# Project-GXXR > Project-GXXR ## Posts - [Diagnostics and Error Codes](https://projectgxxr.com/diagnostics-and-error-codes/): One thing I didn’t expect to learn so quickly in this project was hardware failure. Because my sensor hardware is prototype-grade (cheap modules, improvised mounts, messy environments), I started seeing things like: And the worst part wasn’t the failure — it was not knowing which subsystem failed without stopping everything and digging through logs. So ... Read more - [Designing a Software Dashboard](https://projectgxxr.com/designing-a-software-dashboard/): At this stage of the project, I had already built a working sensor network and a data logging system that could receive, parse, and store data from multiple onboard modules. The next logical step was to make that data visible in real time. This meant designing and building a dashboard—not just a visual interface, but ... Read more - [Experimenting with Speed Sensors](https://projectgxxr.com/experimenting-with-speed-sensors/): One of the parameters I wanted to integrate into the data logging system was speed. Speed feels like one of the simplest signals you can measure. It’s just how fast you’re moving, right? On the surface, it sounds trivial: count wheel rotations, do some math, and you’re done. As it turns out, speed sensing is ... Read more - [IMUs & Motion: Limits and Challenges](https://projectgxxr.com/imus-and-motion-limits-and-challenges/): This part of the project didn’t “work” in the way I originally expected. I wasn’t able to extract clean, stable orientation or lean angle data from the IMUs. One of the things I’ve always found fascinating about modern super-bikes is how deeply they rely on spatial sensing. Today, bikes come equipped with IMUs (Inertial Measurement ... Read more - [The GXXR Dashboard](https://projectgxxr.com/t-gsxr-dashboard/): Once I could reliably log sensor data, store it, export it, and analyze it using tools like Pandas, it felt like the right time to take the next step. Looking at plots after a ride was useful—but it was also disconnected from the riding experience itself. I wanted to be able to see some of ... Read more - [First Sensor Data Log Test Run](https://projectgxxr.com/first-data-log-run/): At this point in the project, most of the sensors were finally in place. That included: With all of that hardware installed and communicating, it was finally time to answer a simple question: What does the data actually look like when you ride the bike? How the system was powered and networked Before getting into ... Read more - [Logging GPS and Brake Inputs](https://projectgxxr.com/integrating-gps-brake-signals-and-modular-electronics/): By the time I had several sensors working reliably, I started to realize something slightly ironic:even though I was already capturing a lot of data, I actually needed more parameters. Not because the project wasn’t complex enough already—but because the data I had didn’t always explain why things were happening. That realization pushed me to ... Read more - [Monitoring Suspension using Ultrasound](https://projectgxxr.com/monitoring-suspension-movement-using-ultrasonic-sensors/): After working through temperature sensing and system architecture, the next area I wanted to explore was suspension behavior. Modern superbikes equipped with electronic suspension systems—such as dynamically damped suspension—can actively adjust and monitor suspension in real time. My bike doesn’t have any of that. It runs a standard mechanical suspension with no electronics involved. That ... Read more - [GXXR System Architecture](https://projectgxxr.com/diy-data-logging-system/): After getting a few sensors working individually, it became clear that I couldn’t keep treating them as isolated experiments. If this project was going to grow beyond a handful of wires and test scripts, I needed some kind of system architecture—something that would bring order, make debugging easier, and allow me to add more sensors ... Read more - [Monitoring Brake Temperature](https://projectgxxr.com/monitoring-brake-temperature/): After getting the tire temperature sensor modules working, the next thing I wanted to measure was brake disc temperature. This felt like a natural next step. Braking is one of the most aggressive actions on a motorcycle, and I was curious to see how quickly heat builds up during real riding. At first, this part ... Read more - [Monitoring Tyre Temperature](https://projectgxxr.com/sensing-tyre-temperature-using-ir/): I started building sensors and see what would actually work on a real motorcycle. This part of the project involved a lot of fabrication, testing, programming, and trial-and-error. It was also where my assumptions about “simple sensors” started to break down. I didn’t start with the most complex system. I picked something that felt measurable, ... Read more - [Project-GXXR: How it started](https://projectgxxr.com/project-gxxr-how-it-started/): A project about implementing a data logging system for the Suzuki GSXR1000 K3 including a custom dashboard ## Pages - [Gallery](https://projectgxxr.com/project-gxxr-gallery/): The Bike Dashboard Data Analysis Sensor Modules & Control Hardware Prototypes - [Blog](https://projectgxxr.com/blog/): Links & Contacts - [Home](https://projectgxxr.com/): Project GXXR A project which focused on the development of custom sensor hardware and software for a datalogging system for the Suzuki GSXR1000 2003 for monitoring and collecting parameters such as tyre temperature, brake temperature, motion using IMUs and location data using GPS and many other paramaters. About This whole project started when I got ... Read more [comment]: # (Generated by Hostinger Tools Plugin)