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Giving robots better moves
For most people, the task of identifying an object, picking it up, and placing it…
Posted inRecent Advances in Robotic Systems
Tips for Working with an Industrial Robot Integrator
Nearly every time a manual process is automated, or when older robotic systems are being…
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A safe, wearable soft sensor
This biocompatible sensor is made from a non-toxic, highly conductive liquid solution that could be…
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Servo Motor Design
Introduction Servo motor is the main prime mover of the robot. This section will cover…
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Types of robot
1. Industrial robots. painting and welding robots Advantages of a painting robot: Robot painting is…
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Medical Robotics
Medical robotics is an interesting discipline that is related to human health of all individuals.…
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Disney Robot Make the Most Convincing Eye Contact Ever
Disney World could one day feature some of the most realistic animatronic characters on the…
Real-Time Robotic Hand Control Using Hand Gestures
Interpretation of human gestures by a computer is used for human-machine interaction in the area of computer vision [3][28]. The main purpose of gesture recognition research is to identify a particular human gesture and convey information to the user pertaining to individual gesture. From the corpus of gestures, specific gesture of interest can be identified[30][36], and on the basis of that, specific command for execution of action can be given to robotic system[31]. Overall aim is to make the computer understand human body language [14], thereby bridging the gap between machine and human. Hand gesture recognition can be used to enhance human–computer interaction…
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How to make your first Robot?
Your first robot is one which you never forget. Watching your creation do something as…
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How to Become a Robotics Engineer: A Step-by-Step Guide 🤖🚀
Robotics engineering is one of the most exciting and rapidly growing fields in technology. From…
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🦾 DIY: Build a Simple Obstacle-Avoiding Robot with Ultrasonic Sensors
Build a small autonomous rover that senses walls, makes turn decisions, and learns from real sensor limits. Get wiring, code logic, tests, and fixes in one guide. 🤖🔧⚡
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🦾 How to Calibrate Robot Sensors for More Accurate Positioning and Navigation
Small errors in wheels, IMUs, cameras, and timestamps can become major navigation misses. Learn a practical calibration workflow that holds up beyond the lab. 📷📍⚙️
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🦾 How Vision-Language-Action Models Are Teaching Robots to Follow Human Instructions
Vision-language-action models connect cameras, human instructions, and robot movement. See how they work, where they fail, and why safety still matters. ⚙️🗣️🤖
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🤖 Why Robots Drift Away from Their Programmed Path and How Calibration Fixes It
A correct program can still produce wrong motion. Learn how wheels, encoders, frames, tools, and sensors create drift—and how disciplined calibration brings robots back on target. 📏🧭⚙️
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🎯 Why Robots Lose Position Accuracy and How Engineers Correct It
A robot can report the right coordinates and still miss the real target. Learn how backlash, calibration, payloads, heat, and sensors affect precision—and how engineers diagnose them. 📍⚙️🔍
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🛠️ How Sensor Logs Help Diagnose Intermittent Robot Failures
A robot that fails only sometimes leaves clues in timing, confidence, and context. Learn how to capture, compare, and trace sensor logs to the real cause. 📈🔍⚙️
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🦾 How Sensors Help Robots Understand and Navigate Their Environment
From wheel encoders and cameras to lidar, radar, and touch, discover how robots build maps, avoid obstacles, and navigate despite uncertainty. 🤖📡🗺️
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🔍 5 Robot Debugging Habits That Find Intermittent Faults Faster
Rare robot failures are not random mysteries. Learn five disciplined habits for capturing evidence, isolating triggers, checking timing, and proving a fix holds. 🛠️📈🔌
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🔋 Can a Robot Battery Last a Full Shift?
Battery capacity is only the beginning. Learn how payloads, routes, idle power, charging queues, temperature, and safety reserves decide whether a robot stays productive. 🤖⚡📊
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🔧 Why Robot Cable Management Fails Before the Robot Does
Intermittent faults, damaged wrist cables, and surprise downtime often share one cause: uncontrolled cable motion. Learn what to inspect before a small rub becomes a shutdown. 🔧⚡🤖