Integration of component modeling and visual novel into a drone racing simulator using the QUADIX example

fluffy sky

Authors

  • Kolpakov Nikolay Independent developer
  • Lauk-Dubitsky Stanislav MIREA — Russian Technological University

Keywords:

FPV-drones, component-based physics, game narrative, ludonarrative synergy, flow state, simulation fidelity, skill transfer, QUADIX, game studies

Abstract

This article examines the intersection of high-fidelity component-based physical simulation and narrative-driven gameplay within the emerging genre of FPV (First-Person View) drone simulators. Drawing on the theoretical foundations of ludology and narratology, flow theory, and contemporary research on attention mechanisms in digital games, we analyze the QUADIX platform and its narrative extension Quadix: Fluffy Sky as a case study in genre hybridization. The global drone simulator market, projected to grow from USD 1.17 billion in 2024 to USD 3.88 billion by 2033 (CAGR 14.2%), continues to be dominated by products built on monolithic physics models and devoid of narrative infrastructure. We argue that the integration of component-level physics with visual-novel-style storytelling and strategic fleet management constitutes a paradigm shift in simulation game design — one that addresses both the attention-economy challenges of contemporary gaming and the pedagogical imperative of transferring skills from virtual environments to the real world.

Published

2026-04-30