TypeLeap
A modern typing test web app built for speed, accuracy, rhythm, and a satisfying mechanical keyboard experience.
Overview
TypeLeap is a comprehensive online typing test and trainer designed to help users measure and improve their typing performance. It goes beyond simple speed testing by providing real-time statistics, detailed analytics, virtual keyboard feedback, customizable themes, and immersive mechanical keyboard sound effects.
Project Info:
- Type: Web App
- Role: Frontend Developer / Product Designer
- Tech Stack: Next.js, React, TypeScript, Tailwind CSS, Motion, Recharts, Drizzle ORM, LibSQL
- Status: In Development
- Focus: Typing Test, Real-Time Interaction, Mechanical Keyboard Sound, PWA, UX Detail
The Problem & Objective
Most typing tests focus entirely on the final WPM score, ignoring the tactile and rhythmic elements of typing. They often feel clinical and lack deep analytical feedback. TypeLeap was built to elevate the typing practice experience by focusing on rhythm, accuracy, and sensory satisfaction, making improvement enjoyable rather than tedious.
Key Features & Solution
TypeLeap offers multiple typing modes (time, words, quote, zen) to suit different practice styles. As users type, the platform tracks WPM and accuracy in real-time, responding with an interactive virtual keyboard and realistic mechanical switch sound effects for every keystroke.
Once a session is complete, users are presented with a highly detailed results screen powered by Recharts, breaking down raw speed, consistency, and character-level statistics. The application is also built as a Progressive Web App (PWA) with extensive theme customization, allowing users to tailor the aesthetic to their preference.
Tech Stack & Key Decisions
The core is built with Next.js and React, utilizing TypeScript for type safety across complex typing logic. Tailwind CSS handles styling, while Motion (Framer Motion) delivers smooth interactive animations. For data persistence and detailed statistics tracking, Drizzle ORM is used alongside LibSQL. The architectural focus was to ensure ultra-low latency for real-time input processing and a highly responsive UX.
