You asked for engine specifications? You got it. Just keep in mind that in the first policy session, your countries don't have that information.
The specification is relevant to level 5 knowledge. Earthlings.
Jump engine.
Artifact.
Physical parameters - mirror sphere with a diameter of 2.11787 meters
The device and principle of operation are unknown.
Activation - tactile contact plus inductive field. The activation threshold is 15 kW in pulse. Supporting 6 kW.
Control - with tactile contact, the contactee in his imagination has an intuitive transition scheme. In view of the differences in individuality, Different individuals describe the scheme in completely different ways, but this does not affect the functionality.
Known functionality - allows the pilot to see objects with masses from 0.51974 solar in a radius of 8.2109 parsecs in real time. Allows the pilot to locate the ship In the starting cone, initiate a transition in space at a distance of up to 2.25 parsecs along the vector from star to star. The starting cone is in close proximity to the star and correlates with its mass. The starting cones in the solar system are at an average distance of 0.2 AU. To initiate a jump, the vector of the ship’s motion must fit into the geometry of the cone, which in turn changes the geometric parameters depending on the speed of movement. The vector of entry and exit from the jump corresponds to the line of the starting star that began BEFORE, passing through the center of the starting star, passing through the center of the finishing star and ending with the finishing star. Upon completion of the jump, the ship maintains the speed at which the entrance was made. Each engine has a unique 16,384-bit code and is capable of transmitting to another engine, the code of which is known, the frequency and amplitude modulation of the induction field acting on it. It is used to establish real-time communication. After initiation of the transition, re-initiation can be made after 58 minutes.
Known anomalies - even with all the parameters of the approach to the jump, the transition does not always occur. Correlation of failure frequency with ship speed is observed. Increasing the speed of approach increases the chance of failure. The size of the cone of entry and exit varies within significant limits. There are fluctuations in the maximum possible range of transition. Variations are of a double nature, the dependence is observed both for a specific engine and for the pilot.
Traction engine.
Artifact.
Physical parameters - mirror sphere with a diameter of 2.11787 meters
The device and principle of operation are unknown.
Activation - tactile contact plus inductive field. The activation threshold is 15 kW in pulse. Supporting 6 kW.
Control - with tactile contact, the contactee in his imagination has an intuitive scheme of thrust vectors and singularities. In view of the differences in individuality, Different individuals describe the scheme in completely different ways, but this does not affect the functionality.
Known functionality - allows you to create a thrust vector of 12,000 kN. The change in vector direction occurs at a rate of 1.6 degrees per second to 0.07 near sources of gravity. It is necessary to keep the orientation of the ship unchanged with respect to the thrust vector in the range from 2.5397 gadus to 7.8913 degrees near the sources of gravity. When going beyond these limits, the engine is turned off. The change in thrust is possible in discrete step at a rate of 4.241 percent of the maximum power per second. The engine starts from 38 seconds to 387 seconds. It is possible to combine several engines into a single system controlled by one pilot. In the cone / cylinder opposite to the thrust vector, with a diameter at the top of 2.11787 meters, a length of 4.598 to 27.542 meters and a diameter at the base of up to 17.956 meters, a zone is created. reduced overload with a factor of 2.12 to 30.719 times, from the current acceleration of the system. The initiation of the sphere mode moves all matter having the same vector and the same speed with an error of 0.54 percent (up to a speed of 0.6 light) in a radius of about 200 meters and a mass of about 20 kilotons, up to a radius of about 300 kilometers and an unknown mass, in a special condition, in which a massless singularity remains in space, which is detected by any other traction engines. Initiation of another motor into the sphere mode in which the existing singularity is located; when the vector and velocity match with an error of 0.54, attach the initiator to the current singularity. The engine that initiated the sphere mode disengages and can be reactivated after 33 minutes. To exit the sphere requires starting the engine in thrust mode. The sphere from the inside represents an unknown other space. No knowledge of him has been provided. Time flows 30 times slower inside the sphere than outside. The environment is outer space and varies from deep space. As far as the asteroid. Attempts to find out the location were unsuccessful. The velocity of the ship relative to the local elements is zero, regardless of the velocity at which the sphere is initiated. Each engine has a unique 16,384-bit code and is capable of transmitting to another engine, the code of which is known, the frequency and amplitude modulation of the induction field acting on it. It is used to establish real-time communication.
Famous anomalies are variations in thrust strength. The strongest variations in factor and size of the overload reduction zone.