Optimize Graphics Settings: Adjust rendering settings, such as reducing resolution or texture quality, to maintain smooth performance without significant impact on the VR experience. Utilize Lightweight Assets: Replace complex 3D models and textures with optimized, lower-polygon versions to reduce hardware strain. Implement Dynamic Scaling: Use adaptive resolution scaling to adjust visuals dynamically based on the hardware's performance capacity. Focus on Core Interactions: Prioritize essential interactive features while simplifying non-critical background elements to free up processing power.

You can optimise VR performance on older hardware through several key strategies: start by reducing render resolution and lowering graphics settings like shadows, anti-aliasing, and texture quality. At the system level, close background applications and update GPU drivers. For hardware optimization, ensure proper cooling and consider using a powered USB hub for stable connections. VR-specific tweaks include reducing supersampling, enabling motion smoothing, and running at lower refresh rates (72Hz instead of 90Hz). Monitor performance using tools like fpsVR to identify bottlenecks, and remember that stable performance at lower settings is preferable to unstable performance at higher settings for VR comfort.