In China, engineers have introduced Autonomous Rail Rapid Transit (ART) systems that operate on city streets by following virtual tracks marked with painted dotted lines. These vehicles rely on LiDAR, high speed sensors, and AI based vision systems to read the road surface and maintain precise alignment, without the need for physical steel rails. The economic benefits are substantial. Building an ART system costs roughly one fifth of a conventional tram network. By removing the need for rail ins

#Transportation without tracks Autonomous Rail Rapid Transit (#ART), developed by is a lidar (light detection and ranging) guided articulated bus system for urban passenger transport. Developed by CRRC Zhuzhou Institute Co Ltd, it was unveiled in #Zhuzhou in the #Hunan province in 2017. | T-Time HK

80K views · 1K reactions | China’s Autonomous Rail Rapid Transit...

1.2M views · 33K reactions | South Asia’s first ART (Autonomous Rail Rapid Transit) has arrived in Lahore. It is track-less, runs on rubber tires & carries 300 passengers. It is a modern, cost-effective & environment-friendly alternative to conventional transport. Test run on canal road soon Insha’Allah! | Maryam Nawaz Sharif | Facebook

Check out the new generation of autonomous rapid transit rail developed by CRRC Zhuzhou Locomotive. | Sci Hub China

ART (Autonomous Rail Rapid Transit) adalah sistem bus gandeng berkapasitas tinggi dari CRRC China. Kendaraan ini didesain menyerupai kereta api, tetapi secara teknis menghilangkan kebutuhan rel besi. Inovasi intinya terletak pada sensor optik LIDAR yang sangat canggih. Sensor ini membaca dan mengikuti "Rel Virtual" berupa garis putih yang dicat langsung di permukaan jalan. Kapasitasnya besar. Satu set tiga gerbong mampu mengangkut hingga 300 penumpang. Keunggulan finansialnya signifikan. Biaya i

In China, engineers have deployed "Autonomous Rail Rapid Transit" (ART) systems that navigate urban streets by following virtual tracks marked with painted dotted lines. These futuristic vehicles use a combination of LiDAR, high-speed sensors, and AI vision systems to "read" the road and maintain precise lane alignment without physical steel rails. The economic advantage is significant; installing these smart trains costs approximately one-fifth of the price of a traditional tram system. By elim