A face for every conversation
A glossy display with luminous cyan eyes and a gentle smile gives S.P.K.R. an immediate identity. The rounded pearl-white shell makes the speaker and display feel like one character.
THE MOBILE ROBOSPEAKER
S.P.K.R.
Spatial Perceptual Kinetic Robot
A voice. A face.
A presence that moves.
Meet a new direction for the home companion: a RoboSpeaker with an expressive face, a rounded body and a spherical drive concept. S.P.K.R. brings conversation, sound and spatial awareness into one approachable character.
I BRAIN ROBOTICS / S.P.K.R.DESIGN WITH INTENT
Every detail.
A reason to be.
S.P.K.R. has a character of its own.
Discover what makes it unmistakable.
BEHIND THE PERSONALITY
Character outside.
Purpose underneath.
Hardware foundations and a clear development direction, brought together in one robot.
Conversation
Voice-led companion experience
Expression
Friendly face with visual feedback
Perception
LiDAR and camera sensing direction
Movement
Spherical mobility and balance control
IMAGINE THE POSSIBILITIES
Where will you
take it?
Explore the intended applications.
Help shape a pilot around your space and goals.
Home conversation
A companion direction for everyday questions, reminders and voice-led interactions, with personality expressed through the face display.
Discuss this applicationAudio & entertainment
Explore a mobile listening companion for music, stories and interactive content. Supported services and playback features will depend on the final software platform.
Discuss this applicationLearning & interaction research
A distinctive form for investigating expressive interfaces, spatial perception, balance and the relationship between conversation and physical motion.
Discuss this applicationApplication concepts describe intended uses. Supported tasks and operating environments will be defined through validation.
THE DETAILS THAT MATTER
Know what’s
under the shell.
Spherical-drive RoboSpeaker concept
The supplied design defines S.P.K.R.’s appearance and intended architecture. Final drive hardware, sensors, audio components and computing platform have not been specified. Navigation, balance and interaction features require integration and validation; numerical product specifications will follow the selected hardware.
| Specification | Detail | Basis |
|---|---|---|
| Product identity | S.P.K.R. — Spatial Perceptual Kinetic Robot | I Brain Robotics design |
| Form factor | Rounded RoboSpeaker body on a spherical drive | Supplied design concept |
| Locomotion | Single spherical drive with active balancing intended | Engineering validation pending |
| Expression | Black face display with cyan eyes and smile | Design direction |
| Audio layout | Side speaker grilles integrated into shell | Design direction |
| Upper sensing | Top-mounted LiDAR housing shown | Sensor selection pending |
| Front sensing | Stereo-camera layout beneath face display | Sensor selection pending |
| Low-level sensing | Lower bumper sensor apertures shown | Sensor selection pending |
| Voice interaction | Conversational interface and voice-led experiences | Planned |
| Navigation | Mapping, localization and obstacle awareness | Development objective |
| Dimensions & mass | To be established for selected hardware | Not yet confirmed |
| Speed & stability limits | Dependent on drive and balance validation | Not yet confirmed |
| Battery & runtime | To be defined with complete system power budget | Not yet confirmed |
| Audio performance | Speaker power, microphone array and acoustics to be specified | Not yet confirmed |
| Connectivity & compute | Final onboard and connected architecture pending | Not yet confirmed |
| Assistant integrations | Third-party compatibility not confirmed | Software scope pending |
| Availability & pricing | To be announced | Development program |
Source notes · reviewed October 2026I Brain Robotics supplied S.P.K.R. design study
ABOUT S.P.K.R.
Let’s get
specific.
What does S.P.K.R. stand for?
Spatial Perceptual Kinetic Robot. The name brings together its intended spatial awareness, perception and movement with its RoboSpeaker identity.
Can it move autonomously?
Autonomous navigation is a development objective. The illustrated sensing layout does not by itself establish autonomous operation. Balance, mapping, obstacle handling and operating limits must be validated as a complete system.
Does it work with Alexa or Google Assistant?
Those integrations are being considered, but compatibility has not been confirmed. Supported assistants, services and account requirements will be announced with the software configuration.
YOUR NEXT CHAPTERMake room for
Make room for
S.P.K.R..
Follow its development or tell us about the experience you want to create.
Register interest in S.P.K.R.
No payment or reservation required.
