Transcript Fast Lane R/C Tundra 4x4

Fast Lane R/C Tundra 4x4
Team 4
Group Members:
Andrew Chang (Project Manager)
Paul Alvare
Henry Flores
Kenneth Quiambao
Kunal Rana
Erik Velthaus
Objectives
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
Challenges
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
Main Parts
Differential
Suspension
Motor
Drivetrain
Steering
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
Suspension Assembly
The
suspension
maximizes the
friction
between the
tires and the
road surface,
to provide
steering
stability with
good handling
Drivetrain Assembly
Motor connects to pinion which connects to spur which
connects to differential which connects to driveshaft and
back to differential.
Steering Assembly
Final Assembly
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.