fighter jets not only fail to fully utilize the ultimate combat power of the fighter jet, but even too few weight-bearing positions often make it difficult for pilots to fully integrate with fighter parts. So, how should we configure our own fighter parts in a low-star state?
One-Star fighter has 10 grids for weight, two-Star fighter has 12 grids for weight, Samsung fighter has 14 grids for weight, four-Star fighter has 14 grids for weight, and 5-Star fighter has 16 grids for weight. One-star and two-star fighter jets have fewer weight loads, and it is often difficult to meet the needs of adding fighter parts. In the low-star state, the pilot can add 1-2 weight-bearing fighter chips of 3 grids, 2-3 weight-bearing fighter parts of 2 grids, and 2-3 weight-bearing fighter parts of 1 grid, which can not only ensure the diversified increase in the attributes of the fighter, but also maximize the number of fighter parts.
The smaller number of fighter parts loads makes it difficult for pilots to fully add fighter parts. Therefore, when matching parts types, you should pay attention to forming weight. This heavy-weight fighter parts matching style will make the fighter have its own output characteristics when fighting.
Pilots can form a combination of thick-blood fighter parts that focus on defense, mainly using various fighter parts that can increase the upper limit of health and restore health, such as life armor, restoration movement, and transformation of core. Supplements are made of various fighter parts that reduce combat blood loss, such as dodging, damage reduction, etc. For example, blocking barriers, damage reduction cores, dodge cores, etc.
Pilots can also form a fighter's parts that focus on attack, with various attacking parts as the main combination, allowing the fighter to form excellent attack output. For example, a pilot can add attack cannons, fire sights, evolution cores, burst cores, and counterattack cores. In addition, pilots can also add wingman controllers to allow wingman to obtain more powerful output, thus making the combined combat power output better.
Because low-star fighter jets have fewer weight loads, pilots can also add multi-functional fighter parts, or add high-quality and high-level fighter parts, so that the fighter jet's combat power can achieve good combat power improvement under the same fighter parts.
Pilots make the fighter have excellent multifunctional combat power by adding multifunctional fighter parts. For example, a pilot can add an all-around core, allowing the fighter to have a double increase in health and attack power. Pilots can also add a jump core, allowing fighters to have the ability to combine attack power and dodge, making fighters better in actual combat capabilities. Especially when facing target enemy groups with the advantage of numbers, attack and survival strength will be at the same time.
Fighter In the low state of the star count, the pilot not only adds multi-function fighter parts to make the fighter have multiple fighter attributes. Pilots can also add high-quality high-level fighter parts to make the fighter's actual output power higher under the same number of parts. It is recommended that pilots add fighter parts with eternal and unparalleled quality as the main one.
Low-Star fighter is added through different ways of adding fighter parts, which allows fighters to obtain good improvements in fighter parts properties. Okay, that’s all about the addition of low-star fighter parts. Have you learned it?
