Sailing feel and deeper systems
The current phase is about making the boat feel understandable: when it is fast, when it is slow, and whether that result comes from wind, trim, boat condition, rowing, or hull behavior.
Challenge: speed needed to feel explainable
One test showed a boat moving at roughly one knot in two knots of wind on a beam reach, with trim efficiency capped below full performance and heavy component wear applied. The result raised the right question: was the boat behaving realistically, or had the simulation stacked too many penalties?
That led to a dedicated investigation of beam-reach speed, trim caps, and condition scaling. The goal was not simply to make the boat faster. The goal was to make the outcome understandable and tunable so a worn boat feels impaired without making normal play feel broken.
Challenge: no-engine sailing still needs limited agency
Because the game has no engines, low-wind situations need a fallback that is useful but not free. Rowing movement was added to support slow maneuvering without turning the game into a motorboat simulation.
This helps with docks, bad wind, and awkward positions, while keeping sail and route planning as the main source of movement.
Challenge: realism systems must become tradeoffs
Several near-term systems are now framed as tradeoffs rather than simple upgrades. Keel position should affect speed, heel, sideways slip, stability, and shallow-water risk. Reefing should reduce raw sail power while improving control and safety in strong wind.
That direction is important for Portbound Seas: the best setting should depend on conditions. The player should make sailing decisions, not simply turn every helper to maximum.