Argent NTP Thruster

Nuclear Thermal Propulsion: angry physics.
Uranium nitride core pacified by gadolinium control rods. Hydrogen flash-cooked through a labyrinth of yttrium-hydride moderators, slamming plasma out through a Vapor-deposited tantalum carbide nozzle.

“Stingray: Advanced Nuclear-Thermal Aerospace Platform”

Defense Technology Review – Restricted Distribution
Program Classification: Special Access Required
Propulsion Type: Adaptive-Cycle Nuclear Thermal Rocket (NTR) with atmospheric operational capability

Overview:
TheStingray Drop Pod, with its Argent NTP Thrusters is a dual-regime platform capable of sustained hypersonic atmospheric flight and direct space access without staging.

Technical Specifications (Unclassified Summary):
Core: Advanced subcritical fissile composite matrix (90.3% criticality threshold) with rotating modulation
Propellant: Enhanced hydrogen formulation with stabilizing nano-additives
Thrust: 1,112 kN (sea level) / 1,779 kN (vacuum) via adaptive exhaust nozzle
Exhaust Temp: 3,400K with signature management features
Operational Ceiling: 80km (transition to spaceflight mode at hypersonic velocities)

Key Innovations:
Atmospheric Energy Recovery: Proprietary neutron management system increases low-altitude efficiency
Thermal/Radiation Shielding: Advanced composite materials enable reduced detectability
Rapid Start Capability: Hybrid ignition system permits emergency launch protocols

Operational Parameters:
Requires specialized shielded launch infrastructure
Power cycling limitations imposed by core material constraints
Limited to conventional runway operations