Armor Upgrades - STALKER 2: Heart of Chornobyl Database

The artifact container is made of polymer material, significantly reducing the weight of the item.

The integration of thin armor sheets that overlap in a scale-like pattern augment the exoskeleton’s resistance to bullets and deterioration.

The container incorporates a small Wrenched artifact strategically placed to absorb radiation from nearby artifacts.

Although titanium is generally considered too heavy for personal protective equipment, it’s a feasible choice for exoskeleton construction.

Sewing an extra zippered pocket into the backpack provides a quantitative boost in volume. Qualitatively, the design leaves much to be desired.

Enhances durability without the added burden of increased weight.

Replaces the helmet with a lightweight version, while preserving the overall quality.

The incorporation of servos helps counteract inertia and stabilizes weapon handling.

The incorporation of hydraulic amplifiers that enable running is the defining characteristic that separates the fourth generation of exoskeletons from the third.

The entire body is shielded from beta- and psi-radiation by the use of Plexiglas elements incorporating metal fibers.

A state-of-the-art psi defense technology pioneered by a scientist named Sakharov.

The dense polyethylene lining ensures protection against both poisonous substances and electric shock.

When applied to the suit, it provides protection against both open flame and electrical discharges.

The external placement of filters on the gas mask allows for the simultaneous use of multiple filters.

The integration of Plexiglas fiber and lead mesh in a woven pattern creates a seamless shield protecting against radiation and harmful substances without impeding mobility.

Thanks to its anti-static properties, the treatment provides protection against both fire and electricity.

The coating operates akin to a Faraday cage. Due to its small size and inherent limitations, the suit can only offer protection for a short period of time.

The suit’s securely sealed seams effectively keep harmful substances at bay.

A pneumatic expulsion system for removing hazardous substances from the respirator holes.

The suit’s lining not only excels in thermal insulation but also provides effective protection against electricity.

The back frame alleviates shoulder fatigue by evenly distributing the load across the entire body, allowing the wearer to efficiently carry a greater quantity of weapons, supplies, and equipment in the backpack.

An ergonomic improvement consisting of specialized fasteners and slings, designed to achieve optimal weight distribution.

The soles and gloves are coated with a metamaterial incorporating cavities containing an absolute vacuum.

The use of asbestos fabric provided heat protection for twentieth century firefighters.

This system electrifies the protective suit’s surface, repelling radioactive particles.

Through special treatments, ordinary fabric gains resistance to chemically aggressive environments.

Extra pockets are stitched onto the pants and sleeves.

The aramid lining efficiently disperses impact force, providing effective resistance against shrapnel and bullets in appropriate circumstances.

Incorporating a hydrator in the backpack ensures quick recovery of the water-salt balance. Nothing prevents the user from filling it with an energy drink, of course.

An upgrade designed to hinder the psi abilities of mutants. Assembled based on schematics from Lab X-5.

A container fashioned by local craftsmen, offering a secure resting place for an artifact.

The development of nickel alloys with a low melting point has made it possible to create elements exhibiting a significant increase in heat capacity when transitioning to the liquid state.

A simple and practical way to stay protected from the radiation emitted by artifacts.

A container for a single artifact, suitable for attaching to a suit or backpack.

An airtight synthetic lining serves as a secondary protective layer in case the outer layer is damaged.

The inclusion of a thin Constantan layer provides the suit with excellent protection against electricity.

Active filters can neutralize radionuclides.

Crafting improvised chain mail is a tedious and time-consuming undertaking, but there are documented cases when it has actually saved lives.

The adoption of lighter synthetic materials for the fabric, buckles, and tighteners decreases the overall weight of the armor.

A scientific breakthrough employing a field system to contain radiation emissions.

Shock absorbers ensure even distribution of impact energy.

Using strong shoe thread in the seams increases the overall durability of the suit.

Lightweight structures provide protection without restricting movement.

Installed rubber elements serve as chemical protection.

A thin lead plate shields part of the radio emission.

Overlapping seams, rather than butt joints, slightly increase clothing resistance to physical impact.