Armament / Cross Bomb

Field Record: ARM-CRB-013Archive Node: Armament Systems RegistryClearance: Science Team / Level 03Review Status: Expanded Field Dossier
Name
Cross Bomb
Classification
Morph Ball directional bomb array
Manufacturer / Origin
Chozo compact demolition architecture adapted for compact-form systems catalogued on ZDR
Operating Theater
Narrow tunnels, cross-shaped switch arrays, brittle barriers, and compact hostile spaces
Primary Role
A single activation that projects bomb charges in a four-direction cross pattern from the transformed sphere
Firepower Rating
Four synchronized directional blast paths from a central compact-form placement
Range
Self-centered cardinal deployment
Safety Note
Blast radius near allies or evidence, delay timing, dense materials, and repeated placement in unstable terrain
Feature Summary
The Cross Bomb is a ZDR-catalogued compact-form demolition array that sends synchronized charges outward in four cardinal paths from a transformed armor sphere.
Technical Profile
A compact-form release controller, directional sequencer, and localized containment system that converts a stationary placement into a four-way blast pattern.
Department of Scientific Intelligence armament scan of Cross Bomb
Survey StatusCompact Ordnance Record
Function IndexCardinal Blast Sequencing
Science ValueConfined-Space Demolition Study
Field AccessCompact-Form System Required

System Overview

The Cross Bomb operates through controlled symmetry. After deployment from compact-form armor, its sequencer sends four related charges along the cardinal axes, producing a cross-shaped blast pattern rather than a single radial detonation.

That geometry lets the system address tunnel junctions, aligned barrier seams, and distributed receivers from one central placement. It is less about maximum explosive force than about placing force in four predictable directions.

The pattern leaves a distinctive scene signature: directional scoring and fracture lines extend outward from a central point, allowing technicians to distinguish the array from a conventional bomb even after partial collapse.

Technology And Function

The release controller first confirms that the host form is stable, then hands timing to the directional sequencer. Each outgoing path needs enough containment to remain useful in a confined volume without reflecting destructive pressure directly into the center.

A timing error changes the array's character. If one arm fires early, it can damage the material that guides another; if a path is obstructed, the resulting reflected pressure can make the remaining axes unpredictable.

Dense rock, fluid-filled tunnels, and pre-fractured infrastructure alter blast propagation. The device is therefore coupled as much to local geometry as to its own charge rating.

Application And Uses

The Cross Bomb is appropriate for an aligned set of brittle barriers or receivers where individual placement would expose the operator to repeated handling risk. One placement can test or clear multiple directions at once.

In collapsed infrastructure, the pattern can reveal voids and weak joins through the way its fracture arms stop, bend, or vent. That makes it useful for route assessment when the area has first been cleared of vulnerable material.

It should not be used as a casual crowd-clearing device. Four blast paths reach farther than the central placement suggests, and unobserved side passages can turn a controlled array into a broader structural failure.

Placement And Structural Survey

The central placement determines all four blast paths, making orientation a safety decision rather than a minor aiming correction. Before deployment, the operator should identify cardinal exits, voids behind the visible wall, loose ceiling material, and any route through which pressure can return toward the compact-form armor. A one-axis obstruction can redirect force into the other three arms and defeat an otherwise correct pattern.

Post-blast survey should begin at the center and move outward along each arm separately. Differences in fracture length, residue density, and venting reveal hidden changes in material or an interrupted sequence. That information is valuable for route mapping, but only if debris is left in place long enough to distinguish the four original paths.

Technical Intelligence

Source-locked cyan technical blueprint of Cross Bomb on a black grid.01 // TRIGGER COREControls arming delayand release timing.02 // CHARGE SHELLContains the energeticpayload before use.03 // BLAST GUIDEShapes the documenteddetonation geometry.04 // PLACEMENT LINKConfirms host positionand deployment state.
Source-Locked Technical ReconstructionCross Bomb reconstructed from the verified archive image; documented silhouette, visible assemblies, and viewing geometry retained.
Recognition SignatureCross Bomb is catalogued as morph ball directional bomb array. Its visible assembly supports the documented release geometry.
Known LimitationBlast radius near allies or evidence, delay timing, dense materials, and repeated placement in unstable terrain.
Known ExampleNarrow tunnels, cross-shaped switch arrays, brittle barriers, and compact hostile spaces.
Recovery ValueHigh-value evidence supporting Confined-Space Demolition Study, host compatibility, and post-discharge signature analysis.
Recovered Ordnance Diagnostic

The Cross Bomb is a geometry-dependent tool.

Incident History And Operational Flow

  1. 01Origin And Integration

    Archive attribution for Cross Bomb: Chozo compact demolition architecture adapted for compact-form systems catalogued on ZDR.

  2. 02Documented Deployment

    Narrow tunnels, cross-shaped switch arrays, brittle barriers, and compact hostile spaces.

  3. 03Current Assessment

    Blast radius near allies or evidence, delay timing, dense materials, and repeated placement in unstable terrain.

Operational StepSecure Placement ZoneOperational StepInspect Trigger ChainOperational StepModel Blast GeometryOperational StepRun Controlled DetonationOperational StepSurvey Residue

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