Smartphone · exoskeleton · motion
Mount your iPhone or Android in a removable core. Exobod supplies the limbs, wheels, mounts, and servo hardware; the handset keeps camera, mic, screen, and the assistant stack you already run.
AI in your phone. Motion in the world.
Desk One EVT first. Run the software demo, inspect revisioned Desk One evidence, or apply for a paid pilot. Walker / Rover / Utility remain labeled concept until a named serial clears safety and QC.
Built for
Concept render · not final production hardware
How it works
Four concrete decisions turn a handset into a scoped Exobod build. Every step shows what exists now and what still requires engineering.
Concept visualization · geometry may differ01
Start with Desk One, the stationary pan/tilt EVT path, or brief us on a Walker, Rover, or Utility concept. The body choice determines the frame, actuator plan, safety limits, and what we can honestly prototype.
Desk One available · other bodies by engineering review
Concept visualization · geometry may differ02
Your iPhone or Android stays visible and removable. It supplies the screen, camera, microphone, connectivity, and assistant stack while a fitted core secures it to the motion hardware.
Removable core · cable routing confirmed at intake
Concept visualization · geometry may differ03
Desk One supports calibrated two-axis pan and tilt today, with speed limits and a manual stop in the control loop. Gaits, wheels, arms, and broader skill packs remain configuration-specific engineering work—not implied features.
Desk One: 2-axis pan/tilt · broader motion is concept scope
Concept visualization · geometry may differ04
Reserve Desk One interest or submit a guided build request. We review phone fit, use case, timeline, milestones, and acceptance criteria in writing before major funds move.
Human review · written scope · milestone plan
Buying custom hardware should feel boringly safe.
Read buyer protectionsDemo first
Live or recorded prototype motion before major funds move.
Written scope
Build agreement with milestones, acceptance, and change control.
No blind full pay
Milestone billing or escrow when contractually agreed.
Evidence pack
CAD/BOM references under NDA for qualified builds.
Identity on paper
Legal entity, policies, and support routes documented.
Flagship · EXB-D1
Stationary 2-axis pan/tilt for early builders. Your phone stays the brain. Not a walker, not battery-powered v1, not a finished retail SKU.
How it works
Four gates. Software proof first. No production promise without deposit + QC.
Drive gaze, clamp, and e-stop in software.
Inspect Desk One CAD/BOM/firmware revision.
Qualify, sign EVT scope, then clear deposit.
Work order only after deposit + manufacturing gates.
Body concepts
Desk One is the real EVT product. Walker, Rover, and Utility remain concept paths — tap to preview the silhouette.
Biped concept visualization · not final hardware
Concept path
Concept path: movement, gestures, interaction, and personality.
Labs exploring biped presence — concept only; Desk One is the reservable EVT product.
Why Exobod
Your smartphone already has AI, camera, microphone, speaker, display, connectivity, and apps. Exobod adds the missing layer: a customizable physical body.
Give every smartphone a useful body.
We do not replace your phone. We embody it.
01
Camera, microphone, display, connectivity, apps, and on-device intelligence stay on your phone.
02
Mounts, controller, actuators, and replaceable frame parts are scoped around the job.
03
A removable phone core keeps the body useful when the handset or software stack changes.
Platform
Pick a body, phone mount, motion profile, and accessories — then one clear next step.
Desk One (EVT) or concept paths: Walker, Rover, Utility.
iPhone or Android with removable mount core.
Controller clamps speed and behavior profiles.
Accessories, finishes, and use-case options.
Capabilities on this site are engineering targets until your agreement locks scope.
Product
Targets below are engineering goals per configuration, not checkout SKUs. Final numbers lock in your agreement after review.
Phone remains the visible core
The frame adds mounting and motion around hardware you already know. Exact geometry, joints, and materials lock only after configuration review.
Concept visualization · production geometry may differ by build tier
Phone support
Target: iPhone + Android via removable universal mount core.
Body styles
Desk One (EVT path) + concept targets: biped walker, wheeled rover, utility frame, EDU/Proto bundles.
Control stack
Target: phone AI + Exobod app + onboard MCU with manual estop.
Motion
Target: servo-driven limbs or wheeled bases depending on configuration (not interchangeable claims).
Materials
Target: hybrid 3D-printed shells + metal linkages at torque nodes.
Skills
Target: follow, record, gesture, carry, patrol, dance, assist, teach, present, monitor (per program).
Height / footprint
Target ranges issued per configuration after CAD lock - not single numbers pre-billing.
Servo count
Target band 8–24+ channels depending on body tier (engineering sign-off).
Serious buyers can request a live or recorded walkthrough of the closest configuration to their scope. Availability depends on program phase; there is no paywall to ask.
Configurations
EXB-D1 Desk One is the early-access / reservable product. Walker, Rover, Utility, EDU, and prototyping kits are concept paths — configure and inquire, not retail shelf SKUs.
Custom hardware
You receive a written scope, milestones, and payment structure before major funds move. If we cannot meet your load case or timeline, we say so plainly.
Use cases
Makers, classrooms, desks, and labs — same phone brain, different motion jobs.
Swap modules, iterate mounts, and show hardware progress without hiding the phone brain.
Teach motion planning, sensors, and embodied AI with a platform students already understand.
Mount the handset beside monitors; add motion cues, reminders, and presenter motion without hiding the phone brain.
Prototype consultation-friendly builds for labs exploring human-robot interaction.
Early research configurations for teams exploring assistive presence - not a medical device.
Purpose-built demo bots for events with controlled motion and scripted skills.
Build system
Printed shells for speed; metal at torque nodes. Removable mount, matched servo channels, swappable harness tails.
Concept visualization · final BOM varies
Printed carriers
Fast geometry iteration without replacing the whole assembly.
Metal torque nodes
Reinforcement where shoulders, hips, and drivetrains carry load.
Matched servo channels
Actuators and limits selected for the approved body plan.
Serviceable harness
Removable mount, labeled wiring, and swappable harness tails.
Every deposit-cleared pilot receives configuration-specific fit, power, motion, and acceptance notes before any work order can ship.
FAQ
Straight answers. Full list available if you need more detail.
No. Exobod is a modular exoskeleton frame with mounts, joints, and motion hardware - not a cosmetic shell. Your phone stays the compute and UI core.
We design around removable cores for both families plus a universal mount path. Final fit and cable kits are confirmed during prototype intake.
No. Everything on this site is preorder interest, prototype milestones, or custom engineering - not retail inventory or guaranteed ship dates.
Walker-class prototypes explore gait within lab guardrails. No guarantee of outdoor autonomy, uneven-terrain success, or consumer-grade reliability - those require program-specific testing.
The phone AI can generate commands and routines, while the onboard controller translates approved commands into safe motor actions. Prototype behavior depends on body type, controller setup, and testing.
For Builders
Print shops, robotics engineers, and labs: help fabricate or validate EXB-D1 EVT-0001. Batch EDU / white-label programs are deferred until one named serial passes QC.
Next step
Three real actions only: run the software demo, inspect Desk One evidence, or Apply for Desk One EVT.
Reserve Desk One or design your build.
