Sanbot Nano

Sanbot Nano

Sanbot Nano is a wheeled service robot presented by its manufacturer for home interaction, communication and entertainment. It combines a touchscreen, cameras, microphones, speakers and an expressive body with a mobile base. The manufacturer describes a connected home companion rather than a robot for carrying goods or performing physical household work. Its published hardware specifications provide a starting point for evaluation, while the availability of associated applications and online services requires separate confirmation.

Design and physical format

The published dimensions are 848.32 mm high, 395.22 mm deep and 420.59 mm wide, with a robot mass of 19 kg. A head and two moving arms give the platform a recognizable social form. The head has two degrees of freedom, with listed horizontal travel of 180 degrees and vertical travel of 37 degrees. Each arm has one degree of freedom and a stated 270-degree forward-and-back swing. These movements support expression; they should not be interpreted as evidence of gripping or manipulation capability.

The base uses three omnidirectional wheels, and the specification lists a maximum movement speed of 0.8 m/s. Actual movement should be evaluated in the intended room layout, with attention to furniture, floor transitions and nearby people. The source includes a 1.5 cm entry under an unclear grade heading, so it does not establish a reliable slope rating. Stair use and outdoor operation are not established by the supplied information.

Screen, cameras and audio

A 10.1-inch capacitive touchscreen is specified with 1080P resolution and ten-point touch input. It provides a local interface for content and compatible applications. The camera specifications list an 8.0 MP camera and a 1.0 MP colour camera, with a 140-degree viewing angle stated for the latter. The head sensor list also includes a 3D sensor. Buyers should assess the image quality and application behaviour needed for their own communication or interactive demonstration workflow.

Seven microphones are listed in the head, together with vendor-described voice control and sound localization around the robot. Audio output uses two tweeters and one subwoofer. Coloured lighting on the ears, hands and chassis adds visual expression, with the manufacturer listing 250 customizable colours. The combination of sound, display and lighting is relevant to multimedia interaction, but it does not establish access to any particular music catalogue or subscription service.

Sensing and connected functions

The sensor specification includes touch sensors, infrared obstacle sensors, human-body induction sensors, a gyroscope and an electronic compass. These components describe the hardware available to the platform. They are not a certification of safe unattended navigation or a guarantee that every application uses every sensor. An evaluation should cover stopping behaviour, obstacle detection and supervision requirements under representative conditions.

The manufacturer lists dual-band Wi-Fi using IEEE 802.11 a/b/g/n at 2.4 GHz and 5 GHz, alongside ZigBee. These interfaces are relevant when reviewing network compatibility and potential home-device integration. They do not guarantee interoperability with an existing appliance, router or automation hub. The source labels the software platform ROS1.1; development tools, documentation, application installation and maintenance arrangements should be confirmed for the proposed unit before an integration project is approved.

Historical applications and service dependencies

The vendor's historical Nano material describes Amazon Alexa interaction, smart-home commands, calling, Q-Link remote monitoring, entertainment and an application store. These are historical vendor-described functions, not a promise of current service availability. Alexa support, account requirements, regional restrictions, compatible devices and continued access to Q-Link or application downloads all require confirmation. A demonstration should use the intended accounts and network rather than assume that an older feature description remains operational.

Where cameras or microphones are used, the deployment review should also cover consent, account access and the handling of recordings. Remote viewing should be treated as an application-dependent communication feature, not a replacement for a dedicated security system or responsible supervision. Home demonstrations can focus on screen interaction, audio presentation and expressive movement while connected functions are assessed separately.

Power and quotation planning

The specification identifies a lithium battery and states four hours of runtime from a full charge, with more than ten hours in standby. Runtime and standby are different operating states; neither should be treated as an unconditional duration for every activity. Screen use, movement and connected applications should be included in a practical acceptance test. Battery energy is not stated here because the source's mixed capacity notation does not provide a clear watt-hour figure.

Sanbot Nano is offered on a quote-only basis, subject to availability and configuration confirmation. A quotation request should identify the intended application, destination region, network environment and any required software services. Confirm the included hardware, charging arrangements and demonstrated functions before proceeding. No supplier inventory, delivery date or service continuity is implied by this product description.

Frequently asked questions

What is Sanbot Nano? It is a mobile home-oriented service robot with a touchscreen, cameras, audio hardware, sensors and expressive head and arm movement.

How does Sanbot Nano work? Its wheeled base and onboard interaction hardware operate through the installed software. Network-dependent functions require compatible applications, services and configuration.

Why consider Sanbot Nano? It brings several interaction interfaces into one mobile platform, making it a candidate for evaluating social robotics and home multimedia experiences.

Does it currently support Alexa and Q-Link? Historical vendor material describes them, but current support and regional availability must be confirmed before purchase.

Where can I buy Sanbot Nano? Request a quotation for the intended configuration. Supply is subject to availability and confirmation of the required functions.

Summary

Sanbot Nano combines a compact wheeled body with local multimedia and sensing hardware. Its suitability depends on verified software access, a realistic operating environment and confirmation of the configuration being quoted.