Probably the best way to introduce the new space combat mechanics is to take a detailed look at our new (WIP) infobox layout. You may recognise many of the elements from the revamped land combat; many of the elements are also new. I'll go through each in the order they appear using the classic example of the Imperial II-class Star Destroyer. Please note that all values shown are WIP.
Tactical Population Cost
This is a new number based on the total volume of the hull (or hulls in the case of a starfighter squadron). It is balanced around the idea that an Executor-class Super Star Destroyer consists of 400 population points, the maximum available space population. For carriers, it also includes the volume of all the starfighter squadrons as in the case of the Imperial II. This means that you can field 5 Imperial II-class and their entire complements at one time. These values are currently in the process of testing and tweaking, and the exact values may be different in the released version.
All the starship icons have been brought into lineusing uniform lighting and rendering settings to create a better quality icon set.
As usual, we retain the full names of all ships, including their upgrade version.
From Starfighter through to Dreadnaught, a starship's class helps shape its maneuverability and sensor range statistics. It also determines which shipyard type is needed to construct it.
With the new version, we have many greatly improved autofire scripts for ship special abilities, so we feel comfortable including more than the two accessible from the GUI. In most cases, the tractor beam will be the hidden, autofired ability, and it will usually target whatever the ship has been told to attack. Note here the Imperial II has a Tractor Beam, Emergency Thrusters (power to engines ability) and Blast. Blast is a new ability we have added to many main-line combat ships. It moves the firepower of the main battery (in this case, the octuple turbolasers and turboions) up a notch, so that has increased range and firepower.
We have always included manufacturer bonuses on various appropriate planets such as Kuat. Now you can see exactly which ships will benefit, with the inclusion of the Manufacturer in the infobox.
This is the base hull cost, not including complement (which is included in the final cost at a 50% discount). Costs have been modified across the board to provide a more challenging economic planning experience.
This is the base hull construction time, measured in galactic time. For the Imperial II, this is 15 weeks. Note that building over a world with appropriate shipyard bonuses, or by building more of the same class of shipyard, this time can be dramatically reduced.
Width x length x height, in meters, the basic size of the hull.
The total volume of the hull in cubic meters, often using exponential notation. Here for example, the Imperial II is 121 million cubic meters in volume. This statistic informs hitpoint calculations and has a great effect on the likelihood for a ship to be hit by enemy fire.
With the change to the new space combat mechanics, we have moved towards a more "realistic" approach. While ships still have a capped top speed, it is directly proportional to their acceleration. This is measured in terms of G-force, the acceleration experienced by a being on the surface of a planet with standard gravity, roughly 10 m/s2.
This statistic is the turning speed of the starship, measured in degrees per second. It is primarily class-based.
The class of the hyperdrive in the starship (if any), which determines its ability to travel across the galaxy in hyperspace. The smaller the better!
Here is one of the new statistics. Shielding is now measured in Shield Points (SP) and has an absorption percentage shown after it. This is the amount of damage the shield can absorb from a single shot before it takes SP damage. So for example, a turbolaser shot hitting the Imperial II shield with a damage of 96 will do around 58 points of shield damage.
Hull has also changed a great deal. It is now measured in Hull Points (HP), like that of land combat. This value is primarily volume-based. Following the HP is the armour value and type. The Imperial II has 32 Vehicle armour. This means that it absorbs 32 damage from any incoming shot before the hull itself is damaged. For example, the same 96 damage turbolaser will do 64 points of hull damage on impact.
This statistic shows the maximum and minimum ranges of the weapon systems on the ship, followed by its line of sight range. All values are in meters. In this case, the longest range weapons are the octuple turbolasers, while the shortest are the individual turbolaser cannons.
We have greatly condensed the weapons display into a shorthand that provides much more information. We have done away with "light", "heavy" and so on, instead simply telling you the weapon type, their number, and their damage output. So, here the Imperial II has 6 octuple turbolasers with 240 damage per bolt, 2 octuple turboions with 240 damage per bolt, 2 triple turbolasers with 144 damage per bolt, and so on. Note that ion weapons do 200% damage to shields, but cannot damage anything except Droid armour. The number of tractor beams is also noted, which adjusts the cooldown of the tractor beam ability.
I hope this little snippet has provided some insight to the changes we've been making over the past 18 months. If you have any questions, I will endeavour to answer below, however note that I did not implement these changes myself.