Engineering the New Era of Space

Kronos Propulsion · Nebula 1 Launch Systems · Hypercluster Constellation

Our Mission

"Hyperblue was founded to redefine access to space through intelligent design, reusable propulsion, and affordable global connectivity. We're building the foundation for sovereign space infrastructure, from autonomous rockets to orbital AI-powered mesh systems."

Advanced Space R&D

"Currently in deep research phase, Hyperblue is designing a multi-layered ecosystem for space: from reusable propulsion (Kronos), to intelligent orbital mesh (Hypercluster), to scalable launch infrastructure (Nebula 1). Our simulation-first design process is supported by AI, heat-flow mechanics, and orbital autonomy."

Kronos — Heat Into Power

"Kronos is an experimental rocket engine utilizing AHCE (Advanced Heat Channeling Engine) to survive thermal loads above 3700°C. It is designed for reusability, vertical recovery, and optimized thrust efficiency for orbital-class missions."

Key Specifications In Development

  • Thrust Target: 845 kN
  • Propellant: RP-1 / LOX
  • Cooling: Regenerative + AHCE
  • Phase: R&D + Simulation
Thrust Efficiency
97.8%
Heat Distribution
Optimal

Nebula 1 — Built to Return

"Nebula 1 is our launch vehicle designed to carry payloads into low Earth orbit and autonomously return. It is modular, powered by multiple Kronos engines, and aimed for first-stage reusability."

Key Specifications In Development

  • Height: 70 meters
  • Target Payload to LEO: 22,000 kg
  • First-stage Engines: 9x Kronos
  • Recovery: Autonomous vertical landing
First Stage
Second Stage
Payload Fairing

Hypercluster — Orbital Autonomy

"Hypercluster is a decentralized, AI-powered LEO satellite mesh designed for defense-grade communication, encrypted civilian connectivity, and geospatial insights. With laser-RF dual communication and edge routing intelligence, it aims to become the backbone of orbital infrastructure."

Features In Design

  • 500+ planned LEO satellites
  • Autonomous traffic rerouting
  • Edge AI + laser interlinks
  • Use cases: Defense, agriculture, disaster resilience
Global Coverage
Latency: 12ms

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