Projects

50 build & research tracks

Robots, sensing, local AI, and the tools to build them. Find your next lab project.

50 of 50 projects

Local Dataset NAS project
Armature AI Labs reference illustration
Storage
P0Build Now

Local Dataset NAS

A durable local home for robotics video, CAD, logs, datasets, and checkpoints before any compute expansion.

2 required1 optional0 alternative
NASZFSdatasets
TrueNAS + OpenZFS + DVC project
Armature AI Labs reference illustration
Storage
P0Build Now

TrueNAS + OpenZFS + DVC

Dataset and model versioning on checksummed local storage with reproducible remotes for every build team.

2 required1 optional0 alternative
TrueNASOpenZFSDVC
Fine-Tune a Local 8B Model project
Image: Unsloth Studio
Machine Learning
P1Building Soon

Fine-Tune a Local 8B Model

A documented local fine-tuning lane for small language and vision-language models using the lab GPU queue.

2 required0 optional1 alternative
LLMfine-tuningevaluation
Eyecam project
Image: Marc Teyssier et al. · Eyecam
Vision AI
P2Research Track

Eyecam

An open anthropomorphic webcam with an actuated eye, eyelids, eyebrow, embedded camera, and six-servo motion for studying expressive sensing and visible privacy cues.

5 required1 optional1 alternative
open hardwareembedded vision6 servosHCIprivacy
Ego-OSCAR project
Image: FPV Labs · Ego-OSCAR
Vision AI
P1Research Track

Ego-OSCAR

A published 280 g head-worn stereo-inertial capture rig combining synchronized global-shutter video, high-rate IMU data, and on-device H.264 recording for egocentric robotics datasets.

8 required2 optional0 alternative
egocentric captureglobal-shutter stereovisual-inertialRadxa ROCK 5CESP32-S3
Quasi-Direct-Drive Actuator project
Image: Seo Jin Jeong · QDD actuator prototype
Actuator Design
P2Research Track

Quasi-Direct-Drive Actuator

Seo Jin Jeong's experimental actuator combines a custom 8110 BLDC motor, 10:1 cycloidal reducer, and moteus-c1 FOC control. CNC aluminum and printed mechanics; the author flags rigidity and torque-density limits in this first prototype.

3 required2 optional0 alternative
QDDcycloidal reducerBLDCmoteus-c1motor windingprototype
DIY Weather Station project
Image: Nikodem Bartnik · DIY Weather Station
Environmental Sensing
P1Building Soon

DIY Weather Station

A solar-powered Raspberry Pi Pico W station that measures temperature, humidity, wind, pressure, light, rain, and battery state, then posts readings to a self-hosted Flask and MariaDB dashboard.

7 required0 optional0 alternative
Raspberry Pi Pico WDHT22BMP180anemometerFlaskMariaDB
Q8bot project
Image: Q8bot · Yufeng (Eric) Wu
Mobile Robots
P1Building Soon

Q8bot

A palm-sized open quadruped with eight smart servos, a cable-free center PCB, wireless control, and printable mechanics for dynamic locomotion and swarm-robotics experiments.

7 required1 optional0 alternative
quadrupedDYNAMIXELESP-NOW3D printingv2.5
Orion Quadruped project
Image: Ashish A. · Orion Quadruped
Quadruped Robots
P1Research Track

Orion Quadruped

A custom 12-DoF ROS 2 quadruped coupling Jetson Orin Nano perception and Nav2 autonomy with STM32F401 FreeRTOS gait control, SolidWorks mechanics, and KiCad control and power boards.

9 required2 optional0 alternative
ROS 2Jetson Orin NanoFreeRTOSstereo depthLiDAR SLAMIsaac Lablicense not stated
BRIDGE Humanoid project
Image: BRIDGE project team · teleoperation demo
Humanoid Robots
P1Research Track

BRIDGE Humanoid

An 80 cm, 12.5 kg humanoid with 21 active DoF exploring morphology-control co-design and whole-body motion. Submitted to CoRL 2026; complete BOM, electrical, and training resources are promised on acceptance.

4 required0 optional0 alternative
humanoidmorphology-control co-design21 active DoFrelease pending
Low Cost Drone using ESP32 project
Image: Circuit Digest · ESP-Drone
Drones
P1Building Soon

Low Cost Drone using ESP32

A compact Wi-Fi quadcopter built around an ESP32-WROOM, MPU6050, structural custom PCB, and four coreless motors for supervised flight-control and PID-tuning work.

7 required0 optional0 alternative
ESP32-WROOMMPU6050Wi-Fi controlcustom PCBsupervised flight
ArduPilot project
Image: ArduPilot Project
Vehicle Autonomy
P1Research Track

ArduPilot

A mature open autopilot stack spanning copters, planes, rovers, boats, and submarines, starting in simulation and a small rover.

2 required2 optional0 alternative
autopilotrovermission planningsimulation
eFlesh Magnetic Tactile Sensor project
Image: eFlesh / NYU · CC BY-SA 4.0
Tactile Sensing
P2Research Track

eFlesh Magnetic Tactile Sensor

NYU's open-source touch sensor combines 3D-printed TPU microstructures, embedded magnets and a magnetometer board. A convex OBJ/STL design tool adapts it to fingertips, grippers and robot feet. Researchers report 95% slip-detection accuracy on unseen objects and 91% average success across four precise manipulation tasks; these are research results, not lab-validated guarantees.

3 required3 optional0 alternative
magnetic tactileTPU 95A3D printingMLX90393slip detectionopen source
OSMO Tactile Glove project
Image: OSMO · Yin et al.
Tactile Interfaces
P2Research Track

OSMO Tactile Glove

An open glove with twelve three-axis magnetic tactile sensors for human demonstrations and contact-rich robot skill transfer.

2 required1 optional0 alternative
tactile gloveskill transferROS 2hand tracking
PolySense project
Image: CounterChemists · PolySense
Wearables
P2Research Track

PolySense

An open fabrication process that uses in-situ polymerization to turn ordinary textiles, tape, yarn, and other fibrous materials into custom conductive and piezoresistive sensors.

3 required1 optional0 alternative
smart textilespiezoresistivein-situ polymerizationwearableswet chemistry
DIY Atlas-Inspired Gripper project
Image: Nikodem Bartnik · original build video
Robotic Hands
P2Research Track

DIY Atlas-Inspired Gripper

Nikodem Bartnik's independent Atlas-inspired gripper: Hackster reports seven SCS0009 servos, printed mechanics, and webcam hand tracking. A grasp-control study with no reported force or contact sensing; downloadable build files remain unverified.

3 required1 optional0 alternative
Nikodem BartnikBoston Dynamics inspirationSCS0009XIAO3D printinghand tracking
Open health ring research project
Armature AI Labs reference illustration
Wearables
P2Research Track

Open health ring research

Open smart-ring data and wearable-health experiments for PPG, SpO2, heart-rate sensing, and physiological analytics.

2 required1 optional0 alternative
wearablesPPGSpO2sensor data
IndyMill project
Image: Nikodem Bartnik · IndyMill
Fabrication
P1Building Soon

IndyMill

A documented metal CNC platform built from aluminum profiles, linear rails, ballscrews, laser-cut plates, and Arduino GRBL control for supervised wood, polymer, and aluminum machining.

7 required2 optional0 alternative
CNCGRBLNEMA 23linear railsballscrewsmetal fabrication
SeaweedFS / Garage object storage project
Armature AI Labs reference illustration
Infrastructure
P2Watching

SeaweedFS / Garage object storage

A local S3-compatible object layer for datasets, model artifacts, and data-lake workflows after the primary NAS is stable.

3 required0 optional0 alternative
object storageS3datasetsML infrastructure
01

P0 builds

Storage, compute, and the first embodied-AI arm loop give the lab its local backbone.

02

Infrastructure comes first

01

Storage

TrueNAS or OpenZFS for durable data.

02

Compute

A two-GPU local node before a rack.

03

Versioning

DVC remotes for datasets and models.

04

Object layer

S3 semantics only when projects need them.

05

Operations

NetBox, BMC, and networking as nodes multiply.

03

The local-first lab loop

01

Store

NAS + DVC

02

Train

GPU node

03

Build

Arms + robots

04

Deploy

Local AI

05

Share

Open repos

Pick a mission, bring a build log, and make the stack real. The lab is where open-source robotics leaves the README.

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