Custom PCBs for Cycling Shoes: Tips, BOMs, and Gerbers
Have you ever imagined supercharging your cycling shoes with smart sensors and custom circuits? Wearable technology is moving from wrists […]
Sensors & Instrumentation
Sensors & Instrumentation
Microcontroller Cycling Shoes: Technology At Your Feet
Imagine receiving real-time data about your effort, balance, and even posture alerts… all directly from your shoes. With Cycling Shoes
Data Analysis & Performance
Python In Cycling Shoes: A Visual Guide To Heatmaps
Using Python in cycling shoes can be the key to transforming your cycling data into insight-rich visual maps. If you’re
Sensors & Instrumentation
Cycling Shoe Sensor Firmware: A Guide To Total Efficiency
Have you ever thought about transforming your pedal strokes into smart data, straight from your feet? Imagine sensors embedded in
Sensors & Instrumentation
Durability Electronics Shoes: Create Your Own Endurance Test
Durability electronics shoes are a growing trend among cyclists seeking more technology and performance when pedaling, but can these devices
Data Analysis & Performance
Ecological Cycling Shoes: Real Success Stories
Ecological cycling shoes are transforming the way cyclists improve their performance and care for the planet, at the same time.
Data Analysis & Performance
Cycling Wearables: The Future Of Two-Wheel Performance
Imagine if, during a workout, you could predict when your body would reach its limit, or if you knew exactly
DIY Eco-Custom
Sustainable Cycling Shoes Without Breaking The Bank
Have you ever wondered if you can buy sustainable cycling shoes without spending a fortune? Well, not only is it
DIY Eco-Custom
Cycling Shoes Project: Capture And Share With Style
Have you ever imagined transforming your Cycling Shoes project into something that not only works well on the trail, but
DIY Eco-Custom
Custom Eco-Friendly Cycling Shoes: Cleaning And Care
Custom eco-friendly cycling shoes require special care to maintain their durability, comfort, and sustainable appeal. Because they’re made from materials