Architect
Ovmar II-type Defensive Missile System
OUT OF CHARACTER INFORMATION
- Intent: Update the Primo Victorian’s 2018 OVMAR missile system to enhance point-defense across starfighters, drones, missiles, and even light craft within fleet formations, while maintaining flexibility via multiple warhead payloads.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: Ovmar Defensive Missile System
- Manufacturer: Primo Victorian Enterprises
- Affiliation: Imperial Commonwealth of Dosuun
- Market Status: Closed-Market
- Model: CDS-MDSO2-02
- Modularity: Yes
- Production: Minor
- Material:
- Durasteel (Outer casing) – Durable, standard hull-grade alloy resistant to shrapnel and light energy
- Agrinium Mesh Lining – Radiation protection for onboard electronics and missile sensors
- Crystadurium-Ceramic Matrix – Reinforced interior structure to withstand indirect explosive force and thermal stress
- Crystalplast Circuit Layers – Shock-absorbing housing for delicate sensors and micro-missile programming units
- Plastoid Composite (Missile Tubes) – Lightweight internal tubing, resistant to EM and vibration
- Boreas Crystal-Tuned Heat Vents – Keeps launch bays from overheating during swarm defense mode
- Ion-Shielded Optics Glass (Sensor Dome) – Protects the multi-spectrum targeting suite from ion wash, EMP bursts, and low-orbit distortion
- Classification: Missile Defense Interceptor System
- Size: Very Large
- Weight: Heavy
- Ammunition Type: Swappable missile pods
- Ammunition Capacity: Very Large, Varies by barbette: 4–32 missiles per rack
- Effective Range: Long Range
- Rate of Fire: Average to High (automated reload cycles)
- Damage Output: High (based on warhead type)
- Recoil: None
- Heuristic Processing AI: Continuously adapts target acquisition logic based on observed attack patterns, improving fire efficiency over time.
- Multi-Projectile Tracking Suite: Integrated radar, magnetometric, and grav-metric sensors supporting simultaneous engagement across multiple inbound threats.
- Swappable Missile Pods: Supports a variety of missile types including nano, cluster, flechette, disruptor, ball-bearing, and ion-pulse munitions.
- Automated Reload & Temperature Management: Cached reload staging enables sustained fire; thermal systems prevent overheating under volley pressure.
- Turreted Barbette Mounts: Flexible installation in single or banked quad/octo turret setups; ideal for capital ship hard points.
- Comprehensive point-defense: Handles missiles, drones, starfighters, and light craft
- Adaptable payloads: Easily switch warhead types to match threats
- Rapid automated fire: High-rate clip reload with minimal human input
- Strategic AI learning: System adapts over engagements, improving yield
- Flexible deployment: Single to octo-barbette configurations available
- Limited heavy strike capability: Unsuitable for targeting capital decks or heavy armor
- Dependence on sensor quality: ECM/noise disruption can degrade effectiveness
- Power-hungry AI operations: Quad/octo banks require dedicated power circuits
- Physical reload logistics: Missile pods require reload support ships
The OVMAR II is the Commonwealth's next-gen missile defense system—an evolution of the 2018 Primo Victorian design. Beyond simply tracking and firing, its heuristic AI learns enemy wave patterns, optimizing engagements against missiles, drones, and fast attack craft. The multi-projectile tracking sensors allow up to dozens of simultaneous interceptions; OVMAR II is also modular, able to load nano, cluster, disruptor, flechette, ball-bearing, or ion-pulse pods for different tactical roles.
Installed in flexible barbette racks, it can serve on corvettes, cruisers, or starbases—always acting as the point-defense hub. Automated reload staging and thermal regulation ensure sustained volleys without human oversight. Combined, these upgrades create a missile system that learns over time, adapts to threats, and can’t be ignored.
Out Of Character Info
Intent:
Update the Primo Victorian’s 2018 OVMAR missile system to enhance point-defense across starfighters, drones, missiles, and even light craft within fleet formations, while maintaining flexibility via multiple warhead payloads.
Image Source(s):
https://notaurl.com
Canon Link:
N/A
Primary Source(s):
Ovmar Defensive Missile System
Technical Information
Affiliation:
Imperial Commonwealth of Dosuun
Model:
CDS-MDSO2-02
Modular:
Yes
Effective Range:
Long Range
Rate of Fire:
Selective Fire
Material:
Durasteel (Outer casing) – Durable, standard hull-grade alloy resistant to shrapnel and light energy Agrinium Mesh Lining – Radiation protection for onboard electronics and missile sensors Crystadurium-Ceramic Matrix – Reinforced interior structure to withstand indirect explosive force and thermal stress Crystalplast Circuit Layers – Shock-absorbing housing for delicate sensors and micro-missile programming units Plastoid Composite (Missile Tubes) – Lightweight internal tubing, resistant to EM and vibration Boreas Crystal-Tuned Heat Vents – Keeps launch bays from overheating during swarm defense mode Ion-Shielded Optics Glass (Sensor Dome) – Protects the multi-spectrum targeting suite from ion wash, EMP bursts, and low-orbit distortion
Ammunition Type:
Swappable missile pods
Ammunition Capacity:
Very Large
Damage Output:
High
Recoil:
None
Ranged Class:
Other