Revolutionary Fly-By-Wire System, Flight Management and Guidance
With an all-new Fly-By-Wire (FBW) model, the A321 from Flight Sim Labs captures the authentic feel of Airbus’ most popular narrow-body airliner. This FBW system offers cutting-edge flight dynamics and a refined Flight Guidance System that delivers unrivalled realism in Microsoft Flight Simulator. Every flight feels genuine, as the FBW model faithfully replicates the handling characteristics unique to the A321, allowing for smooth yet responsive control.
This aircraft’s FBW model leverages the latest MSFS capabilities to deliver an immersive flight experience. It balances ease of control with the precise feedback that seasoned aviators expect, while newcomers will appreciate the intuitive handling. The A321’s systems guide pilots seamlessly, adjusting to various phases of flight for a smooth, enjoyable journey.
These flight systems are further enhanced by the Flight Management and Guidance System, which offers advanced functions for both novice and professional pilots. Asuite of sophisticated features have been added to the FMGS, including Offsets for flexible route planning, Step Altitudes for efficient cruise management, and RTA (Required Time of Arrival) for precision timing on arrival. The new CMS (Constant Mach Function) ensures consistent speed across various conditions, while RNP-AR (Required Navigation Performance with Authorization Required) enables highly accurate navigation for challenging approaches.
The FlightSimLabs A321 simulation goes beyond standard navigation systems by incorporating a GPS jamming simulation based on real-world jamming data. Pilots will experience the operational challenges of flying in GPS-denied environments, such as near the White Sands Missile Range during test days, where GPS signal interference is a constant factor. Additionally, navigating into airports like Larnaca, known for its complex jamming scenarios, becomes a true test of skill, as approaches require precise handling and alternative navigation techniques to overcome signal disruptions. Each circuit breaker (CB) in the cockpit is meticulously modeled as an integral part of the aircraft's electrical network, ensuring users experience accurate responses when a CB is pulled, including realistic time delays and system impacts reflective of real-world behavior.
