BETA
Chapter 1
The real-world pocket rocket
Chapter 2
Replicating the physics of the drive
Chapter 3
The art of virtual customization
YOUR GOAL
Master of Tuning the pocket rocket in the ultimate virtual garage
Ch 2 · Replicating the physics of the drive
iri Tighten your car's suspension settings to discover how tire grip keeps you on the road.
iri Honda CRX Physics Simulation
Adjust the dual wishbones to carve a tighter track, Feel the weight shift forward and rotate the back.
iri The physics engine tracks throttle and RPM to trigger a sudden mathematical torque shift that mimics the real
BETA
iri Swap and tune custom car parts to learn how mechanical modifications affect driving performance.
Fun Fact
Ray-cast physics: Most modern racing games do not physically spin the tires; they use invisible mathematical lines to calculate grip and draw spinning wheels purely for visual effect.
Glossary
drivetrain (noun)
The system of components that transmits mechanical power from an engine to the wheels. Developers coded the front-wheel-drive layout of the 1988 hatchback to emulate its famous real-world cornering behavior.
The system of components that transmits mechanical power from an engine to the wheels. Developers coded the front-wheel-drive layout of the 1988 hatchback to emulate its famous real-world cornering behavior.
Quiz
How do modern driving simulators visually and physically approximate wheel contact with the road?
Quiz
What dangerous handling phenomenon occurs when a driver abruptly lifts off the throttle while cornering a front-wheel-drive car like the Honda CRX?
Quiz
What does a driving simulator's physics engine calculate to replicate the high-RPM power delivery of a Honda VTEC engine?
Quiz
How does a simulator calculate the rotational speed of a car's engine during a gear shift?
Quiz
Which physical property must a simulator calculate when a customized Honda CRX transitions from asphalt to grass?