Myles Vylumnar
No gods, no masters
Intent: To create a standard starfighter model for the Valkyrian Fleet.
Image Source: Leonardo Calamati
Canon Link: N/A
Restricted Missions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Myles Vylumnar
Model: SC Series Starfighter
Affiliation: Valkyrian Fleet
Modularity: Weapons and shield systems only.
Production: Limited
Material: Alusteel Hull, Quadanium Steel Chassis/Reinforcement
TECHNICAL SPECIFICATIONS
Classification: Elite Starfighter/Bomber
Length: 11m
Height: 2m
Width: 3.5m
Armament: High
- 4 Heavy Laser Cannons
- 2 Ion Cannons
- 1 Proton torpedo launcher (4)
Squadron Count: 6-8
Speed Rating: Very High
Maneuverability Rating: High
Hyperdrive Class: 2
SPECIAL FEATURES
- N/A
- Exceptionally fast and maneuverable.
- Strong weaponry and targeting systems.
- Sub-par shielding systems. (Basically little-none)
- Difficult to fly.
- Fuel inefficient.
These advanced and powerful starfighters are typically piloted by the most skilled and capable pilots the Fleet has to offer. Squadrons are deployed into battle using cohesive tactics and strategy to swiftly eliminate targets, hence the name "SC", or "Short Combat". While not in mass production, these fighters are built exclusively for the Valkyrian Fleet. They are typically flown in a rapid, hard-hitting fashion to catch opponents by surprise and to avoid being hit.
The Kestrel-class SC Fighter was designed by Myles Vylumnar in his free time. The ship is tailored for fast, powerful attacks and strafes. It uses advanced targeting systems coupled with heavy weaponry. Though as a result of its high speed and power, the ship is difficult to fly and is intended for skilled or trained pilots. Its main downside is it's weak shielding systems, which were a result of a low-budget. Because of this, the ship relies mainly on its strong hull and plating, though it still suffers from weak defenses.
Due to its incredible speed, the Fighter uses large amounts of fuel and must be refueled more often than other starfighters. This could result in unexpected fuel depletions when not constantly refueled or monitored.
