AI-Generated Design

You lis3dsh = 3mm X 3mm X 1mm magnet = 0.98"l X...

“You lIS3DSH = 3mm x 3mm x 1mm Magnet = 0.98"L x 0.98"W x 0.2"Th(inches, will need mm conversion right?) INMP-441 = 3.14 x 1.96 x 0.39 inches (dimensions L x W x H) The enclosure should allow for wiring, and can be 1-time-assembly. but does require the hardware to be stationary which is why one-way magnet will be super-glued to bottom of enclosure. so create a housing that cups the magnet on bottom and keeps it "hidden" or "low-profile". and in center chamber above that should be the mems inmp-441 mic center(magents even have a center hole and came with covers + metal screw. ) and the chamber above that needs to home the glorious lis3dh accelerometer sensor. (i plan to use on driver seat track since thats where driver sits and where driveres complain of concern just liek ther MOPAR nvh picoscope 7 nvh kit ) the goal is ONE-TO-2 SENSORS per vehicle and to monitor P1-P3,T1-T3-e1-e3 vibrations and pair the data on a pi5 halo8 26 tops hat with obd2 data like vehicle speed and rpm. and tire size. Make the enclosure 3 piece assemble-able design, (screw-on layered maybe? nothing crazy but definitely not falling apart. and magnet will def need super-glue and decent roof-thickness to reinforce the removal of enclosure and not have magnet fall off. lol, make cylinder shaped/dome shaped and so when i download stl enclsoure the device is 3d printable and 3 seperate pieces in one print!”