This module uses simplified physics and fictional teaching values. Calculated stopping distance, friction, load transfer, heat index and brake capability are not OEM specifications, performance guarantees, inspection limits or authorization to road-test a questionable vehicle. Real braking performance depends on vehicle design, tires, road, grade, temperature, control systems, driver response and service condition. Follow the exact service information and safe test procedure for the vehicle.
Start with the stopping job before learning individual brake parts
This first Brake Systems module establishes the physics and safety language used by the rest of Course 13. Next planned module: 13.2 · Hydraulic Principles, Master Cylinders & Plumbing.
Trace the stopping job from energy to the road
Change the physics evidence and watch the limiting factor move
This is a simplified teaching model. Use the presets or adjust the fictional values to compare relationships—not to predict a real vehicle's stopping performance.
Model assumptions: level road, straight-line stop, no aerodynamic/rolling-resistance term, static 55/45 front/rear distribution, constant μ and brake capability. Real vehicles and procedures are more complex.
Turn a brake complaint into a safe evidence path
Ordered brake-safety workflow
Complete the sequence in order.
Evidence
Best supported conclusion / next step
10-question knowledge check
Online physics evidence is not hands-on brake competency
Use instructor-controlled vehicles/trainers and approved procedures. The learner should demonstrate safe reasoning, identify the force/energy path, interpret conditions and document verification without unsafe road testing.
Student: ____________________ Date: __________ Instructor: ____________________