Barragh Nenn
Imperial Hand
SPECIAL FEATURES
- Scalable Exclusion Envelope
- 300–1,500 km (Single Ship):
- High stability and precision
- Controlled emergence displacement
- 1,500–15,000 km (Multi-Ship Network):
- Requires coordinated projection between multiple vessels
- Moderate precision, wider denial coverage
- 15,000–50,000 km (Strategic Grid):
- Requires fleet-level or fixed installations
- Functions as broad hyperspace disruption rather than precise control
- 300–1,500 km (Single Ship):
- Forced Emergence Boundary
- At tactical radii:
- Produces predictable reversion zones just outside engagement range
- At larger scales:
- Boundary becomes diffuse but continues to deny direct insertion
- At tactical radii:
- Gravitic Lattice Synchronization
- Multiple IHX-9I units can:
- Link and stabilize overlapping fields
- Extend coverage while distributing energy load
- Requires continuous synchronization and coordination
- Multiple IHX-9I units can:
- Centralized / Distributed Projection Modes
- Single-ship mode: Stable, precise, high-control field
- Networked mode: Wider coverage with reduced emergence predictability
- Corridor Control Protocols
- Allows Imperial forces to:
- Maintain safe hyperspace entry corridors
- Operate within the denial field without disruption
- Allows Imperial forces to:
STRENGTHS
- Effective Tactical Hyperspace Denial: Prevents hostile vessels from entering directly into combat range and conducting surprise hyperspace insertions. Most effective within ≤1,500 km radius.
- Scalable Through Fleet Coordination: Larger denial zones achievable via multi-ship synchronization, orbital or fixed infrastructure. Encourages coordinated fleet deployment
- Predictable Engagement Control: At smaller radii forces enemy emergence into controlled zone and enables pre-calculated firing solutions and interception.
- Flexible Deployment Roles: Functions as a fleet anchor system, orbital denial tool and a siege-support network when scaled.
- Limited Single-Ship Coverage: Effective precision limited to 300–1,500 km. Cannot dominate large battlespaces without support.
- Coordination Dependency at Scale: Larger fields require multiple synchronized emitters, stable communication and control, disruption of nodes can degrade or collapse the field.
- Reduced Precision in Expanded Modes: Beyond ~1,500 km emergence points become less predictable. At strategic scale functions primarily as a disruption tool rather than controlled denial.
- High Aggregate Power Demand: Scaling the field significantly increases total energy requirements and system strain across participating vessels.
- Detectable Gravitic Signature: Larger or networked fields produce strong mass-shadow signatures and an easily detectable operational presence.
- Navigation Constraints for Friendly Forces: Allied ships require pre-coordinated entry corridors, updated navigation data and the risk to them increases with field size and instability.
Following the incursion of the Sith and Mandalorians on Tion which lead to the destruction of the shipyards there and the defeat of Imperial Remnant forces Barragh Nenn, studying the battle and the fleets involved concluded that interdiction had become far more weaponized than in the past. It presented an obstacle that could tie a fleet to a naval engagement, it was a snare that could be used to set a trap and close an ambush. It could tip the scales, especially towards the larger galactic polities.
The Imperial Confederation had given up ground, folding back in on itself to Fortress Worlds. It couldn't face the mass of fleets that the larger empires commanded. How then to tip the scales of battle?
The IHX-7I Dominion Horizon Projector is an Imperial hyperspace denial system that projects a gravitic interference lattice designed to destabilize hyperspace emergence within a defined operational radius.
Built upon established gravity well projector principles, the system does not prevent hyperspace travel outright. Instead, it renders realspace reversion within the field computationally unsafe and physically unstable, forcing incoming vessels to:
- Revert prematurely at the outer boundary, or
- Emerge at displaced vectors along the field's gradient edge
When deployed on a single capital ship, the IHX-9I operates most effectively within a tactical radius of approximately 300–1,500 km, where field coherence allows for controlled and predictable emergence displacement.
Expanded denial zones beyond this range—up to 15,000 km operational envelopes or 50,000 km strategic fields—require multi-ship synchronization or fixed projection infrastructure, forming a distributed gravitic lattice at the cost of reduced precision and increased power demand.
Out Of Character Info
Intent:
To create technology for Battlefield Control
Canon Link:
N/A
Permissions:
N/A; Image created with Chatgpt via my input
Primary Source(s):
https://en.wikipedia.org/wiki/Interference_(communication)
https://en.wikipedia.org/wiki/N-body_problem
https://en.wikipedia.org/wiki/Gravitational_lens
https://en.wikipedia.org/wiki/General_relativity
https://starwars.fandom.com/wiki/Electronic_countermeasures
https://starwars.fandom.com/wiki/Sensor_jammer
https://starwars.fandom.com/wiki/Hologram
https://starwars.fandom.com/wiki/Hyperspace
https://starwars.fandom.com/wiki/Navigation_computer
https://starwars.fandom.com/wiki/Mass_shadow
https://starwars.fandom.com/wiki/Gravity_well_projector
Technical Information
Affiliation:
Barragh Nenn; Imperial Confederation
Model:
N/A
Modular:
No
Material:
Gravity Well Projector components, sensor jammer components, navcomputer components, electronic countermeasure components, hologram components
Last edited: