Supercruise: Difference between revisions
→Trivia: clarified bullet point on not being able to change systems using supercruise as from comments it was not clear enough that this was the case |
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# Pressing the Supercruise button while traveling slower than 1 Mm/s. Without a Destination Lock (see below), the ship simply drops to normal flight wherever the Supercruise button was pressed. | # Pressing the Supercruise button while traveling slower than 1 Mm/s. Without a Destination Lock (see below), the ship simply drops to normal flight wherever the Supercruise button was pressed. | ||
# Destination Lock: if the ship has a targeted destination, that destination is within a cone ahead of the ship, the destination is less than 1 Mm away, and the ship is moving slower than 1 | # Destination Lock: if the ship has a targeted destination, that destination is within a cone ahead of the ship, the destination is less than 1 Mm away, and the ship is moving slower than 1 Mm/s, then pressing the Supercruise button will drop the ship to normal flight somewhere within several kilometers of the destination. | ||
# Submitting to Interdiction: Going to zero throttle during Supercruise while simultaneously being the target of an FSD Interdiction. Note that this is also a Safe Disengage for whoever is committing the interdiction. | # Submitting to Interdiction: Going to zero throttle during Supercruise while simultaneously being the target of an FSD Interdiction. Note that this is also a Safe Disengage for whoever is committing the interdiction. | ||
# Crossing an "IMPACT" surface while traveling slower than 1 Mm/s. All planetary, stellar, and singular objects are surrounded by a spherical impact surface. Planetary rings are also surrounded by impact surfaces, but these surfaces are not spherical. | # Crossing an "IMPACT" surface while traveling slower than 1 Mm/s. All planetary, stellar, and singular objects are surrounded by a spherical impact surface. Planetary rings are also surrounded by impact surfaces, but these surfaces are not spherical. | ||