The present invention relates to a real-time remote laboratory system, particularly to an Experiment Management System (EMS)–based air track experiment system for conducting physics experiments remotely. The system enables the implementation of Uniform Linear Motion (ULM) and Uniformly Accelerated Linear Motion (UALM) experiments via an online platform. The system comprises an EMS web-based portal configured to manage and schedule experiments, a microcontroller-based air track experimental apparatus including position and/or velocity sensors and at least one camera, a network communication module adapted to transmit experimental data and video streams in real time, and an automatic reset and data storage module. Through the EMS portal, users, including teachers and students, are enabled to remotely control the experimental apparatus, observe real-time video and sensor data, and retrieve experimental results without requiring physical presence in a laboratory environment. The invention is intended to overcome limitations associated with the availability of physics laboratory facilities, instructional time constraints, and practical accessibility, thereby allowing educational institutions lacking laboratory infrastructure to perform air track experiments in an efficient, secure, and integrated manner through an internet-based network.

Invensi ini mengenai Sistem Eksperimen Airtrack Berbasis Experiment Management System (EMS) Remote Laboratory Real-Time, yaitu suatu teknologi laboratorium fisika jarak jauh yang memungkinkan pelaksanaan eksperimen Gerak Lurus Beraturan (GLB) dan Gerak Lurus Berubah Beraturan (GLBB) secara daring. Sistem ini terdiri atas portal web EMS sebagai pusat manajemen eksperimen, perangkat eksperimen Airtrack berbasis mikrokontroler yang dilengkapi sensor posisi/kecepatan dan kamera, modul komunikasi jaringan untuk transmisi data dan video, serta modul reset otomatis dan penyimpanan data. Melalui portal EMS, pengguna (guru dan siswa) dapat melakukan penjadwalan eksperimen, pengendalian peralatan, pengamatan video dan data sensor secara real-time, serta mengunduh hasil percobaan tanpa harus hadir di laboratorium. Invensi ini dirancang untuk mengatasi keterbatasan fasilitas laboratorium fisika, keterbatasan waktu belajar, dan kebutuhan fleksibilitas praktikum, sehingga lembaga pendidikan yang tidak memiliki sarana laboratorium dapat tetap menyelenggarakan eksperimen Airtrack secara efisien, aman, dan terintegrasi melalui jaringan internet.