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Fully integrated AI navigation, wireless communication, precision docking, and intelligent charging for drone surveillance.
Autonomous docking and charging platform with electromagnet precision alignment.
Real-time aerial surveillance with live video to laptop via ESP32 wireless.
Precision alignment with electromagnet + pogo pins for secure contact.
Seamless switching between AI autonomous and manual override modes.
Real-time bidirectional communication between bot and drone.
Precision Z-axis mechanism to meet and secure the landing drone.
Mechanical CAD, electronics schematics, system architecture
Chassis, motor mounting, lift mechanism, power integration
Frame, flight controller config, camera + ESP32 integration
Navigation, docking algorithm, video streaming, control system
System integration, autonomous trials, live demonstration
Premium components for reliability, performance, and seamless integration.
Step-by-step data flow: bot surveillance → AI detection → drone deployment → evidence collection → return & dock.
Patrols · Ultrasonic · Pi Cam
Pi 0 2W · Threat Analysis
Wireless Deploy Signal
ESP32 FC · 8524 Coreless Motors · ESP32 Cam · 3S LiPo
ESP32 Cam · 15fps MJPEG
Ultrasonic · Electromagnet Lock
TP4056 · Pogo Pins · LiPo
DATA FLOW PATHWAYS — STEP BY STEP
Advanced robotics engineered for reliable autonomous drone operations.
Mechanical and electronic subsystems powering the autonomous platform.
Autonomous Docking Platform
ESP32 Micro-Drone
Electromagnet + Pogo Pins
Rack & Pinion Assembly
Intelligent surveillance cycle — bot patrols, AI detects threats, drone deploys, collects evidence, returns, bot resumes.
Designed for extensibility — advanced applications across industries.
The brilliant minds behind AEROROVER — designing, engineering, and bringing this prototype to life.
A project by Team 02 of L Division from KLE Technological University.
Concept and Ideation by Manju Teli