Hello NAUTIS Home Community and Developers,
I'm reaching out to share some insights and feedback regarding the simulation of the Pilot Tender 'Aetos' within the NAUTIS Home simulator. As an enthusiast who has real-life sailing experience on pilot tenders in the Netherlands, I've observed a few discrepancies in the 'Aetos' simulation that I believe, if addressed, could significantly enhance the authenticity and educational value of the simulator.
Firstly, the 'Aetos' is accurately modeled in the simulator as a twin waterjet tender, closely resembling the Aquila-class tenders. However, the way it's controlled in the simulator mirrors the handling characteristics of a propeller-driven vessel, such as the Hercules-class tenders. This is a notable deviation from reality, as waterjet propulsion offers unique maneuverability and control response that are distinct from traditional propeller-driven vessels.
Moreover, the control scheme presented for the 'Aetos' in the simulator does not fully capture the intricacies of operating a real jet-propelled tender. In practice, such tenders are equipped with a steering wheel and autopilot for directional control, which is somewhat represented in the simulator. However, the real-life control setup also includes two sets of dual handles: one on the left side for managing the port and starboard waterjet buckets, and another on the right for adjusting the port and starboard engine RPMs. This arrangement allows for complex maneuvers, such as maintaining high RPM for better steering responsiveness while using the jet buckets to modulate speed independently, providing a level of control and maneuverability not achievable with a simplified control scheme.
The current simulator setup for the 'Aetos' merges speed control with engine RPM through a single set of throttle controls, overlooking the strategic use of jet buckets for independent speed adjustment. This simplification significantly limits the realism of simulating jet-propelled tender operations, especially in scenarios requiring precise maneuvering or position maintenance.
By aligning the control scheme of the 'Aetos' more closely with its real-world counterpart, NAUTIS Home could offer a more authentic and immersive experience. Such improvements would not only cater to maritime enthusiasts seeking realism but also serve as an invaluable educational tool for those looking to understand and master the complexities of operating jet-propelled maritime vessels.
I am passionate about the potential of NAUTIS Home to provide an unparalleled maritime simulation experience, and I hope these observations can contribute to its ongoing development. I look forward to engaging with the community and the developers on these points and am excited to see the future enhancements to the simulator.
Thank you for your dedication to creating such a detailed and immersive simulation platform. Your efforts are truly appreciated by the maritime community.