About Clean Online Compass
Engineering high-precision, client-side browser navigation tools with zero ads and zero compromises.
Our Vision
Navigation should be immediate, accurate, and completely free of digital clutter. When someone needs to know which way is North, verify a surface level, find the Qibla for prayer, or orient themselves outdoors, they shouldn't have to download a 50MB app, endure 30-second video advertisements, or agree to invasive location-tracking licenses.
Clean Online Compass was created to redefine web-based navigation by leveraging modern W3C browser APIs to bring desktop and mobile users a responsive, lightweight, 60 FPS instrument panel directly in the browser.
Instant Speed
Loads in milliseconds with zero required installations. Instant orientation right in Chrome, Safari, or Firefox.
Total Privacy
All sensor math, GPS coordinates, and astronomical calculations remain 100% on your device.
True Precision
Smooth velocity filtering, True North declination correction, and Great-Circle spherical calculations.
Suite of Navigation Instruments
- Real-Time Online Compass: 360° degree dial, cardinal/ordinal bearings, NATO mils, back-bearing reciprocal angles, and desktop simulation.
- Qibla Direction Finder: Great-circle forward azimuth calculations directly toward the Holy Kaaba in Mecca with live 360° rotating dial and alignment halo.
- 2D Spirit Level: Surface pitch, roll, and bullseye bubble inclinometer calibrated to 0.1° accuracy for carpentry and home projects.
- Sun & Moon Tracker: Real-time celestial azimuth and altitude calculations based on solar ephemeris equations.
- GPS Telemetry & Speedometer: High-precision decimal coordinates, DMS formatting, altimeter elevation, and speed tracking.
Built for Modern Web Standards
Clean Online Compass is built with modern static web architecture (Astro and Tailwind CSS), optimized for maximum battery efficiency, zero memory leaks, and seamless responsiveness across phones, tablets, foldables, and desktop computers.
Get in Touch
We are constantly refining our sensor algorithms and welcome your feedback, ideas, and bug reports. Please visit our Contact Page to reach our team.