Google translate-Basically, there are not many changes compared with the p38copy-1 type, but the appearance is closer to the real p38.
Roughly copy the structure of the P38, the maximum speed of level flight, the caliber of the weapon and the speed of the bullet, the color of the tracer (US military: red)
Aircraft positioning: replica
Powerful armed: 4 M2HB.50 (12.7mm machine guns, each with 500 ammunition, a total of 2000 ammunition), and a 20mm machine gun(150 ammunition), all installed in the nose.
In the cockpit; on the left and right wings, there are four 250-pound aerial bombs (total of 2,000 pounds) on the left and right sides, and the four rocket bays individually store 7 independent rockets, and the rocket carries 28 rounds; the rear has 250 5 pound aviation torpedoes (1250 lbs in total)

The armed load is about 5250 pounds.

The defense is concentrated on the cockpit body with a maximum defense of 250HP, bulletproof glass defense, 100HP front and rear, and 50HP on the left, right, and top.

Aircraft engine: 2,2000 horsepower and 3 blades supporting aircraft flying (total 4 thousand horsepower), with the ability to fly in the air with only one aircraft engine.

Top speed in level flight: Altitude (miles-Ft)-fully armed load / empty load (miles per hour-MpH)
1k-335/339
10k-375/383
20k-411/421
30k-420/438
40k-380/416

Note: At altitudes of 30kft and above, you need to manually adjust the flight attitude to maintain level flight.

Landing and take-off
Take-off-The minimum take-off speed is around 150MPH, but on the airport runway, the airplane cannot take off because of the airplane's wheels before the airplane speed reaches 180MPH.
Landing-the allowable error of the nose when landing is between the first square of the upward angle and the level flight angle.

Note that around 150MPH is the lowest controllable speed or the slowest speed to touch the landing runway. Speeds lower than 150MPH may cause stalling and loss of control.

Single engine and landing
After this incident, you need to realize that the aircraft you are driving loses its combat capability. It is unable to bomb the enemy and does not require any aerial bombs or torpedoes. It is free from any armed load and immediately reduces the output speed to 80-90. The minimum speed of flight is 180MPH. The method to maintain the flight altitude is to keep the flight angle between the first upward angle and level flight. During the flight, tilt to the direction of the currently operating engine to keep the flight in a straight line, lower than 180MPH will lose control because the output is too large and the torque of the spiral award is too strong. If the speed is lower than 180MPH, the output will be reduced until the speed is restored; if the speed is higher than 180MPH, the output can be increased.
Landing-When landing, it is necessary to reduce the impact of the propeller's torque on the landing as much as possible. It is best to descend to touch the airport runway without output.

1- Light weapons (against the air)
2- Heavy weapons (air and ground)
3- The control of the left engine is turned on and off
4- The control of the right engine is turned on and off
5- A total of 4 aerial bombs on both sides of the aerial bombs
6- 2 aerial bombs on both sides, a total of 4 aerial bombs detached
7-5 torpedoes escape
8-none

The speed is TAS (True airspeed)

p38copy-1:https://www.simpleplanes.com/a/P5N8y2/Hv-plane-p38-copy