Deadline - January 1st, 2020

The PCCTS, Knights Templar will allow all Western European regimes to capitulate to our demands and we are hereby giving them a deadline which is January 1^st, 2020. We will not initiate any nuclear power plant attacks until the deadline has passed (we will instead focus on non-nuclear attacks until then). However, if the Western European multiculturalist regimes do not fully implement our demands - stop the European genocide, deport all Muslims from Europe and ban multiculturalism as an anti-European hate ideology - by this date, we are committed to effectuate ALL necessary measures in order to stop them from annihilating everything European (see complete overview of demands in another chapter). This decision is not mine to make but must be decided by future Justiciar Knight Commanders based on several factors. At that point, diplomatic and conventional military efforts will have been exhausted. The following overview is to prepare all current and future European PCCTS, Knights Templar cells for what lies ahead. I have included an overview over potential targets. The planning phase should be initiated at least 5-10 years prior to the execution of the attack (as we might rely on insiders), which will happen after the deadline at earliest. All committed individuals will have ample time to take a relevant education granting them access to W. European Nuclear facilities. At that point, given that the Western European multiculturalist regimes ignore our demands; operation “Regime Ender” can be justified and will be implemented.

3.58 Nuclear power plant assault strategy: “Operation Regime Ender”

Minimum requirements:

· Assault team: 2-3 man cell (1 Justiciar Knight Commander, 1-2 JK operatives)

· Extraction/exit strategy: martyrdom operation, no chance of survival due to massive radiation

· Minimum funding required: 50 000 – 300 000 Euro

· Primary WMD: 1 x 2-7 ton “barrack buster” WMD, depending on strength of containment building. A smaller charge (50-200kg charge) may have to be transported inside the containment building to the secondary containment structure (if that facility has one) as the blast from a large single source detonation may be unable to destroy the reactor inside the containment building due to the fact that a secondary containment structure shielded against the initial blast. Not all nuclear power plants use a secondary containment structure (see other approaches).

· Method of delivery: aerial or ground vessel, alternatively smaller charges are brought inside the facility and placed near reactor. A small scooter vehicle that has a carrying capacity of 100-500kg may be used to transport the charge(s) from the truck outside.

· Equipment required: 2 trucks (one for the primary WMD and one for the secondary freight vehicle, the smaller secondary mobile bomb, the makeshift bridge and the load of gasoline/rubber/tar mix), full body armour, assault rifles, grenades, armour penetration rounds. The assault team will bring extra equipment for any infiltrators already at the facility.

· Operation description: containment building and all containment barriers must be destroyed, reactor must be destroyed (optimally while online and before the Reactor Protective System has been activated), the load of gasoline/rubber will be placed and lit inside and close to the reactor to ensure the development of significant plumes (further studies required)

Potential obstacles: multiple armed guards, 1-2 checkpoints with armed personnel, each with anti-vehicle barriers (either tire puncturing devices or other anti-vehicle barriers). The compound is likely to be encircled by at least one concrete wall.

Assault strategy 1 (no insiders): An assault team of three Justiciar Knights, depending on plant security, might be enough to neutralise the checkpoint guards (based on the number of armed guards). Some facilities will have many; others will have no armed guards at all. Deception might prove valuable. F example by posing as representatives from the fire authorities, forging IDs, insignia and uniforms. Bomb truck may be modifies so it mimics a fire truck.

Assault strategy 2 (no insiders): An assault team of three Justiciar Knights. Two fights their way inside, forces the plant workers to take the reactor online and deactivates the interior bomb shield, then detonates a smaller charge (50 kg) destroying the reactor. One Knight should study the safety systems and learn how to turn the reactor online, unless restricted by keys, password, etc. As soon as this is done the third Knight (who is outside waiting in the “barrack buster truck”) detonates the load and tears a hole in the containment building. A truck containing gasoline/rubber with a bridge device might be required to ensure that the required plumes are generated inside which will transport the radiation to the athmosphere. It is likely that the interior bomb shield is likely to activate automatically as soon as the first explosion detonates. In this case, a total of 3 bombs will be required (1 large, 2 smaller).

Assault strategy 3 (1 insider+2): An assault team of two Justiciar Knights might be enough to neutralise the checkpoint guards given that one Justiciar Knight works at the checkpoint undercover. The undercover guard can easily neutralise the other checkpoint guards, deactivate security measures and open the gates.

Assault strategy 4 (insider assault – similar to the Chernobyl attack): An assault team of 2 armed Justiciar Knight insiders might be enough to shut down/sabotage the Reactor Protective System (ECCS and SLCS) by f. example sabotage certain reactor emergency systems so that the system cannot initiate an automatic SCRAM procedure and: 1. sabotage the emergency diesel generators and 2: rupture a large coolant pipe in the location that is considered to place the reactor in the most danger. However, due to the airtight containment building this insider assault would need an external Justiciar Knight to blow a hole in the building or cause the structure to collapse. The outside Knight would need to be heavily armed and successfully manage to place a load of 4000-7000 kg of explosives close to the containment building in order for the leakage to reach the atmosphere.

Assault strategy 5 (aerial assault): A civilian aircraft with enough carrying capacity to hold 2-5 ton of cargo may be used. The detonation has to be timed perfectly as the blast radius has to be able to destroy the containment bulding. Testing shows that many containment buildings can withstand a direct hit by both fighter jets and even civilian airliners. However, it is uncertain how a civilian aircraft loaded with explosives would cause. There is a no-fly-zone surrounding the facility. Any ground to air missile devices (if any) placed close to the facility may pose a threat to the aircraft.

Assault strategy 6 (aerial assault): Not a very realistic scenario but in any case: at least two of the cell members infiltrate a military compound (the closest one to the power plant) and uses a fighter jet loaded with a bunker buster missile to destroy the reactor. I am not even sure if bunker buster missiles exist though or if there are any jet fighter missiles which has the potency to penetrate a containment building (they are sometimes constructed to withstand missile attacks). Justiciar Knights already working within the air force may serve this purpose as well as long as one of them can operate a fighter jet and the other one has the competence to fuel and arm it. Unlikely scenario.

End note: for plants with a containment building and a secondary containment structure (fully or partly submerged underground), a secondary or even a tertiary explosive device may be required based on the damage inflicted by the primary blast. 100 kg for the secondary and tertiary bomb should be enough. The problem here is that the carrying capacity of an individual is 50 kg at best which reduces the possibilities to transport a secondary bomb inside the facility. However, based on the size and shape of the crater after the initial blast (and whether the structure collapsed or not), a larger secondary bomb (200-500kg) can be transported inside the facility using a transportation device such as a snow-mobile or a re-designed scooter. Components to create/deploy a makeshift bridge over the crater may be necessary in order for the vehicle to safely cross the crater. A study of the target facility is required in order to evaluate the desired attack strategy.

Our reliance on plumes[1]

Let’s imagine the following scenario:

1. The containment building and all containment barriers were breached by the primary “barrack buster” (4000-7000 kg)

2. The reactor was successfully destroyed while being in an on-line state

As our primary goal is not to destroy the reactor alone but to ensure a significant release of highly radioactive fallout into the atmosphere and over an extensive geographical area, we rely on plumes caused by fire (momentum) as the “transportation method”. We may have to consider including a third truck loaded with a mix of gasoline and tar/rubber and detonate it as close to the reactor as possible (optimally inside the containment building). Alternatively a load of 2000 litres of gasoline/rubber/tar mix may be included in the second truck and placed strategically inside and close to the reactor by the scooter/snow-mobile prior to or after we destroy the reactor. This would result in the development of significant plumes transporting highly radioactive fallout into the atmosphere and would thus drastically increase the estimated “Exclusion zone”.

At this point in time 1 Justiciar Knight may already be dead and the two others severely contaminated. The final goal for the contaminated Knights will be to prevent all rescue personnel from:

1. Sealing the blast hole in the containment building (depending on the radius of the whole)

2. Putting out the fires for the next 60 minutes

The regime will counter this strategy by sending in an assault team (with hazmat suits). These suits will prevent them from fighting efficiently. The Knights final stand will cause a significant delay of the regimes counter-measures.

Financial losses and human suffering relating to the successful implementation of: “Operation Regime Ender”

Financial losses for the multiculturalist regime:

· Resettlement of everyone within the exclusion zone: 30-50 (100) km radius (300K - 2 million people)

· Causing all infrastructure within the exclusion zone: 30-50 (100) km radius to be abandoned for the next 200 years due to the release of highly radioactive fallout.

· All businesses within the exclusion zone (thousands of small to medium businesses) will be paralyzed resulting in a massive loss of taxes for the regime

· A large proportion of the 300k – 2 million “internally displaced individuals” (refugees) will be pacified for a long period resulting in a massive loss of taxes for the regime.

· Continuing and substantial decontamination and health care costs

· National stock market will collapse as everyone will panic sell and attempt to salvage their funds

· Pan-European stock markets will take a severe blow and are likely to crack as the panic spreads

· International stock markets will take a severe blow and are likely to crack as the panic spreads

· The national currency (or Euro) will be significantly weakened as currency investors will sell their positions and stay out

· Such a blow is likely to cause a chain reaction causing foreign governments to dump government issued bonds which will further weaken the currency

The costs will be astronomic and in today’s currency amount to as much as 1000-5000 billion Euro which is enough to bankrupt any regime.

Such a devastating blow is calculated to break the budget, jam the bureaucratic gears into gridlock, and bring the system crashing down. Fear, turmoil, violence and economic collapse would accompany such a breakdown (after the successful implementation of “Operation Regime Ender”) providing perfect conditions for fostering radical change (coup d’é tat).