The work, documented

A running record of what we've actually designed, built, and tested, with dates, our specific roles, and the skills each project used. Put together for college applications, but it's a real log of the club's work either way.

Projects

What we built

Mars Rover CAD ModelAUGUST (WEEKS 1–3)

Six-Wheeled Mars Rover Concept

Phase 1 concept from a larger research paper on Martian settlement transportation. Every design feature is backed by research and scored against NASA's Technology Readiness Level scale, from proven hardware to purely conceptual systems.

CAD Mechanical Design

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FPV drone, full frame with propellers, top-down view

FPV Drone — Prototype 1 & 2EARLY 2026 – PRESENT

Custom FPV Drone Build

Prototype 1 was a small Technic-frame quad used to test weight and motor power before committing to a full build. Prototype 2 is the real one: an S550 frame, sourced piece by piece, now getting a Raspberry Pi, camera, and Sense HAT for onboard sensing and control.

CAD Electronics Soldering Flight Controllers Raspberry Pi

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RC car top-down view showing wiring, camera mount, and sensor array

RC CarAUGUST – SEPTEMBER

Custom-Built RC Car

Started from a bundle of hardware, chassis, motors, camera, and sensors, with nothing pre-programmed and an incompatible Raspberry Pi to work around. All driving and AI logic is being written from scratch.

CAD Electronics Mechanical Design

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Custom Tablet DeviceJULY – PRESENT

Raspberry Pi–Based Tablet

A Gameboy-style handheld built around a Raspberry Pi 4, powered by a 5V battery through a USB-A to USB-C adapter, with a Bluetooth keyboard for input and a local server running on the Pi. (Draft placeholder text — replace with the real specifics.)

Raspberry Pi Electronics Soldering 3D Printing CAD

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Recognition & Documentation

Proof, not just claims

CAD MODELS

FLIGHT LOG

CODE

lgonzalez0955@sfhighschool.net

echantanusart0925@sfhighschool.net