PCB Design and Control Systems
SandViper
Smart Athletic Training Footwear PCB
Overview
PCB layout design for SandViper, an athletic training device embedding IMUs, flex sensors, FSRs, and piezoelectric sensors in flexible PCBs in shoe soles for comprehensive movement and pressure tracking.
Features
Flexible PCBs with IMU, flex sensors, FSR, and piezo sensors
Rigid core PCB: STM32, battery, USB-C, and RF antenna
Comprehensive foot movement, pressure, and impact monitoring
Actionable analytics for athletic performance optimization
Tech Stack
Deep Dive
Comprehensive Movement Tracking
Flexible PCBs in the soles integrate IMUs, flex sensors, FSRs, and piezoelectric sensors to monitor foot movement, pressure, and impact.
Robust Core System
Rigid PCB with STM32 microcontroller, battery, USB-C power supply, and RF antenna ensures reliable data collection and transmission.
Actionable Insights
Delivers precise analytics to optimize athletic training and improve performance.
Highlights
This project highlights Quickgen's ability to design advanced wearable systems for sports, combining cutting-edge technology with durable, performance-driven engineering.
