Fast Lane R/C Tundra 4x4

1
Fast Lane R/C Tundra 4x4

• Team 4
• Group Members
• Andrew Chang (Project Manager)
• Paul Alvare
• Henry Flores
• Kenneth Quiambao
• Kunal Rana
• Erik Velthaus

2
Objectives
Challenges

• To replicate the Fast Lane R/C Tundra 4x4 using
  ProEngineer Wildfire
• To measure and recreate parts on ProEngineer
• To model the vehicle by assembly and animation of
  moving parts

• Accurate measurements of parts
• Assembly of parts to create an animation
• Creating connections of moving parts with respect
  to other parts
• Animating gears with correct ratio

3
Main Parts

• Differential
• Suspension
• Motor
• Drivetrain
• Steering

4
Differential Animation

• To aim the engine power at the wheels
• To act as the final gear reduction in the
  vehicle, slowing the rotational speed of the
  transmission one final time before it hits the
  wheels
• To transmit the power to the wheels from the
  motor while allowing them to rotate at different
  speeds

5
Suspension Assembly

• The suspension maximizes the friction between
  the tires and the road surface, to provide
  steering stability with good handling

6
Drivetrain Assembly

• Motor connects to pinion which connects to spur
  which connects to differential which connects to
  driveshaft and back to differential.

7
Steering Assembly
8
Final Assembly
9
Conclusion

• We believe we fairly recreated the Fast Lane
  R/C Tundra 4x4. We did not include several parts
  due to its purpose was of cosmetic only. Accuracy
  of the parts were true to the original parts. All
  in all, the modeling of the R/C truck was
  successful from the measuring to the drawing to
  the final assembly and animation.