Hello
Formula! We're happy to announce that we have once again partnered with
Northwestern Catalyzer in order to fundraise for NFR26! We are now in
our active phase of fundraising so we have a public page where you can
support the team.
We have major goals this year to improve our
engineering and performance, including implementing hub motors for the
first time and incorporating additional custom motor controllers. We are
extremely excited about these pursuits, and we need your help to make
these designs into reality!
Please help us out by visiting our page at
giving.nu/NFR26
and giving if you are able. We are appreciative of any gift no matter
the size! We also appreciate it if you are able to help us spread the
word that we're fundraising. The broader the reach we're able to have
the more support we'll be able to receive in pursuing these major design
goals! Please reach out to me if you have any questions or would like
to talk!
Accumulator Segments SendoutOur Accumulator subteam has officially finalized our segment designs! We will be working with our sponsor [
BuildParts]
to manufacture the cell holders used to fix our cells in place for
gluing and bonding. These parts will be sent out this coming week for
manufacturing, marking the beginning of our manufacturing process for
our team's Accumulator.
One of 5 custom segments for the NFR26 AccumulatorOur
team has once again applied for Tesla's FSAE sponsorship, providing
Molicel P50B batteries and AD BMS chips. We will learn this coming week
if we've been selected for this opportunity. As soon as we are able to
secure cells, we will begin preparing and installing them into these
cell holders, along with a custom PCB to route signals to our BMS. Once
that is complete it will be time to send them to our cell bonding
sponsor [
Hesse Mechatronics]!
First Board PurchasesToday
we had design reviews for our first PCB purchases of NFR26. We looked
at the dashboard display and controller boards, as well as our VCU. Our
board designers will now take the coming week to finalize the boards
based on design feedback, and we will order them Oct. 21st.
Dashboard Controller Board RenderPictured
above is our dashboard controller. It connects to our PCB dashboard to
provide all computation, power, and storage. Last year's dashboard was
incredibly useful to debug our car and see real time information. This
year we're improving on the design by including dedicated indicators for
high priority information and improving the user input methods, as well
as using a brighter screen.

VCU LayoutOur
VCU (Vehicle Control Unit) is the central hub for controlling the state
of the car. It instructs the rest of the car what to do based on if we
are inactive, in neutral, or in drive. It also operates as part of the
shutdown circuit, a critical safety feature required by rules.
This
year we've designed these boards to be highly integrated with one
another, aligning their connectors and mounting hardware to improve
packaging, communication, and maintainability. All of them will be
housed in our dashboard enclosure, which has been designed with our
frame, suspension, and aero package in mind.
Aerodynamics Lead Highlight:Our next mechanical lead! Reese Wu, responsible for our Aerodynamics subteam.

Reese
is a junior from Houston, Texas, studying mechanical engineering. He
joined aerodynamics as a freshman, working on the front wing, and
continued as a sophomore working on the undertray and side-aerodynamic
components. Outside of formula, he enjoys playing basketball and golf
with his friends, and watching movies.
Reese's experience in
manufacturing and his time spent on the team have provided him with
in-depth understanding of our cars and how to improve their performance.
He has plans to place heightened priority on numerical justifications
for design decisions, and we can't wait to see how the car looks wrapped
in a beautiful new aero package!