Jetson Orin Nano Super
8 GB developer kits
Explore equipmentExplore the proposed lab equipment, understand what each tool does, and trace components to projects and dated vendor records. Planned equipment is not yet bookable.
A proposed starting kit for physical AI, robotics and prototyping. Quantities are planning targets; purchase and commissioning are pending.
8 GB developer kits
Explore equipmentMatching enclosed printers
Explore equipmentRTX 5070 Ti 16 GB class · 64 GB RAM · 2 TB
Exact model and kit to confirmAt least 24 GB memory · 512 GB storage
Exact model and kit to confirmLeader + follower per pair
Exact model and kit to confirmTwo 8 GB + two 16 GB boards
Exact model and kit to confirmFive Arduino + five ESP32
Exact model and kit to confirmTwo D435i-class · two USB RGB · two RPLIDAR A2-class
Exact model and kit to confirmShared oscilloscope; bench kit to confirm
Exact model and kit to confirm150 of 150 component classes shown.
TPU 95A filament and N52 neodymium magnets for a customizable printed tactile skin. Access to a TPU-capable FDM printer and the published convex OBJ/STL conversion tools is required.
Rigid ReSkin/AnySkin-style magnetic readout PCB for eFlesh, with five MLX90393 sensors. The official project links a WowRobo assembled-board listing and ReSkin fabrication files.
QT Py controller, matched I2C wiring and USB data cable for the published five-sensor Arduino firmware, plus access to a host computer for visualization, calibration and learning experiments.
One 8110 stator core, enameled copper wire, 42 N52 12 x 5 x 3 mm magnets and bonding materials per actuator, following Seo Jin Jeong's published 36-slot/42-pole motor design.
Dual cycloidal discs, rotor and shafts using CNC aluminum and printed housings, with bearings, bushings and output pins for the documented actuator prototype. This is not a fully printed gearbox.
One mjbots moteus-c1 FOC controller per actuator, with a matched 24 V bench supply, encoder setup, host/CAN-FD interface and protected wiring to be specified for the prototype's control path.
Micro serial-bus servo reported in Nikodem Bartnik's Atlas-inspired gripper: seven motors per hand. Exact electrical and mechanical specifications require manufacturer confirmation.
Reported Seeed Studio XIAO Bus Driver Board and webcam-based hand tracking, with a compatible controller, host computer, cabling and matched power supply to be confirmed from the builder's wiring and software.
Printed palm and finger mechanisms with assembly fasteners for the independent gripper. Hackster describes an FDM prototype followed by a resin-printed version; the exact geometry and hardware list remain to be obtained.
Proposed enclosed printer for robotics fixtures, brackets and enclosures. Purchase and commissioning are pending.
Raspberry Pi Pico W, headers, wiring, and MicroPython firmware for the documented wake, sample, HTTPS upload, and deep-sleep loop.
DHT22 temperature and humidity sensor, BMP180 barometer, anemometer, light sensor, rain sensor, and weather-resistant cabling for one station.
Solar panel, two protected 18650 cells, compatible charge and regulation hardware, fused wiring, battery holder, and Pico VSYS voltage monitoring for one outdoor node.
Published printable station body, case, lid, anemometer and rain-sensor parts, mast hardware, seals, cable glands, and UV-resistant PETG or ASA filament.
Docker host and deployment configuration for the documented Flask API, MariaDB datastore, Nginx proxy, and responsive 24-hour weather dashboard.
2040 and 2080 aluminum profiles, MGN12 rails and blocks, SFU1605 ballscrews, Z lead screw, laser-cut 6 mm and 8 mm plates, bearings, couplers, belts, pulleys, printed holders, and assembly hardware for one machine.
Four NEMA 23 stepper motors, four DM542 drivers, Arduino Uno, IndyShield GRBL interface, 36 V 16.6 A supply, shielded wiring, connectors, and control enclosure for the published four-axis electronics stack.
Baseline 500 W spindle, matched speed controller, mount, collets, shielded cabling, mains inlet, isolation, and earthing hardware for the documented starter configuration.
Hardwired emergency stop, limit switches, Z probe, guarded electronics, chip and spindle enclosure, dust or chip extraction, task lighting, signage, and supervised-use PPE for one CNC cell.
Optional 1.5 kW spindle, matched VFD, mount, collets, braking and filtering hardware, shielded cable, and upgraded extraction for a later guarded-machine revision.
Dexcin USB stereo module with two global-shutter sensors, a single side-by-side UVC stream, and an exposure-strobe signal for the published Ego-OSCAR capture path.
Radxa ROCK 5C 2GB board, heatsink, right-angle USB adapter, cabling, and enclosure hardware for hardware-accelerated H.264 capture and local sensor logging.
Seeed Studio XIAO ESP32-S3, ICM-20948 IMU, indicator LED, buzzer, button, prototyping board, connectors, and wiring for timestamped inertial capture and recording-health feedback.
High-endurance 256GB microSD storage, 10,000mAh USB-PD power bank, right-angle USB-C cable, strain relief, and protected charging accessories for one capture rig.
Three published printed enclosure parts, sports visor or cap, inserts, fasteners, padding, lens protection, and cable retention for one head-worn assembly.
Rigid 8 x 6 chessboard with 30 mm squares, Kalibr-compatible workstation setup, capture checklist, consent materials, and session-ingest tools for calibrated stereo-inertial recordings.
Open controller and breakout hardware for scanning unconventional mutual-capacitance electrode matrices and forwarding raw data or multitouch coordinates over I2C.
Project-specific silicone elastomers, pigments, molds, conductive yarn or traces, adhesives, and fixtures for layered compliant capacitive skin prototypes.
Dedicated project-specified reagents, textile substrates, sample containers, electrodes, and consumables for supervised in-situ polymerization trials.
A staff-controlled station for small materials experiments with ventilation, compatible PPE, secondary containment, spill response, labeled storage, and an approved waste stream.
Six matched micro servos, printed mechanism, shafts, fasteners, linkages, and cable routing for the published eyeball, eyelid, and eyebrow motion system.
ATmega32U4-class controller used by the published Eyecam firmware to coordinate six servo channels over USB.
Raspberry Pi Zero-class board, compatible camera, ribbon, storage, power, and USB gadget-mode setup for the published plug-and-play webcam path.
Optional sculpting, mold-making, silicone casting, pigment, adhesive, eyebrow, and eyelash materials for reproducing the project's anthropomorphic exterior.
Pressure enclosure, dome, endcap, penetrators, relief valve, frame sheets, and mounting hardware for one AUV chassis.
Three vertical and two forward underwater thrusters, matched ESCs, mounts, propeller directions, cables, and penetrators.
Blue Robotics Navigator-class flight controller for the published BlueOS, ArduSub, and MAVROS control path.
Published companion computer for ROS 2 mission logic, quantized YOLO perception, task control, and EKF SLAM.
Monocular USB camera and Bar-class depth-pressure sensor for visual target tracking and underwater depth feedback.
Two 4S LiPo packs with regulated rails, power distribution, relay isolation, waterproof switching, and emergency stop hardware.
Optional OpenMV H7-class or equivalent bottom-facing camera for visual-inertial odometry and reduced dead-reckoning drift.
An assembled teleoperation pair for LeRobot data collection and imitation-learning stations.
Bench clamp for mounting SO-101 stations without permanently modifying shared worktops.
An assembled bimanual SO-series platform for comparative manipulation experiments.
An assembled manipulator for comparative LeRobot, GEM, and development-arm work.
A mobile bimanual research platform for embodied-AI and mobile-manipulation trials.
An assembled mobile-manipulation bridge for LeRobot and open mobile-robot projects.
An interactive servo and ESP32 teaching platform for human-robot interaction experiments.
Shared edge-inference computer for mobile robots, tactile vision, robot arms, and autopilot companions.
High-memory edge computer for multi-camera and dexterous manipulation experiments.
Future high-end physical-AI edge node; not a substitute for the central training workstation.
General-purpose single-board computer for mobile robots, logging, cameras, and lab infrastructure.
A 5V-compatible control board with Wi-Fi, Bluetooth, CAN, ADC, DAC, and broad shield compatibility.
Low-power wireless controller with Wi-Fi 6, Bluetooth 5, Zigbee, and Thread.
ESP32-WROOM, CP2102N USB-UART, MPU6050 IMU, charger, regulation, switching, and motor-driver electronics for the Circuit Digest flight-controller PCB.
The project-specific assembled PCB that combines flight control, motor drive, charging, USB programming, and the quadcopter frame.
The required ESP32-S3 carrier with 16MB flash and 8MB octal PSRAM for the ESP32-AI model partition and runtime.
The default on-device text display configured by ESP32-AI for a standalone story-generation demo.
A code-supported compact OLED alternative for the ESP32-AI output display.
The exact color-display class supported by ESP32-AI for a larger 240x320 standalone output.
The exact ESP32 Feather named by OpenTouch for wireless glove transmission and the USB-connected ESP-NOW receiver.
The assembled scanning board that reads one glove's distributed resistive sensing matrix.
The matched flex cables and headers connecting one glove's two FPCB layers to its readout electronics.
The custom cable-free control and power board at the center of the Q8bot quadruped.
Compact wireless controller used by Q8bot for its ESP-NOW robot and host communication path.
The published 32-ohm voice-coil actuator with a ring magnet, ring steel washer, and supplied 3D-printable FreeCAD structure.
The controller named in the published LinearVCM demonstration system.
The bidirectional motor driver specified for the published LinearVCM demonstration.
The Hall sensor named for LinearVCM position feedback in the official demonstration.
Optional Arduino-controlled companion machine for winding repeatable small actuator coils.
A controlled rotating and translating fixture for producing repeatable helical fiber-pump specimens and inspecting their geometry before filling.
Research stock for the pump's conductor, insulating structure, encapsulation, terminations, and specimen preparation.
Tubing, braid, end fittings, seals, and witness specimens for validating the fluidic muscle independently of its embedded pump.
The electrically insulating working fluid for controlled compatibility, pump, and closed-loop actuator tests.
A guarded, current-limited, remotely observed enclosure for controlled pump and actuator characterization with verified discharge state.
Low-volume pressure, flow, temperature, filling, degassing, and leak-test instrumentation for pump and closed-loop characterization.
A guarded mechanical rig for synchronized force, stroke, response-time, current, and temperature measurements.
The modular brushless belt-drive actuator used twelve times in the published Solo 12 robot.
The custom dual-joint brushless motor-control board used six times in Solo 12.
The Ethernet-connected central interface board coordinating Solo 12's six Micro Drivers.
The extended-range inertial sensor identified in the published Solo 12 hardware documentation.
The four 3-DoF legs, robot body, bearings, pulleys, shells, lower legs, supports, spacers, and fasteners from the official CAD hierarchy.
Motor-phase, encoder, SPI, power, Ethernet, Hirose DF13, XT30 or banana, heat-shrink, and cable-sleeve stock for one robot.
An Ethernet-connected Ubuntu workstation configured for the low-latency control loop required by the ODRI software stack.
Optional battery-autonomy set with the project power board, two 3S packs, switches, emergency stop, LED ring, and revised printed body parts.
The twelve servo joints, printed chassis and leg parts, bearings, four-bar linkages, magnetic shelves, mounts, hardware, and molded silicone feet documented for one Orion quadruped.
The custom KiCad control and power boards combining STM32F401 real-time control, BNO055 orientation, PCA9685 servo PWM, INA3221 rail monitoring, I2C conditioning, and high-current power distribution.
Two CSI IMX219 cameras, rigid mounts, ribbon cables, and calibration artifacts for Orion's GStreamer capture, SGBM stereo depth, and TensorRT MiDaS perception paths.
The exact 2D scanning LiDAR documented for Orion's rf2o laser odometry, slam_toolbox mapping, Nav2 costmaps, and pure-pursuit navigation.
The front display used by Orion's ROS 2 Python and OpenCV node for responsive eye animations and visible robot-state cues.
A pending sourcing group for BRIDGE's body, limbs, joints, and assembly hardware, to reconcile against the linked STEP model and forthcoming complete BOM.
A pending actuation sourcing group for BRIDGE's reported 21 active DoF; exact actuator models and purchasing quantities await the complete BOM.
A pending controller, sensing, and communications sourcing group, dependent on BRIDGE's electrical specifications and training/deployment release.
A pending power and wiring group with Armature commissioning safeguards to define from BRIDGE's electrical release and a local risk assessment.
The compliant six-axis manipulator used twice on YOR for bimanual mobile-manipulation work.
Smart actuator specified twice in YOR's published arm and end-effector hardware stack.
USB communication adapter for configuring and controlling YOR's DYNAMIXEL devices.
The separate power-distribution companion board specified for YOR's DYNAMIXEL interface.
Compact steer-and-drive module used four at a time for YOR's omnidirectional mobile base.
Standing-desk lift assembly adapted by YOR to adjust the bimanual work height.
Low-cost microcontroller used by YOR's lift-control subsystem and suitable for general lab mechanisms.
The 24V mobile power pack and matched charger specified for one complete YOR platform.
The exact memory-capacity variant named as YOR's required onboard compute controller.
The published set of 24V regulators, 5V and 12V converters, distribution board, CAN module, wiring, and emergency stop.
Aluminum extrusions, brackets, connectors, arm attachment plate, cable routing, fasteners, and wiring required by the published CAD.
The optional Jetson Orin NX robotics computer named by YOR for onboard SLAM workloads.
The optional rugged stereo camera named by YOR for visual-inertial SLAM and navigation experiments.
Compact dual-channel brushed-DC driver for rovers, teaching rigs, and mobile mechanisms.
I2C PWM controller for multi-servo prototypes and robotic hands.
Inexpensive micro servo for teaching, mechanisms, and low-load prototypes.
Standard-size metal-gear servo retained as a reference and emergency replacement option.
Compact smart servo used eight at a time for Q8bot's dynamic quadruped locomotion.
Medium-power geared motor reference for mobile bases and automation fixtures.
Four 720 coreless motors with two clockwise and two counter-clockwise 55mm propellers for one ESP-Drone airframe.
Absolute-orientation sensor for robot pose, wearable, rover, and calibration experiments.
Compact 8MP IMX219 camera for robot observation, inspection, and tactile-sensing prototypes.
The complete wireless SG2002 camera platform with a RISC-V core, 5MP OV5647 sensor board, and USB-C / Ethernet base board.
A two-axis brushless pan-and-tilt reCamera system for tracking, active perception, and low-code robot-vision experiments.
An open 1.3MP global-shutter sensor-board design for high-speed robot motion, fiducials, and machine-vision experiments.
Compact 3D ranging array for proximity maps, gestures, collision detection, and fixtures.
Stereo depth and onboard-AI camera for arm stations and mobile robots.
Active-stereo depth camera for low-light and more demanding robot-perception trials.
RGB-D compatibility camera for projects and research pipelines built around RealSense.
2D scanning LiDAR for indoor rovers, robot vacuums, maps, and SLAM exercises.
Centimetre-class outdoor positioning pair for OpenMower and field-robot autonomy.
Current-generation flight and rover controller for PX4 and ArduPilot projects.
Matched serial-servo stock for SO-series arm maintenance and rapid recovery.
Shared measurement hardware for gripper force, manipulation safety, and fixture validation.
Optical gels, elastomers, magnets, films, lighting, and fabrication stock for tactile projects.
Wearer-specific palm and back-of-hand flexible PCBs that form one glove's full-hand resistive sensing surface.
The pressure-sensitive and wearable layers used to assemble one FPCB sensing glove.
Rechargeable glove battery for untethered WiReSens capture with the HUZZAH32 Feather.
Protected button-top lithium-ion cells used in matched pairs to power Q8bot.
Shared power and containment stock for rovers, drones, mobile robots, and wearables.
A 1S 1300mAh 30C-class LiPo battery matched to the project's charger, connector, current draw, and target mass.
Emergency stops, barriers, guards, extinguishers, and interlock parts for guarded commissioning.
Grounded mats, soldering, measurement, supplies, protected leads, and hand tools for shared build stations.
Shared cutting station for repeatable glove sensor layers, gaskets, films, templates, and enclosure stock.
Open-frame 256 x 256 x 256 mm printer for routine PLA, PETG, TPU, and PVA robotics fixtures, brackets, jigs, and housings.
Enclosed 256 x 256 x 256 mm CoreXY printer for ABS, ASA, PETG, and other functional robotics parts that need a controlled chamber.
Large-format 320 x 320 x 385 mm printer for rover panels, larger housings, fixtures, and robot structures that exceed the standard print bed.
Filament, bearings, fasteners, belts, tendon line, inserts, and printed-spare capacity.
PPG, SpO2, magnetic, flex, and hand-tracking sensor stock for rings and tactile gloves.
Checksummed storage for datasets, video, CAD, logs, checkpoints, and DVC remotes.
Independent recovery copy for critical datasets and reproducibility artifacts.
Shared network path for camera ingest, NAS traffic, GPU training, and infrastructure management.
Central local workstation for robot learning, vision, simulation, fine-tuning, and private inference.
Baseline CUDA accelerator pair for the central autonomous-computer build.
Optional high-VRAM accelerator for funded workloads that exceed the baseline GPU memory envelope.
Separate unified-memory desktop lane for local model and agent experiments outside the main GPU queue.
An audited offer was orderable.
Visible supply was explicitly limited.
Sold out, quote-only, or a sourcing gap.
Resolve SKU, voltage, tax, or warranty before PO.
A planning quantity for ten parallel builders.