Subscribe to download
Amphibious Exploration Vehicle (AEV-X1)

---

Embodying the pinnacle of exploration innovation, the AEV-X1 emerges as a beacon of excellence in amphibious vehicle engineering. Designed to exceed the exacting standards of deep-sea explorers, this remarkable machine seamlessly blends cutting-edge technology with unparalleled versatility, ensuring dominance across a spectrum of operational domains.


The AEV-X1's design epitomizes a harmonious fusion of form and function. With its imposing stature—measuring 21.75 meters in length, 9 meters in height, and 13.25 meters in width—it commands attention while offering exceptional maneuverability and stability in diverse environments.

Equipped with a nuclear reactor for power, the AEV-X1 ensures mission precision and efficiency. Its robust build and advanced systems make it a reliable companion for long-distance, deep-sea exploration missions.


Equipped with state-of-the-art features tailored for a myriad of roles, the AEV-X1 excels in a wide range of missions, including:

• Oceanic crossings
  
• Submersion for underwater exploration
  
• Land traversal
  
  Its advanced capabilities enable deep penetration into uncharted territories, while its versatile design ensures it can handle a variety of challenges.
  
  
  Speed and Power
  
  
• Top Speed: 26 km/h (both tank and boat modes)
  
• Power Source: Nuclear reactor
  
• Weight: 40,000 kg
  
  
  Safety Features
  
  
• Alarms and Sensors: Comprehensive system to detect and alert to potential hazards.
  
• Emergency Escape Capsule: Accommodates 6 people, equipped with heaters, gear, and an emergency transponder for evacuation in critical situations.
  
  
  Pioneering Innovation
  
  The AEV-X1 boasts several advanced features that enhance its exploration effectiveness and operational flexibility:
  
  
• Special Room for Scientific Measurements: Can float to the surface for data collection and retract back into the vehicle for storage.
  
• Living Quarters: Designed with crew comfort in mind, featuring living quarters, a galley, and ample space for both work and relaxation.
  
  
  Specifications
  
  Dimensions:
  
• Length: 21.75 meters
  
• Height: 9 meters
  
• Width: 13.25 meters
  
  Performance:
  
• Top Speed: 26 km/h (both tank and boat modes)
  
• Power Source: Nuclear reactor
  
• Weight: 40,000 kg
  
• Cost: $399,999
  
  
  Interior Layout
  
  Two-Story Design:
  
  
• Lower Deck:
  
• Bridge: Central command and control center.
  
• Escape Capsule Room: Dedicated space for the emergency escape capsule.
  
• Diesel Generator Room: Housing backup power systems.
  
• Equipment Room: Storage and maintenance of exploration equipment.
  
• Boiler and Reactor Access: Secure and controlled access to the nuclear reactor and boiler systems.
  
  
• Upper Deck:
  
• Galley: Fully equipped kitchen area.
  
• Bathroom: Complete with necessary amenities.
  
• Cabins: Two cabins, each with 2 beds, providing comfortable sleeping quarters.
  
  
  Crew and Capacity
  
  Crew Roles:
  
• Captain: Overall command and navigation.
  
• Engineer: Maintenance and operation of machinery and power systems.
  
• Navigator: Charting courses and managing routes.
  
• Mission Officer: Overseeing mission objectives and scientific research.
  
  Additional Capacity:
  
• Accommodates up to 24 additional personnel, providing ample space for researchers, scientists, and support staff.
  
  
  Function
  
  The AEV-X1 is a multirole vehicle designed for long-distance deep-sea exploration. Its advanced features and versatile design make it an indispensable asset for explorers, ensuring swift response and mission success in any operational environment.
  
  Proudly bearing the name AEV-X1, this vehicle represents a paradigm shift in exploration technology. Designed to meet the evolving demands of modern exploration, it stands as a testament to the ingenuity and dedication of its creators, ensuring explorers maintain their strategic advantage in the most challenging environments.
  
  

  ---

  
  
  
  Startup Procedure
  
  
• Turn coolant pumps On
  
• Turn boiler radiator On
  
• Turn reactor room boost On
  
• Turn reactor room radiator On
  
• Set nuclear fuel rod injection to -1
  
  
  Credit
  
  
• Camodo Gaming for main inspiration for this build (based on "Tsunami Bunker - Camodo").
  
• Designed and assembled by: Avionhawk Tactical Aerospace & Arctic Exploration
  
• Creators:
  
• MrDaniel
  
• lclarkesloan