Barotrauma

Barotrauma

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ObJ 730 Leonardo Da Vinci operating manual
By soviet_pingu
this is second part of obj 730 operating manual
   
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1. weapon system
[Bait]Flare
Can attract creatures in a large area
recommended use :f**k just run away, make creatures concentrate in one zone and then kill them in one shot.

Special classified super heavy shells
APFSDS(Super heavy)andRocket propelled APNS(Super heavy)are all very dangerous, the alliance has currently blocked any relevant information.




1.3 57mm OTO-breda autocannon
high fire rate,easy to maneuver, can kill easily medium/small target
https://steamuserimages-a.akamaihd.net/ugc/2402196127933790702/296B89CD238EA86275FE96ACC3E8182D697A051D/?imw=256&&ima=fit&impolicy=Letterbox&imcolor=%23000000&letterbox=false

This weapon system is built with the latest technology, using a mixture of chemical energy and electrical energy to fire ammunition, so its power consumption is very high. Need a short warm-up is required before shooting.

universal shell
The bullet is made of soft material so it is very cheap, has a poor penetration and bullet speed. due to soft material its impact force is enough to stun any small creature instantly.

multi use SAP(proximity fuze)
Contains a small charge and at the same time has good penetrability,A built-in smart chip can detonate the shell to release directional fragmentation when it crosses over a target at the side.
can be detonated in fire.

APFSDS(oto)
Its core is made of depleted uranium, that gives it excellent penetration and extremely high velocity, but the damage it can cause is limited by its caliber. The bullet capacity is relatively low.
2. engineering system
2.1 normal propulsion system
The OBJ 730 has three speed, which can be operated from the propulsion panel or the main navigation terminal:
-Silent running will force the reactor to shut down to achieve an almost completely silent effect. After turning off the external lights and switch on power saving mode, the maximum speed will be 10.5km/h auxiliary battery will last 8 minutes. After turning off the external lights and keeping a safe distance of 50m, it can basically pass most vanilla creatures without catch any attentions (don't forget to turn off the sonar).
-Cruise speed is the best choice in most situations. Its energy consumption is relatively low (2560kw at full speed) and the speed is good (20.6km/h).
-Flank peed will activate two additional high-speed engines, which have a high consumption (8000kw at full speed) and significantly increased speed (30.4km/h), its ideal for rapid maneuvers in combat. The reactor output limit must be at least 60%.


2.2 Warp drive system
OBJ 730 is equipped with a warp drive developed by the RRTR Vanguard Engineering Department. The Hyper Jump operation is complicated and very dangerous. The following operating procedures must be strictly followed.
  1. Ensure that relevant equipment is properly maintained for best results
  2. Make sure there are no obstacles ahead
  3. turn on unlimited mode for reactor limit
  4. Ensure the stability of the ship
  5. Hyper Jump can be initiated at the propulsion panel after all the above conditions are met.
  6. Captain are strictly forbidden to leave the main navigation terminal while is in charging sequence or during Hyper Jump.
  7. switch on far sonar distance mode
  8. when detect an unavoidable obstacle, you must press emergency strop button on main navigation terminal,then prepare the corresponding fire-fighting measures immediately.
Hyper Jump distance500m+ Power consuption for 1 jump5500kw/h Hyper Jump time15.5 seconds est. maximum speed112.8km/h Special designed energy capacitor cannot hold these high amount of energy for long time, Failure of charging sequence or an emergency stop will automatically open the Energy relief valve and cause a fire in the engine compartment. Vacuum field generators on the bow are prepared at the same time when is started charging sequence, so the submarine must be stable. It's reported that RRTR is developing an improved version of the Warp Drive


2.3 X-1 constructor
An next gen fabricator created by RRTR General Engineering Compartment.
It's able to fabricate anythings very quickly can satisfying any impatient people, but it requires a very patient mechanic to serve it because it may explode and cause a fire if you aren't careful, so it is also called a tsundere girl.
consumption1500kw fabrication speed10x it's reported that RRTR is developing an stable version


2.4 Fire protection system
Created by RRTR General Engineering Compartment, once any open fire is detected, the low priority power supply and oxygen supply system will be cut off to limit the fire spread. XE-2 fire sprinklers are deployed in important compartments such as the bridge and ammunition depot to quickly extinguish fires. The fire sprinklers will automatically recharge.
Continuous spraying time9 seconds full recharge time2 minutes est.


2.5 Self-sealing system
It's still developed by the RRTR General Engineering Department. It can automatically close the relevant compartments in the eventual of water leakage or fire to control the damage within a small range. This design maintains fluidity and ensures sinking resistance.
3. Biological system
3.1 P-1 medpod
Designed by RRTR Human Biology Department and has planned to put into mass production,After reverse resercing the Velonaceps calyx, it was discovered that, in controlled quantities and with well calculated implantation and removal times, most patient injuries and diseases could be rapidly cured,There is no doubt that all this can only be done with electricity.(It has a backup battery so it can be used even if the reactor is downI'm just too lazy to do the no energy effect.)
consumption1000kw healing time for heavy injured1m 45s est. RRTR plans to remove backup batteries to reduce production cost


3.2 Hull auto-repair technology
The hull of this ship is made entirely of T-1 bio-steel developed by the RRTR Indigenous Lifeforms Biology Department. Weak static current can stimulate the thalamic factor embedded in the bio-steel to achieve self-healing of the hull. Although it does not consume electricity, the corresponding switch is still retained for safety reasons.
The newly developed high-frequency version is only installed on the full fit model.
high rate 12.5hp/s low rate 5hp/s


3.3 emergency escape system
The escape shuttle is made of XT-1 biological steel developed by the RRTR's Indigenous Lifeforms Biology Department. Its principle is similar to that of the T-1, but it uses direct current instead of static current to achieve high-speed healing of the hull, making it almost unbreakable. Due to the use of direct current, a corresponding thalamic inhibitor is required for safe use。small version of inhibitor is under research
You can activate it when isn't docked。
consumption 300kw It is reported that RRTR is expanding this technology

4. Electronic system
Compared with other systems, the electronic system is relatively simple and it is just usable.


4.1 reactor
The reactor is directly connected to three separate self-controlled capacitor to eliminate any current fluctuations to maintain stability.
The reactor has three output limits: 30%, 60% and unlimited. Proper use of output limits can save a lot of fuel.


4.2 auxiliary battery
It can compensate part of the output when the reactor output is insufficient and provide power to the entire ship during silent running. It can automatically recharge when the output is too high to avoid overloading the power grid.
In T3 ships you can activate forced recharge

4.3 weapon capacitor overload
there is overload control near each turret,exception multi frequency laser.


4.4 secondary control terminal
You can activate secondary terminal on primary control terminal,after that the sub control will transferred, you can reset it with another click.
When the command bridge is heavily damaged or control terminal it's completely broken, sub control will automatically transferred.
2 Comments
soviet_pingu  [author] 6 Dec, 2024 @ 6:56am 
😂
Axolo 6 Dec, 2024 @ 1:57am 
4.1 rector