Fallout 5 - Explosive and Blast-Suit Experts

The wasteland should contain specialized humans, robots, military units, mercenaries, raiders, and settlement defenders trained to operate in environments filled with mines, artillery, grenades, fuel explosions, unstable buildings, and suicidal enemies. These specialists wear different classes of explosive- and blast-resistant suits, but no suit should make its wearer completely invincible.

Survival would depend on the suit’s construction, condition, modifications, the direction of the explosion, the explosive type, and the wearer’s training. A properly equipped expert might walk away with barely a scratch from one explosion, suffer severe internal injuries from another, or be killed when repeatedly targeted by coordinated enemies.

The Blast-Suit Specialist

Blast-suit experts are trained to:

Disarm mines, bombs, traps, and unexploded ordnance.
Enter burning or structurally unstable buildings.
Rescue settlers trapped inside bombardment zones.
Approach suicide Super Mutants before they reach friendly positions.
Investigate explosive devices without triggering secondary charges.
Survive artillery, grenades, rocket attacks, and industrial accidents.
Identify chemical, nuclear, plasma, cryogenic, and incendiary explosives.
Clear safe pathways for caravans, soldiers, and settlers.
Repair damaged defensive walls during an active assault.
Recover valuable components from explosive devices.

Some specialists would be former soldiers, demolition workers, miners, engineers, firefighters, Brotherhood technicians, Vault security officers, or wasteland scavengers who learned through experience. Others could be robots specifically engineered for bomb disposal.

Suit Protection Classes

Class I — Fragmentation Suit

A lightweight suit designed primarily to stop shrapnel, nails, scrap metal, glass, and low-powered explosive fragments.

Protection

Strong protection against fragmentation grenades.
Moderate protection against pipe bombs.
Limited protection against blast pressure.
Minimal protection against fire, plasma, or radiation.
Good mobility and low stamina consumption.

Intended Users

Settlement guards.
Caravan security.
Mine-clearance teams.
Urban scavengers.
Low-level demolition units.

This suit could save a character standing behind cover, but a direct explosion at their feet could still kill or cripple them.

Class II — Bomb-Disposal Suit

A heavily padded suit with reinforced plating, pressure-dampening materials, a sealed helmet, and protected joints.

Protection

High resistance to shrapnel.
Moderate resistance to blast waves.
Reinforced helmet and chest protection.
Reduced chance of limb dismemberment.
Limited resistance to heat and radiation.
Severe movement and perception penalties.

The suit may prevent immediate death but cannot always stop:

Internal bleeding.
Concussions.
Ruptured organs.
Broken ribs.
Hearing loss.
Temporary blindness.
Knockdowns and loss of consciousness.

The player may survive the initial blast but require medical treatment immediately afterward.

Class III — Heavy Blast Assault Suit

A military-grade suit built for advancing through explosive fire rather than merely disarming bombs.

Features

Layered ceramic and steel armor.
Shock-absorbing inner frame.
Reinforced neck and spine support.
Automatic visor tinting.
Stabilization gyroscopes.
Emergency medical injectors.
Blast-direction sensors.
Fire-resistant outer coating.
Replaceable external armor panels.

This suit allows soldiers to fight grenadiers, missile troops, and suicide enemies at closer distances. However, repeated explosions degrade the armor panel by panel.

A first explosion may cause minor damage. A second blast might crack the chest plate. A third blast striking the same area could penetrate the weakened armor and kill the wearer.

Class IV — Powered Blast Frame

A powered exoskeleton designed to anchor the wearer against explosive force.

Capabilities

Hydraulic leg braces prevent the wearer from being thrown backward.
Powered arms allow heavy explosive shields to be carried.
Shock dampeners reduce skeletal injuries.
Automatic threat detection marks grenades and mines.
The frame can drag injured allies from danger.
Stabilizers allow the wearer to fire heavy weapons under bombardment.
A sealed air system protects against dust and toxic smoke.

Weaknesses

Exposed power cells can be targeted.
Electromagnetic attacks may disable the stabilizers.
Damaged servos may lock a limb in place.
The suit is noisy and easy to detect.
It consumes rare fusion cells.
A powerful enough blast can overload the frame and trap the wearer inside.

A disabled powered blast frame could become a metal coffin unless another specialist cuts the wearer free.

Class V — Experimental Shock-Diffusion Suit

This rare pre-war or advanced faction technology redirects explosive energy across the entire suit instead of allowing it to concentrate at one impact point.

Possible Technology

Smart reactive armor.
Impact-dispersing gel.
Magnetically suspended armor plates.
Directional countercharges.
Artificial-muscle fibers.
Automated body-pressure regulation.
Predictive blast analysis.
Micro-drone repair systems.

A fully maintained experimental suit could allow someone to survive explosions that would destroy ordinary armor. However, its protection depends on its power supply and calibration.

When damaged, it could malfunction catastrophically:

Energy may be redirected toward the wearer.
Countercharges may activate at the wrong time.
The suit may lock up.
Internal pressure systems may crush the wearer.
The suit’s power core may explode.

Robot Blast Experts

Robots should not simply be immune to explosions. Their designs, materials, and internal systems should determine how well they survive.

Bomb-Hound Robot

A small quadrupedal robot that searches for mines and explosives.

Functions

Sniffs out chemical explosive compounds.
Marks mines for the player.
Carries a small disruption device.
Drags light explosive devices away from settlements.
Crawls through spaces too narrow for humans.
Warns the player about hidden secondary explosives.

If destroyed, its memory core may still contain the locations of nearby traps.

Blast Turtle

A slow, heavily armored robot with a curved shell designed to deflect explosions upward and outward.

Functions

Moves in front of human bomb technicians.
Provides mobile cover.
Pins grenades beneath its armored body.
Projects a temporary blast shield.
Carries wounded soldiers.
Protects settlement entrances from suicide attackers.

Its underside, leg joints, and cooling system remain vulnerable.

Demolition Surgeon

A multi-armed technical robot designed for precision bomb disposal.

Tools

Wire cutters.
Cryogenic spray.
Circuit probes.
Remote clamps.
Miniature cutting lasers.
Explosive containment containers.
Chemical-analysis sensors.
Hacking equipment.

The robot could speak calmly while analyzing a bomb, but damaged personality software might cause it to become overly confident or dangerously experimental.

Sacrifice Unit

A cheap robot designed to intercept suicide attackers and detonate with them at a controlled distance.

These robots could be controversial because settlements may begin treating them as disposable, even when they demonstrate intelligence, fear, loyalty, or self-awareness.

A quest could force the player to decide whether these robots are equipment or living members of the settlement.

Directional Blast Physics

Explosion damage should not be represented by a simple circular damage radius. The game should calculate how explosive force travels through the environment.

Important Factors

Distance

The closer a character is to the explosive center, the greater the pressure, heat, and fragmentation damage.

Facing Direction

A reinforced front plate may protect the wearer from a frontal blast, while an explosion behind them could strike weaker joints, hoses, and back-mounted equipment.

Body Position

Standing characters may be thrown farther.
Crouching characters present a smaller target.
Prone characters may avoid some fragments but suffer stronger ground-transmitted shock.
Characters behind a shield may survive but injure their arms and shoulders.

Cover Material

Concrete absorbs and redirects force.
Wood splinters into additional projectiles.
Metal may reflect blast pressure.
Vehicles can create secondary explosions.
Sandbags reduce fragmentation but may not stop powerful pressure waves.
Windows produce dangerous glass fragments.

Elevation

A grenade exploding on a staircase, rooftop, ditch, or balcony should affect characters differently depending on the angle and available escape routes for the blast pressure.

Enclosed Spaces

Explosions inside rooms, tunnels, vaults, and subway stations should be significantly more dangerous because pressure reflects off the walls.

A bomb-disposal suit that protects someone outdoors may not save them inside a sealed corridor.

Layered Damage System

Every explosion should create several separate forms of damage.

Blast Pressure

Causes:

Internal bleeding.
Lung damage.
Eardrum rupture.
Concussion.
Disorientation.
Loss of balance.
Unconsciousness.

Fragmentation

Causes:

Armor penetration.
Bleeding wounds.
Eye injuries.
Severed arteries.
Damaged equipment.
Limb injuries.

Heat

Causes:

Burns.
Ignited clothing.
Melted armor seals.
Damaged optics.
Overheated power systems.

Impact

A character may survive the explosion but die after being thrown into:

A wall.
A vehicle.
Rubble.
Spikes.
A cliff.
Another explosive device.

Structural Collapse

Explosions may bring down:

Ceilings.
Catwalks.
Walls.
Tunnels.
Power lines.
Towers.
Damaged bridges.

A blast expert may survive the explosion itself and still become trapped beneath debris.

Suit Condition and Component Damage

Blast suits should consist of individual components rather than one universal armor rating.

Components

Helmet shell.
Visor.
Neck seal.
Chest plate.
Back plate.
Shoulder guards.
Arm plating.
Gloves.
Pelvic protection.
Leg armor.
Boots.
Cooling system.
Breathing system.
Power supply.
Communication unit.
Medical system.
Shock absorbers.

Each part can be damaged independently.

A cracked visor may reduce protection against the next explosion. A damaged boot could cause the wearer to stumble. A broken cooling system could make the suit dangerously hot. A punctured breathing hose could expose the wearer to smoke or chemicals.

This encourages the player to inspect and repair the suit rather than relying on a single condition bar.

Strategic Enemy Targeting

Enemies should recognize blast-suit specialists as priority threats.

A Super Mutant warband may understand that the heavily armored figure is clearing mines, blocking suicide attackers, or protecting other soldiers. Instead of attacking randomly, the enemy may coordinate to overwhelm that specialist.

Suicide Super Mutant Swarm

One suicide Super Mutant may be survivable. Several approaching from different directions create a tactical crisis.

Possible tactics include:

One attacker charges from the front.
Another circles through a building.
A third waits behind cover.
A grenadier forces the blast expert out of position.
A sniper targets the suit’s power cell.
A brute blocks the specialist’s escape route.
A hidden attacker detonates only after the specialist begins repairing the suit.

The player must decide whether to hold position, retreat, destroy the explosives from a distance, or sacrifice equipment to survive.

Grenadier Coordination

Enemy grenadiers should use more than random throws.

They may:

Throw one grenade to force the player from cover.
Throw a second grenade toward the predicted escape path.
Use fragmentation grenades to damage external armor.
Follow with incendiary grenades to overheat the suit.
Bounce grenades around shields.
Detonate fuel tanks near the player.
Place delayed explosives beneath bodies or supply crates.
Use smoke to hide advancing suicide units.
Target already damaged sections of the suit.

Higher-level grenadiers study the player’s defensive habits and adjust their timing.

The Blast Trap

Enemies may intentionally leave an obvious explosive where a specialist can find it. The visible device is only bait.

The actual plan may involve:

A second explosive hidden beneath the first.
A sniper waiting for the specialist to kneel.
A collapsing ceiling.
A remotely triggered fuel line.
A fake hostage.
A mine placed along the retreat route.
A suicide attacker hidden inside nearby rubble.

This makes bomb disposal tense even for highly skilled characters.

Blast Survival Outcomes

Survival should not be binary. The game should calculate different outcomes based on the suit, explosion, environment, and character.

Barely Scratched

The armor absorbs most of the impact. The wearer remains combat capable but loses suit durability.

Shaken

The wearer survives but experiences blurred vision, ringing ears, slower reactions, and reduced accuracy.

Injured

The character suffers burns, fractures, bleeding, or internal damage and requires treatment.

Incapacitated

The wearer is alive but unconscious, trapped, or unable to move.

Critically Wounded

The suit prevents immediate death, but the character must receive emergency care within minutes.

Deceased

The blast overwhelms the suit, penetrates a weak point, causes fatal internal trauma, or triggers a secondary explosion.

Missing in Action

A powerful explosion destroys the surrounding structure. The character’s condition remains unknown until a rescue team searches the debris.

Specialist Skills and Perks

Blast Reader

Displays the likely blast radius, fragmentation cone, and dangerous surfaces near an explosive.

Secondary Device Awareness

Provides a chance to detect hidden backup explosives.

Pressure Discipline

Reduces concussion and disorientation after a blast.

Controlled Approach

Improves bomb-disposal accuracy while moving slowly.

Shield Anchor

Reduces knockback when using an explosive shield.

Last-Second Cut

Allows a specialist to disable a device with very little time remaining, but failure consequences are severe.

Suit Whisperer

Allows field repairs to damaged blast-suit components.

Human Fuse

The specialist can carry a damaged explosive away from civilians, creating a desperate timed decision.

Dead Man’s Hands

Allows the specialist to continue disarming a bomb despite broken or injured arms by using suit-assisted controls.

Blast Memory

After surviving an explosive type, the character gains temporary resistance and improved identification against similar devices.

Player-Controlled Blast Procedures

When examining a dangerous explosive, the player should have several possible approaches:

Identify the explosive type.
Search for secondary devices.
Evacuate nearby civilians.
Deploy a robot.
Put on the correct suit.
Build a containment barrier.
Cut the power source.
Freeze the trigger mechanism.
Hack the detonator.
Remove the explosive remotely.
Detonate it safely.
Carry it away manually.
Abandon the area and accept the consequences.

The correct response depends on the device. No single option should solve every bomb encounter.

Blast-Suit Customization

Players should be able to construct suits for different threats.

Armor Materials

Steel.
Ceramic.
Ballistic fiber.
Rubber.
Lead.
Fire-resistant fabric.
Shock gel.
Composite plating.
Super Mutant armor fragments.
Synth polymers.
Experimental pre-war materials.

Specialized Modules

Fragmentation liner.
Blast-pressure dampener.
Fire-suppression system.
Radiation seal.
EMP shielding.
Cryogenic insulation.
Plasma-resistant coating.
Reinforced visor.
Automatic stimpak injector.
Emergency beacon.
Grenade warning sensor.
Suicide-mutant proximity alarm.
Directional blast shield.
Magnetic mine detector.
Remote drone controller.
Self-repair nanofiber.
Quick-release armor system.

Every modification should add weight, consume power, reduce mobility, or occupy a limited equipment slot.

Named Character Concept: “The Wall”

The Wall is a legendary blast expert who has survived more than two dozen major explosions. His suit is covered with welded patches, melted armor, engraved names, and pieces taken from bombs he successfully disarmed.

He appears almost indestructible, but his body tells another story:

Significant hearing loss.
Chronic breathing problems.
Artificial ribs.
Reconstructed knees.
Burn scars.
Memory gaps caused by repeated concussions.
An inability to sleep near ticking machinery.

The Wall teaches that surviving an explosion does not mean escaping its consequences.

During his companion quest, the player discovers that his reputation has made settlements reckless. Leaders send him into increasingly impossible situations because they believe he cannot die.

The player must help him decide whether to continue being used as a living shield, train a new generation of specialists, or retire before the next explosion becomes his last.

Named Robot Concept: BLAST-9

BLAST-9 is a pre-war explosive-containment robot designed to protect civilians. Its central directive requires it to place itself between people and an explosion.

Over centuries, BLAST-9 has been destroyed and rebuilt repeatedly. Each repair introduced new components, memories, and personality fragments. It now remembers every person it failed to save.

Its companion ability allows it to detect explosives, shield the player, and intercept suicide attackers. However, BLAST-9 may disobey orders and sacrifice itself whenever civilians are in danger.

Its personal quest revolves around rewriting its directive:

Preserve the original self-sacrifice protocol.
Allow BLAST-9 to choose when to risk itself.
Remove the directive entirely.
Transfer its consciousness into a safer body.
Convert it into the commander of a bomb-disposal robot team.

Settlement Blast-Response Team

Settlements should be able to establish dedicated explosive-response units.

Facilities

Blast-suit workshop.
Bomb-disposal training course.
Explosive containment bunker.
Reinforced medical station.
Robot repair bay.
Mine-detection tower.
Emergency siren network.
Controlled detonation range.
Protective wall trenches.
Ammunition isolation storage.

Team Roles

Blast-suit operator.
Bomb technician.
Robot controller.
Combat medic.
Grenadier spotter.
Structural engineer.
Fire-suppression specialist.
Evacuation coordinator.
Sniper assigned to suicide enemies.
Recovery and evidence technician.

A poorly trained team may panic, mishandle devices, or cause accidental detonations. A veteran team can protect the settlement from artillery, mines, sabotage, and suicide attacks.

Dynamic Blast Missions

The Walking Bomb

A settler has been fitted with an explosive collar and forced to walk toward a crowded market. The player must calm the hostage, locate the remote detonator, and disarm the collar without triggering it.

Mutant Rush

A settlement is attacked by several suicide Super Mutants supported by grenadiers and missile troops. The player must organize firing lanes, blast barriers, robot interceptors, and evacuation routes.

Beneath the School

Children discover an unexploded pre-war bomb beneath a settlement classroom. Removing it may collapse the building, while detonating it could destroy the surrounding neighborhood.

The False Safe Zone

A military faction directs refugees into a supposedly protected bunker. The bunker is actually an enclosed kill zone filled with pressure-sensitive explosives.

Last Suit Standing

The player’s blast suit is damaged while deep inside an ammunition facility. Fires spread toward stored warheads, forcing the player to repair the suit, rescue survivors, or escape before a chain reaction begins.

The Grenadier General

A Super Mutant commander has organized specialized grenadiers, suicide units, missile teams, and explosive beasts into a disciplined army. Defeating him requires more than direct combat; the player must disrupt his explosive supply chain and learn his attack patterns.

Core Design Principle

Blast-resistant equipment should provide a chance to survive, not immunity. A skilled player with the correct suit, preparation, positioning, and support can survive devastating encounters. A careless player can still be killed while wearing the best armor in the game.

The system should continuously evaluate:

Explosion Type × Blast Strength × Distance × Direction × Environment × Suit Design × Component Condition × Character Training × Previous Damage

That creates believable outcomes. One blast may leave the wearer almost untouched. Another may knock them unconscious. Repeated, coordinated attacks may eventually crack even the most advanced armor.

In Fallout 5, the blast-suit expert should feel powerful, valuable, and intimidating, but every ticking device, charging suicide Super Mutant, and incoming grenade should still create genuine fear.

That works best as an endgame-tier suit that guarantees survival from the explosion itself while still allowing blast force to relocate the wearer.

Fallout 5 — The Absolute Blast-Survival Suit

The Aegis Zero Suit

The Aegis Zero is an experimental blast-survival suit engineered to keep its wearer completely safe from every known explosion type. Unlike ordinary armor, it does not merely resist damage. It prevents explosive energy from reaching the wearer’s body.

While the suit is powered and fully sealed, the wearer cannot be:

Burned by an explosion.
Injured by blast pressure.
Penetrated by fragmentation.
Crushed by explosive shockwaves.
Irradiated by a nuclear detonation.
Electrocuted by an electromagnetic blast.
Frozen by a cryogenic explosive.
Melted by plasma.
Disintegrated by energy explosives.
Deafened, blinded, concussed, or internally injured.
Killed by direct explosive damage.

A mini-nuke could detonate beside the wearer without causing a scratch. A suicide Super Mutant could explode while physically holding the character, and the wearer would remain unharmed.

The suit offers absolute explosive protection, not merely high explosive resistance.

How the Suit Works

The Aegis Zero does not depend entirely on thick armor. It combines several advanced systems that isolate the wearer from the explosion.

Zero-Transfer Field

The suit creates a thin containment field around the wearer. Heat, pressure, radiation, fragments, and explosive energy are redirected around the field rather than transferred into the body.

Inertial Suspension Layer

The wearer floats inside an internal suspension system. Their body does not strike the inner armor when the suit is thrown, rolled, or launched by an explosion.

Dimensional Heat Sink

Extreme heat and energy are temporarily redirected into a small artificial storage dimension. The stored energy is gradually released after the danger has passed.

Molecular Seal

The suit’s outer layer closes immediately around cracks, punctures, and damaged joints. Radioactive particles, fire, chemicals, and superheated gases cannot enter the interior.

Temporal Reaction System

The suit detects the beginning of a detonation and activates its full protection before the explosion completely develops. The reaction occurs faster than human perception.

Complete Protection Does Not Mean Complete Stability

The Aegis Zero keeps the wearer safe from explosive damage, but it does not always keep them in the same location.

Some explosions generate enough force to:

Knock the wearer backward.
Throw the wearer into the air.
Roll the wearer across the ground.
Launch the wearer through a doorway.
Blow the wearer off a rooftop.
Push the wearer behind nearby cover.
Throw the wearer completely outside the blast radius.
Carry the wearer along with collapsing debris.
Propel the wearer across a battlefield.

The wearer remains physically unharmed throughout the displacement because the inertial suspension system protects their body.

This creates an important distinction:

The explosion cannot hurt the wearer, but it can move the wearer.

Accidental Blast Escape

In some situations, being thrown by an explosion may unintentionally save the character.

A powerful blast may propel the wearer:

Away from several secondary explosives.
Out of a collapsing building.
Beyond the radius of an incoming nuclear strike.
Across a burning fuel trench.
Behind a reinforced wall.
Away from a charging group of suicide Super Mutants.
Out of an artillery impact zone.
Into an area enemies cannot immediately reach.

The player may survive because the first explosion launches them outside the danger zone before the next explosions occur.

This should not always be predictable. The direction of travel depends on:

The explosion’s position.
Blast strength.
Nearby walls and structures.
Ground elevation.
The wearer’s stance.
Suit stabilization settings.
Other simultaneous explosions.
Environmental wind tunnels or pressure channels.

Blast-Riding

Experienced Aegis Zero operators may intentionally use explosions for transportation.

This dangerous technique is known as blast-riding.

A skilled operator could position themselves near an explosive and use the force to:

Launch across a collapsed bridge.
Escape an enemy encirclement.
Reach a rooftop.
Enter a fortified compound.
Cross a radioactive crater.
Jump between damaged buildings.
Exit an underground tunnel before it collapses.
Intercept a distant suicide attacker.

The suit calculates a projected trajectory before detonation. However, the landing location may change if the environment collapses or another explosion interferes.

Blast-riding turns explosions into tactical movement opportunities without exposing the wearer to explosive injury.

Stability Modes

The player can choose how the suit responds to explosive force.

Fortress Mode

The suit anchors itself to the ground using magnetic clamps, hydraulic spikes, and gravitational stabilizers.

The wearer remains in place during most explosions.

Best for:

Protecting civilians.
Blocking a settlement entrance.
Shielding allies.
Holding a defensive position.
Disarming bombs.
Fighting groups of suicide Super Mutants.

Extremely powerful explosions may still move the suit if the ground beneath it breaks apart.

Drift Mode

The suit allows the explosion to move the wearer naturally while maintaining complete internal protection.

Best for:

Escaping blast zones.
Conserving suit power.
Moving through collapsing environments.
Allowing explosions to carry the wearer away from danger.

Deflection Mode

The suit redirects blast force toward a selected direction. The player can influence whether they are pushed forward, backward, upward, or sideways.

Launch Mode

The wearer deliberately converts explosive force into controlled movement. Trajectory guidance activates and prepares the suit for landing.

Rescue Mode

The suit anchors around nearby survivors and expands its protection field to cover them. Movement is reduced, but the blast cannot injure anyone within the field.

Safe Landing System

Since the wearer may be thrown long distances, the suit includes a complete landing-protection system.

The system can:

Deploy shock-absorbing leg braces.
Create a temporary impact field.
Fire stabilization thrusters.
Rotate the wearer into a safe landing posture.
Inflate protective external cushions.
Attach to nearby walls using magnetic cables.
Slow descent with emergency jets.
protect the wearer when landing upside down.
Prevent drowning if thrown into water.
Prevent burial if thrown into loose rubble.

The wearer cannot be injured by the landing as long as the suit remains powered.

A person could be launched hundreds of feet, crash through a wooden roof, tumble down a hill, and stand up without injury.

Environmental Consequences

Although the wearer remains safe, the suit does not automatically prevent every tactical consequence.

The explosion may still:

Separate the wearer from companions.
Throw them into enemy territory.
Trap them inside debris.
Knock their weapon away.
Remove them from an objective area.
Launch them into deep water.
Blow them through a locked door.
Carry them into an unknown section of a building.
Leave them hanging from a ledge.
Bury them beneath rubble.
Place them among enemies who were outside the original blast radius.

The wearer cannot be injured, but they may still have to escape, navigate, or complete a rescue.

Absolute Weapon and Equipment Protection

All equipment stored inside the Aegis Zero field is also protected.

This includes:

Weapons.
Ammunition.
Medical supplies.
Communication equipment.
Fusion cores.
Quest items.
Carried explosives.
Computer systems.
Rescue equipment.

A weapon held outside the protective field may still be destroyed or thrown away. The player can install expanded field modules to protect larger equipment.

Carrying Other Characters

The suit can extend its protection to anyone physically secured to the wearer.

The operator may carry:

An injured settler.
A child.
A companion.
A bomb technician.
A captured enemy.
A damaged robot core.
A wounded animal.

The rescued person must remain within the suit’s extended containment field. If they fall outside it during the explosion, they lose protection.

This creates rescue missions in which the player must physically reach endangered characters before a detonation.

Suicide Super Mutant Encounters

Suicide Super Mutants would initially charge the Aegis Zero wearer without understanding the suit’s capabilities. After repeated failures, intelligent Super Mutant commanders would change their tactics.

They may stop trying to kill the wearer directly and instead use explosions to:

Throw the wearer away from an objective.
Separate the wearer from weaker allies.
Launch the wearer into a containment pit.
Bury the wearer beneath a collapsed structure.
Knock the wearer outside a settlement’s defensive walls.
Move the wearer away from a bomb they are disarming.
Force the wearer into an ambush.
Launch the wearer toward another group of enemies.

A suicide Super Mutant might deliberately grab the wearer and detonate beside a cliff, attempting to remove them from the battlefield rather than kill them.

The suit guarantees survival, but the enemy can still use blast displacement strategically.

Grenadier Counter-Tactics

Enemy grenadiers may recognize that damage is impossible and begin controlling the wearer’s movement.

They could place explosives in patterns that create:

Blast corridors.
Forced movement lanes.
Aerial launches.
Repeated knockbacks.
Explosive juggling.
Containment circles.
Directional traps.
Collapsing escape routes.

Several grenadiers could detonate charges in sequence, bouncing the wearer from one blast zone to another.

The player would remain completely unharmed, but may be unable to regain control until the explosive sequence ends.

The Blast-Juggle Threat

A coordinated enemy squad may repeatedly detonate explosives around the wearer to keep them airborne or off balance.

This is called a blast juggle.

The suit protects the operator, but continued displacement may:

Prevent weapon use.
Interrupt bomb disposal.
Move the player far from allies.
Carry the player into a prepared trap.
Allow enemies to attack unprotected civilians.
Delay the player while an objective is destroyed.

The player can counter this by activating Fortress Mode, using directional thrusters, deploying anchor spikes, or destroying the enemy explosive network.

Power and Failure Rules

The suit should truly provide complete explosive safety rather than secretly allowing certain explosions to bypass its protection. Its challenge comes from acquiring and powering the technology.

While Fully Powered

No explosion type can injure or kill the wearer.

At Critical Power

The suit reserves enough energy to protect the wearer from one final explosion. Afterward, it enters shutdown mode.

Without Power

The suit becomes extremely heavy armor but loses its absolute protection field.

Emergency Core

An optional emergency core provides one guaranteed survival activation when the main power source fails.

The player always receives a clear warning before the absolute protection system becomes unavailable.

No Hidden Explosion Exceptions

The suit should not have arbitrary exceptions simply to weaken it.

It protects against:

Conventional explosives.
Fragmentation explosives.
Incendiary bombs.
Fuel-air explosives.
Nuclear explosions.
Mini-nukes.
Plasma charges.
Pulse grenades.
Cryogenic bombs.
Chemical blasts.
Electrical explosions.
Sonic explosives.
Alien explosives.
Experimental faction weapons.
Chain reactions.
Exploding vehicles.
Ammunition depot detonations.
Reactor explosions.
Artillery strikes.
Missile impacts.
Orbital bombardment.

If the event is classified as an explosion, the active suit protects the wearer completely.

Rare Endgame Status

The Aegis Zero should be extremely difficult to obtain.

Possible requirements include:

Recovering several prototype components.
Finding the original research facility.
Repairing an experimental reactor.
Recruiting a specialist scientist.
Recovering technology from different factions.
Completing a major blast-survival questline.
Deciding which faction controls the design.
Constructing a specialized suit station.
Securing an irreplaceable energy source.

Only one complete suit may initially exist, although the player could eventually learn how to manufacture additional versions for companions or settlement defenders.

Major Quest: Ground Zero

A faction discovers a massive pre-war explosive buried beneath a populated region. The device cannot be disarmed remotely. Someone wearing the Aegis Zero must enter the blast chamber and manually activate its containment system.

The mission can end in several ways:

The player completely prevents detonation.
The bomb explodes, but the player survives inside the suit.
The explosion throws the player miles away from ground zero.
The blast launches the player into an unexplored region.
The player protects a companion within the expanded field.
The suit contains the explosion but becomes buried underground.
A faction steals the suit after the player emerges.
The explosion awakens something beneath the wasteland.

The detonation could become one of Fallout 5’s largest cinematic moments. Buildings, vehicles, enemies, and debris are destroyed while the player remains completely unharmed inside the field.

When the smoke clears, the character may be standing at the center of the crater—or may have been thrown far beyond it.

Design Rule

The Aegis Zero follows one absolute gameplay rule:

Explosions can never injure or kill the wearer while the suit is active, but explosive force may still move, launch, trap, separate, or reposition them.

This preserves the fantasy of a completely explosion-proof suit without making every explosive encounter tactically meaningless.

The player no longer fears dying from the blast. Instead, they must consider where the blast might send them, what it might destroy around them, and who remains unprotected when the explosion occurs.