Professional F1 telemetry analysis for motorsport enthusiasts
TELOS F1 is designed to make Formula 1 telemetry data accessible and understandable for motorsport fans who want to analyze races beyond what's shown on TV. Whether you're studying driving techniques, comparing lap times, or understanding race strategies, TELOS provides the tools to dive deep into the data.
Through intuitive visualizations and historical race archives, we help you see Formula 1 through a data-driven lens—just like engineers in the paddock.
The platform is maintained under the Connexa Studios umbrella, combining technical expertise with motorsport enthusiasm to deliver a unique telemetry experience.
TELOS concept development begins. Initial research on F1 data sources (FastF1, OpenF1 API) and telemetry visualization techniques. First prototype of lap comparison features.
Core platform architecture established. Implemented historical data integration for seasons 2018-2025. Built track map visualization system and basic telemetry charts.
Added multi-driver comparison engine with up to 6 simultaneous drivers. Introduced DRS zone overlays on track maps and JSON/CSV data export functionality.
Launched ghost lap analysis feature with synchronized playback. Integrated AI-powered strategy prediction (Beta). Fixed critical issues with Brazil GP data and improved mobile responsiveness.
Complete UI/UX redesign with modern gradient aesthetics. Added Australian GP 2026 countdown, dark mode toggle, and tire degradation heatmaps. Platform enters public beta phase.
Sourcing telemetry from official F1 timing feeds and validated APIs to ensure reliable, accurate data for analysis.
Making professional-grade telemetry tools available to anyone interested in understanding Formula 1 at a deeper level.
Clean, modern interface that balances visual appeal with functionality. Data should be both beautiful and easy to understand.
Continuously exploring new ways to visualize telemetry—from AI predictions to interactive track maps and real-time comparisons.
TELOS is built using modern web technologies for performance and reliability. The platform leverages FastF1 and OpenF1 APIs for telemetry data, with a focus on responsive design and cross-browser compatibility.
Development is ongoing, with regular updates and new features based on user feedback and technical advancements in F1 data accessibility.