Space Marine Recruitment

It takes a considerable deal of time to transform a normal human into a Space Marine. They receive implants which transform their bodies and give them superhuman abilities – making them capable of spitting acidic venom, absorbing the memories of the dead by eating their flesh, darkening their skin to protect it from radiation, and operating for long periods without sleep by switching off parts of their brains at a time. Recruits are subjected to psycho-indoctrination and conditioning, strengthening their resolve and honing them into dedicated and merciless warriors. Not all recruits survive the brutal training of course, and not all are accepted.

Recruits are chosen from the best warriors among humanity. Naturally this makes feral worlds prized recruitment grounds, as such harsh and primal conditions produce the best warriors. However hive worlds are considered the ideal source of potential recruits, the populace of the lower levels composed of some of the most murderous scum in the human Imperium. Whole gangs of hive scum are sometimes hunted down and captured for recruitment. Among the most valued traits in a recruit are aggression and psychotic-level killer instinct. More rarely, certain civilized worlds are also recruited from.

The requirements for these recruits are extremely important. Recruits must be fairly young, because implants often do not become fully functional if the recipient has reached a certain level of physical maturity. They must be male because the zygotes are keyed to male hormones and tissue types. Only a small percentage of people are compatible to receive the implants and hypno-suggestion to turn them into Marines. Before the process of implantation begins the potential recruit receives tissue compatibility tests and psychological screening. If the testing proves successful the recruit becomes a neophyte. After the organ implantation process he becomes an initiate. Even once the organs are implanted they are generally inactive or useless without associated training and hypnotherapy and chemical treatment. Most recruits join the ranks as a brother between the age of 16-18 years.

IMPLANTS

The 19 implanted organs are very complicated, and because several of them only work properly or work at all in the presence of another of the implants, the removal, mutation or failure of one organ can affect the exact functioning of the others. Because of this and the fact that each Chapter’s gene-seed belongs to that Chapter alone, different Chapters display different characteristics and use different sets of implants and methods of implantation.

Throughout the implantation process the Marine must undergo various forms of conditioning in order for the implanted organs to develop and become part of his physiology.

Listed below is the complete set of implants used:

Phases 1-3 can be introduced at the same time, ideally between 10 and 14 years of age.
Phases 4 and 5 can be introduced at the same time, ideally between 12 and 14 years of age.
Hypnotherapy normally begins at phase 6, ideally sometime between 14 and 17 years of age.
Phases 7 to 9 are normally introduced simultaneously, ideally at a point between 14 and 16 years old. The following series of organs are also ideally implanted between the ages of 14 and 16.
Phases 14 and 15 may be introduced at the same time, ideally between 15 and 16 years of age. The remaining series of implants are then ideally introduced to the recipient between the ages of 16 and 18.

Secondary Heart

Phase 1: This simplest and most self-sufficient of implants allows a Space Marine to survive his other heart being damaged or destroyed, and to survive in low oxygen environments. Not just a back-up, the secondary heart can boost the blood-flow around the Marine’s body.
In game
The secondary heart has no in-game effect other then contributing to the Space Marine’s Unnatural Strength and Toughness

Ossmodula

Phase 2: A small, tubular and complex organ, the ossmodula secretes hormones that both affect the ossification of the skeleton and encourage the forming bone growths to absorb ceramic-based chemicals that are laced into the Marine’s diet. This heavily alters the way the Space Marine’s bones grow and develop. Two years after this implant is first put in the subject’s long bones will have increased in size (along with most other bones) and the rib cage will have been fused into a solid mass of bulletproof, interlocking plates.
In game
With others, this Implant grants Unnatural Strength and Toughness(x2)

Biscopea

Phase 3: This small, circular organ is inserted into the chest cavity and releases hormones that vastly increase muscle growth throughout the marine’s body. It also serves to form the hormonal basis for many of the later implants.
In game
This Implant, along with others grants Unnatural Strength and Toughness(x2)

Haemastamen

Phase 4: Implanted into the main circulatory system, this tiny implant not only increases the haemoglobin content of the subjects blood, making it more efficient at carrying oxygen around the body and making the subject’s blood a bright red, it also serves to monitor and control the actions of the phase 2 and phase 3 implants.
In game
The organ has no in game effect other then contributing to the Marine’s Unnatural Strength and Toughness

Larraman’s Organ

Phase 5: A liver-shaped organ about the size of a golf-ball, this implant is placed within the chest cavity and connected to the circulatory system. It generates and controls ‘Larraman cells’ which are released into the blood stream if the recipient is wounded. They attach themselves to leucocytes in the blood and are carried to the site of the wound, where upon contact with air they form a near instant patch of scar tissue, sealing any wounds the Space Marine may suffer.
In game
Space Marines do not normally suffer from blood loss, However attacks with the Warp Weapon quality still inflict blood loss as normal. The Space Marine also gains the True Grit Talent.

Catalepsean Node

Phase 6: Implanted into the back of the brain, this pea-sized organ influences the circadian rhythms of sleep and the body’s response to sleep deprivation. If deprived of sleep, the catalepsean node cuts in. The node allows a Marine to sleep and remain awake at the same time by switching off areas of his brain sequentially. This process cannot replace sleep entirely, but increases the Marines survivability by allowing perception of the environment while resting1. This means that a Space Marine needs no more than 4 hours of sleep a day, and can potentially go for 2 weeks without any sleep at all.
In game
The Space Marine suffers no penalties to Perception-based tests (such as awareness) when awake for extended periods of time.

Preomnor

Phase 7: This is essentially a pre-stomach that can neutralise otherwise poisonous or indigestible foods. No actual digestion takes place in the preomnor, as it acts as a decontamination chamber placed before the natural stomach in the body’s system and can be isolated from the rest of the digestive tract in order to contain particularly troublesome intake.
In game
Space Marines gain a +20 bonus to any Toughness test against ingested poisons.

Omophagea

Phase 8: This implant allows a Space Marine to ‘learn by eating’. It is situated in the spinal cord but is actually part of the brain. Four nerve bundles are implanted connecting the spine and the stomach wall. Able to ‘read’ or absorb genetic material consumed by the marine, the omophagea transmits the gained information to the Marine’s brain as a set of memories or experiences. It is the presence of this organ which has lead to the various flesh-eating and blood-drinking rituals for which the Astartes are famous, as well as giving names to chapters such as the Blood Drinkers and Flesh Tearers. Over time, mutations in this implant have given some chapters unnatural craving for blood or flesh.
In game
By devouring a portion of an enemy, a Space Marine can gain access to certain information (such as the whereabouts of a Heretic cult’s secret lair, access codes, and so forth). For more info on this, please see the Deathwatch Players Handbook

Multi-lung

Phase 9: This additional lung activates when a Space Marine needs to breathe in low-oxygen or poisoned atmospheres, and even water. The natural lungs are closed off by a sphincter muscle associated with the multi-lung and the implanted organ takes over breathing operations. It has highly efficient toxin dispersal systems.
In game
This allows the Marine to not only breathe underwater, but allows the Marine to re-roll any failed Toughness tests for asphyxiation and grants +30 to Toughness tests made to resist the effects of gases, which can also be re-rolled.

Occulobe

Phase 10: This implant sits at the base of the brain, and provides hormonal and genetic stimuli which enable a Marine’s eyes to respond to optic-therapy. This in turn allows the Apothecaries to make adjustments to the growth patterns of the eye and the light-receptive retinal cells – the result being that Space Marines have far superior vision to normal humans, and can see in low-light conditions almost as well as in daylight.
In game
This implant grants the Marine the Heightened Senses (sight) trait.

Lyman’s Ear

Phase 11: Not only does this implant make a Space Marine immune from dizziness or motion sickness but also allows Space Marines to consciously filter out and enhance certain sounds. The Lyman’s Ear completely replaces a Marine’s original ear. It is externally indistinguishable from a normal human ear.
In game
This grants the Marine the Heightened Senses (hearing) trait.

Sus-an Membrane

Phase 12: Initially implanted above the brain, this membrane eventually merges with the recipient’s entire brain. Ineffective without follow-up chemical therapy and training, but with sufficient training a Space Marine can use this implant to enter a state of suspended animation, consciously or as an automatic reaction to extreme trauma, keeping the Marine alive for years, even if he has suffered otherwise mortal wounds. Only the appropriate chemical therapy or auto-suggestion can revive a Marine from this state. The longest recorded period spent in suspended animation was undertaken by Brother Silas Err of the Dark Angels, who was revived after 567 years.
In game
The Space Marine may voluntarily enter a form of suspended animation. In order to do this, he must meditate for 1d5 rounds. This organ automatically activates if the Space Marine is knocked unconscious by Critical Damage. While in suspended animation, the Space Marine’s wounds will not deteriorate or heal (see the DWPHB for the rest of these details)

Melanochromic Organ

Phase 13: This implant controls the amount of melanin in a Marine’s skin. Exposure to high levels of sunlight will result in the Marine’s skin darkening to compensate. It also protects the Marine from other forms of radiation.
In game
This organ contributes to the Marines Unnatural Toughness (x2). House Rules also allow this organ to also grant +20 to resist from low to heavy radiation. Extreme radiation is a different story.

Oolitic Kidney

Phase 14: In conjunction with the secondary heart this implant allows a Space Marine to filter his blood very quickly, rendering him immune to most poisons. This action comes at a price, however, as this emergency detoxification usually renders the Marine unconscious while his blood is circulated at high speed. The organ’s everyday function is to monitor the entire circulatory system and allow other organs to function effectively.
In game
This Implant gives the Space Marine the ability to re-roll failed Toughness Tests to resist poisons and toxins, including attacks with the Toxic quality.

Neuroglottis

Phase 15: This enhances a Space Marine’s sense of taste to such a high degree that he can identify many common chemicals by taste alone. A Marine can even track down his target by taste.
In game
The Space Marine can detect any poisons or toxins by taste with a successful Hard (-20) Awareness Test. As a house rule, the Space Marine may also gain +10 to any Tracking test against and opponent he has tasted for a number of hours equal to half his Perception bonus.

Mucranoid

Phase 16: This implant allows a Space Marine to sweat a substance that coats the skin and offers resistance to extreme heat and cold and can even provide some protection for the marine in a vacuum. This can only be activated by outside treatment, and is common when Space Marines are expected to be fighting in vacuum.
In game
The Space Marine may re-roll any failed Toughness tests caused by temperature extremes such as desert heat or the cold of outer space.

Betcher’s Gland

Phase 17: Consists of two identical glands, implanted either into the lower lip, alongside the salivary glands or into the hard palette. The gland works in a similar way to the poison gland of venomous reptiles by synthesizing and storing deadly poison, which the Marines themselves are immune to due to the gland’s presence. This allows a Space Marine to spit a blinding contact poison. The poison is also corrosive and can even burn away strong metals given sufficient time.
In game
The Space Marine may spit acid at his foes which acts as a ranged weapon (Range: 3m; Damage: 1d5; Pen: 4; Toxic). If the Marine gains three or more degrees of success on his Ballistic Skill test, he may also blind the opponent for 1d5 rounds.

Progenoids

Phase 18: There are two of these glands, one situated in the neck and the other within the chest cavity. These glands are vitally important and represent the future of the Chapter, as the only way new gene-seed can be produced is by reproducing it within the bodies of the Marines themselves. This is the implant’s only purpose. The glands absorb genetic material from the other implanted organs. When they have matured each gland will have developed a single gene-seed corresponding to each of the zygotes which have been implanted into the Marine.
In game
These take time (5 years in the first case, 10 in the latter) to mature into gene-seed. The gene-seed can then be extracted and used to create more Space Marines.

Black Carapace

Phase 19: The most distinctive implant, it resembles a film of black plastic that is implanted directly beneath the skin of the Marine’s torso in sheets. It hardens on the outside and sends invasive neural bundles into the Marine’s body. After the organ has matured the recipient is then fitted with neural sensors and interface points cut into the carapace’s surface. This allows a Space Marine to interface directly with his Power Armour.
In game
This implant gives the Space Marine exceptional control over his power armour. Despite the Space Marine gaining the Size (Hulking) Trait, his enemies gain no bonuses to his him.

Source

Space Marine Recruitment

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