MasterFit™ Curriculum

Foundations I – Driving Physics and Vehicle Control + Road Test Prep

Florida Driving Academy’s core driver-development program focuses on the automobile itself—how vehicles behave, why they behave that way, and how drivers learn to control them. Four 90-minute sessions combine knowledge training with behind-the-wheel instruction in Driving Physics and Basic Vehicle Dynamics, including grip, weight transfer, braking, corner rotation, throttle control, and vehicle balance. Two additional 90-minute sessions transfer those skills to the complexity of public-road driving. A seventh and final two-hour behind-the-wheel session is dedicated to Road Test preparation. Includes the FOUNDATIONS I textbook written by FDA Founder James R. Burns.

Foundations I – Driving Physics and Vehicle Control + Road Test Prep

Product information

$1,195.00

Description

The Physics of Vehicle Control

Foundations I is the cornerstone of Florida Driving Academy’s driver education system. This seven-session curriculum goes beyond conventional driver training by teaching the physics that govern every vehicle on the road—and then helping students transfer what they have learned to the complexity of public-road driving.
Most driving schools teach operation: steering, braking, signaling, and parking.
We teach something deeper: vehicle behavior.
Why does a car rotate in a turn?
 Why does braking increase front tire grip?
 Why does a vehicle understeer or oversteer?
 How do braking, steering, and throttle change the balance of the vehicle?
These are not mysteries. They are physics.
At Florida Driving Academy, students are taught the principles and skills that underlie competent driving: grip, weight transfer, threshold braking, corner rotation, throttle control, and coordinated vehicle control. Students learn how their inputs change tire loading, how grip is redistributed, and how braking, steering, and throttle work together to influence vehicle behavior.
The curriculum is organized into three stages: Skill Acquisition, Skill Transfer, and Road Test Preparation.
Sessions 1–4: Driving Physics & Skill Acquisition
The first four sessions are 90 minutes each, consisting of:
  • 30 minutes of knowledge training
  • 60 minutes of behind-the-wheel instruction and guided practice
Students first learn the physics intellectually and then experience and apply those principles behind the wheel through purposeful exercises.
These sessions teach students the BVD skills of Foundations I while providing supervised practice, assessment, and correction. Students develop their understanding and begin developing the motor skills required to manage braking, steering, throttle, grip, rotation, and vehicle balance.
Sessions 5–6: Skill Transfer
The next two 90-minute sessions move from the controlled learning environment to public roads.
Here, the objective changes.
Students begin transferring the vehicle-control skills taught during Skill Acquisition into the complexity of real-world driving. They must manage the vehicle while simultaneously processing traffic, intersections, road geometry, signs, signals, other road users, changing conditions, and the legal responsibilities of driving.
Skill Transfer connects what students have learned about controlling the automobile with the environment in which they will ultimately drive independently.
Session 7: Road Test Preparation
The seventh and final session is a dedicated two-hour behind-the-wheel Road Test preparation session with no classroom component.
This session focuses specifically on the maneuvers, procedures, and execution required for the Florida Road Test, helping students prepare for the licensing examination with greater understanding, confidence, and control.
The Protocol — At Home
Study: Review the assigned textbook material and syllabus before each session.
Test: Complete the session quiz to validate understanding of key driving-physics concepts.
Prepare: Arrive ready to apply that knowledge behind the wheel through guided exercises, purposeful practice, assessment, and correction.
What Students Are Taught
  •  Tire grip and the contact patch 
  •  Weight transfer during braking, acceleration, and turning 
  •  Threshold braking 
  •  Brake release and corner entry 
  •  The physics of turning and vehicle rotation 
  •  Understeer and oversteer recognition 
  •  Throttle modulation and vehicle balance 
  •  Smooth steering and coordinated input sequencing 
  •  Complete cornering sequence and driving rhythm 
  •  Application of vehicle-control skills on public roads 
  •  Road Test preparation and execution 
Ideal For
Students with a learner license who want more than conventional Road Test preparation. Foundations I is designed for students seeking an education in how automobiles behave, how drivers control them, and how those vehicle-control skills are applied to public-road driving before earning full driving privileges.

Course Outline & Key Learnings per Session

Session 1: FOU1-1 - FOUNDATIONS I – DRIVING PHYSICS & VEHICLE CONTROL – CHAPTER ONE (Click to View Sample)

  • What grip is and why it matters
  • What a contact patch is
  • Why steering cannot create grip
  • Why smooth inputs preserve control
  • How braking, turning, and acceleration share grip
  • Why understeer is usually a front-grip problem
  • Why overreaction can be more dangerous than loss of grip
  • Why competent drivers solve problems using physics

Session 2: FOU1-2 - FOUNDATIONS I – DRIVING PHYSICS & VEHICLE CONTROL – CHAPTER TWO

  • The difference between steering input and vehicle rotation
  • What yaw is
  • How front tires generate lateral force
  • Why vehicle response is delayed after steering input
  • How braking shifts load forward
  • Why brake release helps rotation
  • What neutral rotation feels like
  • Why understeer occurs
  • Why oversteer occurs
  • How throttle affects rotation

Session 3: FOU1-3 - FOUNDATIONS I – DRIVING PHYSICS & VEHICLE CONTROL – CHAPTER THREE

  • Why mid-corner is primarily a balance problem
  • Why steering is mostly set during mid-corner
  • How throttle shifts weight rearward
  • Why rear grip increases with throttle
  • Why front grip decreases with throttle
  • Why excess throttle causes understeer
  • Why more steering worsens understeer
  • How slight throttle reduction restores front grip
  • What stable corner balance feels like
  • Why small inputs create large results

Session 4: FOU1-4 - FOUNDATIONS I – DRIVING PHYSICS & VEHICLE CONTROL – CHAPTER FOUR

  • Why grip is finite and transferable
  • How rhythm preserves grip
  • Why every corner affects the next
  • How to execute the complete driving sequence in proper order
  • How to distinguish healthy input overlap from grip overload
  • How to recognize understeer and oversteer as feedback
  • How a vehicle user differs from a driver
  • Why a flat chassis is important
  • Why balanced chassis creates maximum grip
  • How knowledge reduces fear

Session 5: FOU1-5 - FOUNDATIONS I – DRIVING PHYSICS & VEHICLE CONTROL

  • By the end of Session Five, the student should demonstrate increasing ability to:
  • Apply acquired vehicle-control skills to naturally occurring public-road situations.
  • Recognize roadway situations that require changes in speed, braking, steering, throttle, or vehicle position.
  • Manage approach speed early enough to avoid rushed inputs.
  • Coordinate braking, brake release, steering, throttle, and steering unwind through ordinary public-road turns.
  • Use vision to anticipate rather than merely react to roadway events.
  • Maintain steering economy and allow time for chassis response.
  • Apply progressive throttle appropriately during and after corner rotation.
  • Manage weight transfer and available grip through smooth, properly sequenced inputs.
  • Recognize vehicle feedback and make proportional corrections.
  • Integrate vehicle control with traffic controls, lane discipline, right-of-way, and interaction with other road users.
  • Begin developing a consistent driving rhythm.
  • Demonstrate increasing independence while transferring acquired skills to the public road.

Session 6: FOU1-6 - FOUNDATIONS I – DRIVING PHYSICS & VEHICLE CONTROL

  • By the end of Session Six, the student should demonstrate increasing ability to:
  • 1. Recognize roadway situations requiring changes in speed, braking, steering, throttle, or vehicle position without routine prompting.
  • 2. Use vision to identify developing roadway conditions early enough to prepare rather than react.
  • 3. Interpret signs, signals, pavement markings, roadway geometry, and the movement of other road users as information requiring appropriate driving decisions.
  • 4. Select appropriate speed based on roadway geometry, traffic, visibility, and changing conditions.
  • 5. Coordinate braking, brake release, steering, throttle, and steering unwind smoothly and consistently.
  • 6. Maintain steering economy and allow sufficient time for chassis response.
  • 7. Apply progressive throttle appropriately during and after corner rotation.
  • 8. Manage weight transfer and available grip while simultaneously processing public-road demands.
  • 9. Recognize vehicle feedback and make small, proportional corrections.
  • 10. Integrate vehicle control with traffic controls, lane discipline, right-of-way, and interaction with other road users.
  • 11. Connect consecutive roadway events through anticipation and next-event preparation.
  • 12. Demonstrate increasing driving rhythm, judgment, composure, consistency, and independence.

Session 7: FOU1-7 - FOUNDATIONS I - ROAD TEST PREP

  • How the Road Test is scored.
  • How to manage nerves.
  • How to perform each maneuver.
  • How to avoid common mistakes.
  • How to avoid automatic disqualification.
  • How to perform at your best.

Enrolled students access all syllabi, handouts, tests, and Student Evaluation Reports (SERs) through their personal dashboard.