What's new on RoboHub

A vertical plotter robot that interprets raw HTML code and physically renders the output onto walls or whiteboards using markers. It transforms digital 'Hello World' scripts into tangible, large-scale generative art.

A smart bird feeder that identifies visiting species in real-time and logs data to a cloud dashboard. It uses edge computing to capture high-resolution photos only when a bird is detected, turning your backyard into a citizen science hub.

An interactive scale model dam that manages water levels using automated spillway gates and real-time sensor feedback. It is an educational powerhouse for demonstrating renewable energy and flood control logic.

A robotic scale model designed to demonstrate and analyze the mechanics of dam failure through controlled hydraulic stress. It uses precision sensors and actuators to replicate real-world disaster scenarios for educational research.

A compact, WiFi-connected rover designed to monitor your home environment and provide a mobile telepresence platform. It leverages the ESP32's dual-core power to manage real-time motor control and a live camera stream simultaneously.

A high-tech scout robot that folds into a perfectly flat laptop form factor for discreet transport. It features a fully functional display and camera system for remote telepresence and desktop interaction.

This intelligent bird feeder uses a high-definition camera and local machine learning to identify visiting bird species in real-time. It captures high-quality photos and logs biodiversity data to help users contribute to citizen science from their own backyard.

This smart feeder captures high-resolution images of visiting birds and uses edge AI to identify their species in real-time. It allows bird enthusiasts to log local biodiversity and receive mobile notifications when rare visitors arrive.

A smart cargo trailer that uses gyroscopic sensors and hub motors to maintain perfect balance and assist with propulsion. It reduces the strain on the cyclist while preventing tip-overs on uneven terrain or sharp turns.

A rugged four-wheeled autonomous rover designed to navigate sidewalks and deliver small parcels to doorsteps. It leverages LiDAR and computer vision to avoid pedestrians while securing cargo in a locked compartment.

An autonomous agricultural rover designed to navigate dense cocoa plantations using high-precision RTK-GPS and AI-driven obstacle avoidance. It features a motorized probe system that automatically samples soil health metrics at precise intervals to optimize crop yield.

A rugged 4WD autonomous rover designed to navigate dense cocoa plantations using RTK-GPS and LiDAR for precise soil health mapping. It features a motorized probe system that automates the collection of NPK and moisture data, syncing results via MQTT for real-time farm management.

An unconventional bipedal robot that utilizes two elongated, articulated arms for both locomotion and object manipulation. By shifting its center of gravity through sweeping arm strides, it provides a unique alternative to traditional leg-based movement.

A unique bipedal robot that uses two elongated arms for both movement and object manipulation. It mimics human-like arm swinging to navigate terrain while keeping electronics centered for stability.

A unique bipedal robot that uses its long articulated arms as its primary means of locomotion and manipulation. This design challenges traditional leg-based movement by focusing on upper-body strength and balance for versatile terrain navigation.

A high-performance quadcopter featuring a fully 3D-printable frame designed for rapid field repairs and customization. It merges lightweight additive manufacturing with high-speed brushless electronics for an agile racing experience.

A compact 4-axis kitchen assistant that automates the entire baby food cycle from ingredient loading to pouching. It streamlines meal prep by blending custom recipes and self-sanitizing with an integrated steam cycle.

This smart gimbal system syncs a pico-projector with live astronomical data to mirror the exact night sky above your roof. It provides an immersive, scientifically accurate stargazing experience that fades to a sleep-inducing amber glow.

This intelligent maintenance bot uses a piezo sensor to detect the specific vibration frequencies of a dry chain and automatically applies wax lubricant. It ensures peak drivetrain efficiency and silence without the rider ever needing to check a maintenance log.

This autonomous base uses light-dependent resistors to rotate indoor plants toward the sun at a gentle, imperceptible pace. It features a self-sustaining solar charging system, ensuring your greenery thrives without manual intervention or external power.

A smart litterbox that uses a stepper-driven rail system to automatically scoop waste into a sealed compartment after your cat leaves. It eliminates daily maintenance and keeps odors trapped using a synchronized lid mechanism.

Transform your mental state into a visual ambiance using a brain-computer interface and smart lighting. This project leverages affordable EEG modules to translate focus and relaxation levels into a dynamic, color-coded environment.

A high-precision robotic assistant designed to handle the tedious preparation of luxury leather goods while leaving the final saddle-stitching to the artisan. It combines computer vision for grain optimization with automated cutting, burnishing, and pre-piercing to triple workshop throughput.