Rapid-Deployment Border Outpost Project for High-Altitude Regions
This case focuses on addressing the rapid deployment and stationing of troops in extreme natural environments.
Project Basic Information:
Project Name: Integrated High-Altitude Border Outpost System
Application Scenario: Forward stationing and observation in high-altitude, extreme-cold border areas
Core Products: Foldable containers (main living quarters), Flat-pack container (command and observation post)
Project Scale: A forward outpost unit comprising functional modules such as living quarters, command and observation facilities, material storage, and power generation support.
Key Feature: Specially designed for high-altitude hypoxia, extreme cold, and high-wind environments, enabling “immediate use upon deployment.”
Main Challenges:
Extreme Environment:
High altitude, extreme day-night temperature variations (exceeding 40°C), winter temperatures below -30°C, and frequent wind forces above Level 8. These conditions demanded exceptional thermal insulation, air tightness, wind resistance, and low-temperature toughness of the steel structures.
Rapid Deployment:
Traditional construction materials were difficult to transport, and the construction window was extremely short. Basic living and command capabilities had to be established within hours of the troops’ arrival.
Transportation Limitations:
Poor road conditions to the outpost limited helicopter lifts and heavy truck transportation, requiring maximized efficiency per delivery.
Energy Self-Sufficiency:
Remote locations lacked grid power, necessitating integrated or rapidly connectable self-power generation equipment and robust energy support for heating.
Solutions:
Hybrid “Foldable + Expandable” Deployment Model:
Living Quarters Module: Utilized foldable containers. During transportation, the folded volume was only 1/8 of the expanded size, allowing multiple units to be transported per helicopter sortie, significantly enhancing initial deployment capability. On-site, a single person could deploy a unit within 15 minutes, providing immediate shelter.
Command and Observation Module: Employed expandable containers. Horizontal expansion doubled the internal space, accommodating command operations, communication equipment, and simultaneous multi-person observation.
Comprehensive Environmental Adaptability Design:
Extra-Thick Insulation: Walls/roofs filled with 150mm+ high-density Rockwool insulation, with a K-value far exceeding standard requirements, effectively maintaining indoor temperatures.
Full-House Sealing and Moisture Proofing: Military-grade sealing strips and high-performance moisture-proof membranes eliminated “cold bridges,” prevented internal condensation, and ensured air tightness and damp resistance.
Wind and Earthquake Resistance: The main structure used high-strength low-temperature-resistant steel, securely anchored to the foundation, capable of resisting Level 12 winds and vibrations under complex geological conditions.
Integrated Functional Support:
Pre-Integrated Equipment: Factory-preinstalled electrical wiring, double-layer cold-proof doors/windows, interfaces for heating equipment (e.g., diesel heaters), and quick-connect ports for power generation devices.
Camouflage Design: Exterior finished with military camouflage paint or a base layer suitable for easy spraying, enabling rapid blending into the surrounding environment.
Product Details:
Framework: Q355B high-strength manganese steel, treated for low-temperature brittleness, ensuring toughness even at -40°C.
Wall Panels: 75mm+ machine-made rock wool sandwich panels, Class A fire rating, sound insulation index >30dB.
Flooring: Anti-slip wear-resistant steel plates + insulation layer + SPC stone-plastic flooring, elevated design for moisture proofing and thermal insulation.
Special Configurations: Optional explosion-proof integrated power generation and storage units, integrated sewage treatment systems, bulletproof glass, etc.
Last updated: 2025-09-09