Racetrack Design Project for Walt Disney Company

1. Presented By: RacetrackDesign Project for Walt Disney Company May 18, 2011

2. Presentation Overview • About MDLS Engineering Inc. • Project Team • MDLS Engineering Inc. Website • Quality Assurance • Product Testing • Quick Reference Card • Racetrack Design • Summary • Estimated Schedule and Cost • Why MDLS Engineering Inc. • Questions

3. MDLS Engineering Inc. • MDLS was founded in July 18, 1955 by a Civil Engineer named DaltWisney. • MDLS Engineering Inc. Headquarters is located in Pomona, Ca. • Motto: “Exceeding Expectations” • Fortune 500 Company (NYSE: “MDLS”) • Specialize in Racetrack Design. Previous Projects Include: • Fuji Speedway (Japan) • Luigi’s Circuit (Italy) • Petit Le Mans (United States) • Royal Raceway (England)

4. Project Team • Name: Sean Silos • Position: Project Manager and Quality Assurance Manager • Education: B.S. from Cal Poly Pomona, M.S. and Ph. D. From UC Berkeley in Engineering Management • Qualifications: • PE in State of California • CEO of CLKS Engineering when it was acquired by MDLS Engineering Inc

5. Project Team • Name: Dennis Lee • Position: Test Technician • Education: B.S. from Cal Poly Pomona ,M.S. and Ph. D. From University of Illinois in Civil Engineering • Qualifications: • PE in State of California • Worked on Large Hadron Collider (LHC) in Europe for 5 years

6. Project Team • Name: Damian Garciahuerta • Position: Technical Writer • Education: M.S. and Ph. D. From MIT in Civil Engineering • Qualifications: • PE in State of California and Alaska • Served the President of the United States as the primary consultant of engineering related matters

7. Project Team • Name: Manny Lava • Position: Design Engineer • Education: B.S. from Cal Poly Pomona, M.S. and Ph. D. From Cal Tech in Civil Engineering • Qualifications: • PE in State of California • Lead Design Engineer for the California High Speed Rail project.

8. MDLS Engineering Inc Website http://www.mdlsengineeringinc.blogspot.com/

9. Project Quality Assurance Plan GENERAL: • Made by Highly Experienced Professionals • Complies with all Codes and Regulations • Ensure the Client is Always Informed of Project Status • Ensure Product Quality Exceeds Expectations VEHICLE SPECIFICATIONS: • Design Speed • Turning Radius • Battery Life • Stopping Time (time needed to make the car completely stop) • Distance from controller • Approved Surfaces • *ALL TESTS WERE TESTED WITH AND WITHOUT FAN ON BOTH HORIZONTAL AND VERTICAL SURFACES RACE TRACK: • Racetrack Surface (Marble, Tile, carpet, etc.) • Minimum race track radius • Breaking distance ( distance needed to make the car completely stop) • Ensure that Vehicle Will Be Able to Navigate Through Course

10. Product Testing

11. Product Testing

12. Product Testing Turning Radius: 3” Minimum for Racetrack Battery Life of Vehicle: 3 Minute Minimum for Racetrack Controller Range 7 feet *This is distance that vehicle will work without control lag ex. Move vehicle forward on controller, takes a second to actually move *Receiver is on Back of Vehicle

13. Product Testing Approved Surfaces: Smooth Surfaces Wood Tile Marble Smooth Wall Surfaces Failed Surfaces: Uneven, Porous, Broken Surfaces Non-Smooth Wall Surfaces Carpet Stopping Time: Minimum 0.75 Second for Track *Stopping Time Will Vary On Surface

14. Product Testing Summary

15. Quick Reference Card Vehicle Controller/Charger Battery Compartment • Preparation • Remove Light Cycle TM Zero Gravity® RC and Controller/Charger From Box • Open Battery Door With Screwdriver on Back of Controller/Charger • Properly Install 6 AA Batteries inside the compartment • Replace Battery Door Securely • Charging Your Light CycletmZero Gravity® RC • Ensure That Switches on Both RC and Controller are “OFF” • Take Out Charge Nozzle from Charge Cable Compartment • Plug Nozzle Into Port Of Vehicle • Slide Switch On Controller to “CHARGE” • Red Light Flashing: Vehicle Is Charging • Green and Red Lights Flashing Concurrently: Vehicle is Charged • When Charged, Turn Controller Switch “OFF” • Stow Charge Cable in Storage Compartment • Operation On Ground • Put Vehicle in the “GROUND” Mode and Controller to “ON” • Use LEFT Joystick to Move Vehicle Forward and Backwards • Use RIGHT Joystick to Spin/Turn Vehicle • Vehicle Will Spin if Stationary and Turn if Moving Forward/Backward • Operation On Walls or Upside Down • Put Vehicle in the “WALL” Mode and Controller to “ON” • Place Vehicle on Clean , Smooth, Flat Surface . Ensure Fan is Clear of Debris • Vehicle Operations are the Same as Ground Operations • *Vehicle Will Swerve Occasionally. To Correct this use Trim Buttons Found On Controller. If Vehicle Swerves Left, Use Right Trim. If Vehicle Swerves Right, Use Left Trim. Left & Right Joysticks Charge Cable Compartment Charge Cable Green/Red Indicator Lights On/Off/Charge Switch Left/Right Trim Buttons “Zero Gravity Fan” Vehicle Underside Wall/Ground/Off Switch Cable Port

16. Quick Reference Card • Preparation • Remove Light Cycle TM Zero Gravity® RC and Controller/Charger From Box • Open Battery Door With Screwdriver on Back of Controller/Charger • Properly Install 6 AA Batteries inside the compartment • Replace Battery Door Securely Battery Compartment

17. Quick Reference Card • Charging Your Light CycletmZero Gravity® RC • Ensure That Switches on Both RC and Controller are “OFF” • Take Out Charge Nozzle from Charge Cable Compartment • Plug Nozzle Into Port Of Vehicle • Slide Switch On Controller to “CHARGE” • Red Light Flashing: Vehicle Is Charging • Green and Red Lights Flashing Concurrently: Vehicle is Charged • When Charged, Turn Controller Switch “OFF” • Stow Charge Cable in Storage Compartment Vehicle Controller/Charger Green/Red Indicator Lights On/Off/Charge Switch Charge Cable Compartment Charge Cable Vehicle Underside Wall/Ground/Off Switch Cable Port

18. Quick Reference Card Vehicle Controller/Charger • Operation On Ground • Put Vehicle in the “GROUND” Mode and Controller to “ON” • Use LEFT Joystick to Move Vehicle Forward and Backwards • Use RIGHT Joystick to Spin/Turn Vehicle • Vehicle Will Spin if Stationary and Turn if Moving Forward/Backward • Operation On Walls or Upside Down • Put Vehicle in the “WALL” Mode and Controller to “ON” • Place Vehicle on Clean , Smooth, Flat Surface . Ensure Fan is Clear of Debris • Vehicle Operations are the Same as Ground Operations • *Vehicle Will Swerve Occasionally. To Correct this use Trim Buttons Found On Controller. If Vehicle Swerves Left, Use Right Trim. If Vehicle Swerves Right, Use Left Trim. Left & Right Joysticks On/Off/Charge Switch Left/Right Trim Buttons “Zero Gravity Fan” Vehicle Underside Wall/Ground/Off Switch

19. Track Design

20. Track Segments Ursula’s Whirlpool Into The Abyss Cruella De Vil’s Treacherous Return The Queen of Heart’s Revenge Maleficent’s Slithering Forecast Captain Hook’s Figure 8 Slash Scar’s Raging Road Ambush Jafar’s Descending Ascent

21. Captain Hook’s Figure 8 Slash • Features • Split Figure 8 Track Design • Grade Separation @ Intersection • Theme • Peter Pan Villain • Simulates Captain Hook’s Devastating Blow

22. Scar’s Raging Road Ambush • Features • Independent Track Variation • Multiple Vertical Curvature Path • Theme • The Lion King’s Villain • Simulates Scar’s Ferocious Ambush • “Lumpy” road depicts “hiding and pouncing”

23. Maleficent’s Slithering Forecast • Features • Multiple Horizontal Curves • Curves are Super-elevated (Banked) for hard cornering traction • Theme • The Sleeping Beauty’s Villain • Simulates Maleficent’s psychic ability to forecast dragon serpentine transformation

24. Jafar’s Descending Ascent • Features • Steep Descent, Steeper Ascent • Reverse Banking @ Corner • Theme • Aladdin’s Villain • Simulates Jafar’s evil sorcerer powers – an uphill battle.

25. Cruella De Vil’s Treacherous Return • Features • Elevated Track • Grade Separated Curve Return • Straight Away for Speed • Theme • 101 Dalmatian's Villain • Simulates Cruella De Vil’s evil return for puppy snatching.

26. Ursula’s Whirlpool Into the Abyss • Features • Downward Spiral Track Design • 3-Consecutive Loops • Theme • The Little Mermaid’s Villain • Simulates approach into Ursula’s deep water lair.

27. The Queen of Heart’s Revenge • Features • Unexpected Trap • Falling/Rolling Balls of terror • Theme • Alice in Wonderland’s Villain • Simulates revengeful tactics of the queen of hearts

28. Now…Altogether…We Get: Plan View

29. And… View from Southeast

30. …And… View from Northwest

31. …And… View from Southwest

32. …And… View from Starting Line

33. …And… View from Scar’s Raging Road Ambush

34. …And… Miscellaneous Views

35. Ready…Set…GO!

36. Summary • MDLS Engineering is highly qualified to take on this project • We are easily accessible • Our clients are always informed of the progress of the project through our website and/or conferences • We will ensure that the quality of the project exceeds expectations • Our design implements Disney’s work • We believe that our design will suit all of your needs and more

37. Estimated Schedule • If Our Project is Selected, We Will Begin the Construction Right Away • May 16: Project is Selected • May 17- 27: All Three Tracks Are Constructed By Segments • May 28: Tracks are Delivered from our Pomona based Shop and Assembled at Disneyland • The Whole Process Should Take 12 Days

38. Estimated Cost

39. Why Choose MDLS Engineering Inc? • Our motto here at MDLS Engineering is “Exceeding Expectations” and we believe that our racetrack design fits this motto. • Our professional experience and imaginative design implementation are key traits in bringing such an Imagineering feat into fruition. • Altogether, we can provide this magically inspired race track at half the proposed budget and at half the time. • Disney has always been inspiring people to follow their dreams. Here at MDLS Engineering, we hope to echo that feat by providing users with a state of the art racetrack that pays homage to Disney’s past, present, and future works while creating lasting memories for each participant.

40. Questions?