After integrating the FPV camera into our ground robot, we conducted range testing to evaluate its impact. The results were clear—it proved to be a significant addition to our system, greatly enhancing visibility and overall operational capability.
We’re continuing to make great progress with our ground robot 🚀 In our last update, we successfully integrated an FPV system. Today’s testing session brought valuable insights—along with a small mishap (let’s just call it a “skill issue” 😄). Every challenge is part of the learning process!
We’re excited to share a new milestone in our ground robot project 🚀 We’ve successfully mounted an FPV camera, enabling us to operate the robot beyond the visual line of sight. This upgrade significantly expands its capabilities and opens the door to more advanced applications.
🚀 Progress Update Our small ground robot is now successfully connected to an RC transceiver, giving it much greater range than Wi-Fi or Bluetooth. These wireless methods often lose connection at longer distances or outside line of sight, but the RC link provides a more reliable control.
Power up your robotics projects with 25KG Metal Gear Digital Servo Motor ⚙️ Featuring metal gears and support for 4.8–6.8V operation, it’s ideal for robotic arms, RC vehicles, and heavy-duty DIY builds. #Robotics #ServoMotor #EmbeddedSystems
🚁 Object tracking with a monocular camera using ROS2 Workflow: Camera → Object Detection → Tracking Node → Control → RViz Single camera. Real-time detection. Autonomous following. Built for edge AI deployment on drones. #ROS2 #Robotics #DroneTech #ComputerVision #EdgeAI
Robotics kit assembly ✅ Raspberry Pi 4 + battery system fully mounted and integrated. Next up: autonomous navigation algorithms 🤖 Working on localization, sensor fusion, path planning, and obstacle avoidance to bring real autonomy to the robot. #AutonomousRobot @raspberrypi.com #EmbeddedSystem
New project. New excitement. New robot. 🤖🔥 We’re building an autonomous Raspberry Pi–based robot, starting with ultrasonic sensing and a Pi Camera for navigation and obstacle avoidance. FOLLOW and LIKE for the updates.
Did you know also that SpeedyBee flight controller can be connected to a Raspberry Pi and used for your robotics project? 🤯🤖 The image shows a simple UART connection: TX → RX RX → TX GND → GND This lets Raspberry Pi handle AI, vision, ROS, while the flight controller manages real-time control.
Pixhawk + Raspberry Pi Zero 🚁 A classic companion computer setup for flying robots. UART via TELEM1 + stable 5V BEC power lets the Pi run MAVROS, while Pixhawk handles flight control. Perfect for: 🤖 ROS-based autonomy 👁️ Computer vision 🧠 AI onboard drones #ROS #UAV #Pixhawk #RaspberryPi #Robotics
The L298N motor driver is still a robotics classic 🤖 ✔️ Drives 2 DC motors ✔️ Direction + speed control via PWM ✔️ Easy to use with Arduino/ESP32 ✔️ Perfect for line followers & rovers Great for learning motor control fundamentals before moving to advanced drivers. #Robotics #Arduino #EmbeddedSystems
