Hall Effect Bicycle Speedometer
Hall Effect Bicycle Speedometer
Embedded Files
Project Overview
Project Overview
Designed and fabricated a universal bicycle speedometer with the use of rapid prototyping, National Instruments (NI) myDAQ, LabVIEW, and a hall effect sensor. Successfully demonstrated the measurement of RPM, velocity, and total distance traveled using LabVIEW's front panel.
What?
What?
Created a bicycle speedometer with an A3144 hall effect sensor.
Utilized LabVIEW front panel to display bicycle wheel RPM, velocity, and total distance traveled.
Worked with a team of 3 to integrate all components of the project.
How?
How?
Acquired and displayed data through National Instruments (NI) myDAQ and LabVIEW.
Designed universal mount through SolidWorks.
Fabricated (PETG) using rapid prototyping (FDM 3D printing).
Results
Results
Successfully developed a speedometer to display bicycle speeds on LabVIEW's front panel.
Achieved universal fitment by accommodating for any wheel size and making use of adaptable mounting design.
SJSU: ME 120 (Experimental Methods) - Term Project
SJSU: ME 120 (Experimental Methods) - Term Project
This Hall Effect Bicycle Speedometer was my term project submission for my ME 120 course at SJSU. This was done within a team of 3. The semester goal for this project was to utilize our LabVIEW and myDAQ knowledge, gained through the semester, and apply it on a real world application.
Electronic & Hardware Components
Electronic & Hardware Components
NI myDAQ
A3144 Hall Effect Sensor
1.5k Ohm Resistor
M3x10 Bolt
M3 Lock Nut
Neodymium Magnet
Breadboard + Wires
Custom 3D Printed PETG Mount (Fork)
Custom 3D Printed PETG Mount (Spoke)
LabVIEW Block Diagram
LabVIEW Block Diagram
LabVIEW Front Panel
LabVIEW Front Panel
CAD
CAD
Prototype
Prototype
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