WR-23 Revere: Weather Recon Jet

Built to fly into the heart of storms and bring back critical data. The WR-23 is a 75% scale model of a conceptual weather reconnaissance and search-and-rescue platform inspired by the YF-23 airframe but rebuilt from the ground up for planetary data missions. Designed for NOAA/NASA-class operations to operate in extreme conditions.

Project Overview

Mission Overview

Mission Overview

The WR-23 (75% scale model) is designed to operate in extreme conditions — from hurricane eyes to high-altitude research corridors — carrying a modular sensor suite and hardened avionics capable of surviving the storm. This isn't a fighter jet — it's a science vessel in disguise.

Design Parameters

Design Parameters

  • Scale: 75% of original YF-23
  • Base Platform: Modified YF-23
  • Length: ~50.25 ft (15.3 m)
  • Wingspan: ~32.25 ft (9.8 m)
  • Mission Role: Atmospheric sensing, SAR support
  • Special Features: Storm-penetrating airframe, modular payload
Development Timeline

Development Timeline

  • 🟢
    Concept Phase: July 2025 – ongoing
    Includes 75% scale confirmation
  • 🔜
    Airframe Modeling: TBD
  • 🔜
    Sensor Suite Design: TBD
  • 🔜
    Avionics & Power: TBD
Project Modules
Technical Diagram

Technical Schematics

The WR-23 (75% scale) features advanced aerodynamic design for stability in turbulent conditions and stealth-adjacent profile to minimize radar interference with sensitive instruments.

  • Max Altitude: 15,000 ft
  • Endurance: 2+ hours
  • Sensor Payload: Modular, swappable
  • Data Transmission: Real-time satellite relay