zone.
• Triggers when entering or leaving an area.

LLM-oriented software is appearing in the SDK

The 2026 SDK release notes also reference conversation-layer and LLM-history behavior.

That does not turn temi into an autonomous general-intelligence robot.

It does show that temi’s software architecture is evolving toward richer conversational applications while retaining the physical navigation platform underneath.

This is a more meaningful development signal than a marketing demonstration because it gives developers actual APIs to build against.

temi V3 FAQ

How much does temi V3 cost?

temi currently advertises the robot at US$3,999. Final regional pricing can vary with taxes, shipping, distributor services, software and support.

Can you buy temi V3?

Yes. temi is a commercially available robot rather than a private research prototype.

What is temi V3 used for?

Its strongest applications are mobile telepresence, reception, visitor guidance, healthcare communication, education, retail engagement, guided tours and custom mobile applications.

Is temi V3 a telepresence robot?

Yes. Telepresence is one of its core strengths because remote video interaction is combined with autonomous navigation.

Can temi move by itself?

Yes. It can map suitable indoor spaces, travel to saved locations, avoid obstacles, follow users and return to its charging station.

Can temi follow a person?

Yes. Its navigation system supports user detection and human-following without requiring a dedicated wearable tracking device.

How fast does temi V3 move?

The official V3 hardware specification lists a maximum speed of up to 1 m/s.

How accurate is temi’s navigation?

temi publishes autonomous-navigation accuracy of approximately 5 cm for its ROBOX navigation system.

Does temi use LiDAR?

Yes. The V3 specification includes 360-degree LiDAR along with depth cameras, RGB imaging, an IMU and time-of-flight sensors.

How tall is temi V3?

Approximately 100 cm, or around 3.2 ft.

How much does temi V3 weigh?

Approximately 12 kg, or 26 lb.

What size screen does temi have?

A 13.3-inch 1920 × 1080 IPS touchscreen.

What camera does temi V3 use?

The main published camera is 13 MP with autofocus, 1080p 30 fps video and a 120-degree field of view.

Does the screen move?

Yes. The display supports motorized tilt and autonomous face tracking.

How long does the temi battery last?

temi publishes up to eight hours of operation per charge. Actual runtime depends on the workload.

Does temi charge itself?

Yes. It supports autonomous docking and charging.

Can temi carry things?

Only small loads. The published tray capacity is approximately 3 kg depending on how the load or attachment is installed.

Does temi V3 have arms?

No. It cannot physically grasp or manipulate objects.

Can temi deliver food or packages?

It can move a small item on its tray, but buyers needing regular commercial delivery should normally compare dedicated delivery robots with larger or enclosed cargo compartments.

Does temi support 5G?

The current specification lists optional cellular SIM connectivity with 4G/5G support.

Does temi require Wi-Fi?

Many connected functions benefit from or require networking. Optional cellular connectivity can provide another route, but buyers should validate every required application and service.

Does temi support Bluetooth?

Yes. Bluetooth 5.1 BLE is listed.

Does temi have USB ports?

Yes. The current specification lists USB 3.0 Type-C and USB 2.0 Type-A connectivity.

Can you connect an external camera?

The current official specification states support for an external USB camera.

Can developers program temi?

Yes. temi maintains a public Android SDK for custom robot applications.

Which programming languages are used with temi?

The Android development environment primarily supports Kotlin and Java through the temi SDK.

Is the temi SDK still maintained?

Yes. Version 1.138.0 was released in June 2026.

Does temi support AI?

Yes, in the broad sense that its platform integrates navigation, recognition, conversational and application-level AI capabilities. It should not be interpreted as a general autonomous intelligence that can perform arbitrary physical tasks.

Does temi support facial recognition?

Yes. Facial-recognition functionality is supported, but organizations should review privacy and consent requirements before using it.

Can temi be remotely controlled?

Yes. temi Center includes remote-control functionality, and remote telepresence is a core feature.

Can businesses manage multiple temi robots?

Yes. temi Center is designed for centralized management of robots and provides tools for remote commands, maps, sequences, contacts and other configuration.

Can temi patrol automatically?

The platform supports autonomous navigation and sequence-based workflows. Buyers should define the exact patrol requirement and validate the desired behavior rather than assuming it is equivalent to a specialist security robot.

Can temi use elevators?

Do not assume standard elevator integration. Multi-floor autonomy requires a specific solution for interacting with the lift and should be demonstrated on the actual building system.

Can temi go outdoors?

It is primarily an indoor service robot. The published platform and safety information do not establish it as an all-weather outdoor robot.

Is temi waterproof?

Do not assume waterproof operation. Buyers needing wet-area or outdoor operation should request a published ingress-protection rating or select a robot designed for that environment.

What operating temperature does temi support?

temi’s safety guidance specifies approximately 0°C to 40°C for operation and storage.

Is temi safe around children?

temi’s safety guidance states that children under 13 should not interact with the robot without adult supervision.

What is the temi V3 warranty?

temi’s current product page lists a 12-month limited warranty. Buyers should request the full regional warranty terms.

What is the difference between temi V2 and V3?

One explicitly documented physical difference is the tray: V2 and upgraded V2 units use a wireless charging tray, while the V3 tray provides a 12 V DC power jack and four screw holes for attachments. Confirm the complete specification of any used or upgraded robot before buying.

Is temi V3 worth buying?

Yes, when autonomous mobile communication, remote presence or interactive applications solve a defined business problem. It is poor value when a stationary tablet or conventional video call would achieve the same result.

Final Verdict: Should You Buy temi V3?

Buy or shortlist temi V3 if your organization needs video presence, digital interaction or a custom software experience that can move autonomously through an indoor environment.

Its combination of a 13.3-inch display, strong video and audio hardware, person following, autonomous navigation, self-charging, temi Center and an actively maintained Android SDK creates a surprisingly capable platform for US$3,999.

The strongest applications are telepresence, healthcare communication, reception, visitor guidance, education, retail engagement and custom mobile services.

The limitations are equally clear.

temi cannot manipulate objects, carry significant cargo or replace a dedicated outdoor, industrial, delivery or cleaning robot. It also depends on an environment that its wheeled navigation platform can physically handle and on connectivity for many of its most valuable functions.

The smartest purchasing path is therefore workflow-led.

Define exactly who will interact with the robot, where it must travel, which calls or applications it must run and what measurable work it removes from people.

Then test those exact routes and interactions.

If autonomous mobility makes the digital interaction substantially more useful, temi V3 is one of the most compelling established platforms in this price range.

If mobility adds little value, a conventional display will be cheaper and simpler.

Ready to compare options? View temi V3 at Anton Robots or request help comparing robots and suppliers.