Mastering Car Control in Simracing | Simracing Popometer

Simracing Popometer dives into vehicle dynamics and racing telemetry with professional simracer Nils Naujoks. This video explains how YAW impacts handling, comparing the Porsche 992 GT3 R and BMW M4 GT3 in Automobilista 2.

Mastering yaw, slip angles, and weight transfer is essential for better car control, faster lap times, and improved stability. This analysis helps simracers understand how front-engine and rear-engine cars behave differently on track.

Key Topics Covered:
• The role of yaw in simracing and real motorsport
• Porsche 992 GT3 R vs BMW M4 GT3: handling differences
• How AMS2’s physics engine models weight transfer
• How Simracing Popometer helps drivers analyze and improve

👉 Try Simracing Popometer: https://popometer.io
👉 Subscribe for more simracing insights: @SimracingPopometer

___________________________________
About World Technology:
Welcome to World Technology – where science meets competition! We bring together brilliant minds and innovative thinkers from all around the globe to compete, collaborate, and celebrate advancements in Life Sciences, Earth Sciences, Industrial Sciences, and Data Sciences.

👉 Visit us: www.worldtechnology.games
👉 Our socials on Linktree: : linktr.ee/worldtechnologygames
___________________________________

World Technology, tech innovation, science news, future technology, data science, life sciences, earth sciences, industrial sciences, science breakthroughs, technology trends, scientific research, innovation spotlight, emerging technologies, STEM education, global tech, technology explained, tech insights, scientific discoveries, sustainable tech, science updates, Simracing, Automobilista 2, Popometer, Nils Naujoks, Racing Telemetry, Driving Physics, Simracing Coach, Car Dynamics, Simracing Setup, Lap Time Analysis, Motorsports Science, Digital Racing, GT3 Racing, Porsche 992 GT3 R, BMW M4 GT3, Weight Transfer, Vehicle Dynamics, Slip Angle, World Technology, Tech Innovation, Data Science, Simulation Technology