The professional high-performance propulsion framework for GeoFS-V3.9. Designed to bypass standard aircraft limits with precision scaling, atmospheric bypass, and advanced stability augmentation.
Dual-Core Physics: Independently control Engine Thrust (up to 100,000x) and Atmospheric Ceiling (up to 100M ft).
Stability Augmentation (SAS): Real-time physics loop to counteract asymmetric torque and "death spins" at extreme thrust.
Keyboard Optimized: Specialized dampening for binary keyboard inputs to ensure a stable flight path.
Hybrid Input: Precision sliders synchronized with a manual numeric typing field for exact performance tuning.
CDN Loader Architecture: Instant updates via a lightweight loader pattern, ensuring you always have the latest physics features.
Cross-Module Sync: Full integration with the Autothrottle OP-SYNC. Sliders and inputs visually lock and update in real-time when the autopilot auto-manages thrust.
Glassmorphic UI Locking: Added strict sync state listeners and notification interception to prevent manual override conflicts.
Trillion-Foot Altitude Ceiling: Expanded the atmospheric bypass height option from 100 million ft to 1 trillion ft, providing a completely uncapped ceiling deep into space.
Billion-Fold Thrust Multiplier: Increased the maximum slider/input multiplier boundary option from 100,000 to 1 billion to accommodate extreme speed requirements.
Visual De-Cluttering & Snapping: Logarithmically scaled thrust and ceiling sliders to remove tight intermediate clusters. Readouts now automatically compress huge values cleanly using high-tech engineering notations (e.g. 10.0M ft, 100.0B ft, 1.0T ft).
Cross-Module Ceiling Hook: Standardized interface hooks so that other ecosystem scripts (like Autothrottle) can programmatically trigger atmospheric bypass mode seamlessly.
Global Branding: Standardized metadata headers across all modules for Tampermonkey compatibility.
Code Auditing: Enforced strict settings formatting and configurations.
Release Status: Achieved fully unified Stable deployment status across the ecosystem.