Shop & Garage Concepts

Industrial-Grade • Configurable

Conceptual shop and garage applications demonstrate how the system can be scaled to support:

  • Maintenance facilities

  • Agricultural or industrial workshops

  • Equipment storage and service areas

Layouts can be adapted based on footprint, access requirements, and future expansion needs.

Military Applications

Conceptual applications shown. Development timelines and availability may vary. Proprietary modular system. Patent pending.

Military & Forward Operations Applications

Durable • Modular • Logistically Efficient

Future concepts also include forward operations and military-adjacent applications, where durability, modularity, and transport efficiency are critical.

These concepts illustrate how the system could support:

  • Temporary operational structures

  • Secure enclosures

  • Infrastructure in remote or austere environments

Future Markets

Proven Platform • Scalable Applications

The Willis Fabrication modular construction platform was developed to solve durability, safety, and deployment challenges in demanding environments. While the current focus is on equine housing and infrastructure, the same core system is designed to adapt to additional markets over time.

The concepts shown represent future and applications of the platform, illustrating its flexibility rather than committing to immediate production.

Emergency & Temporary Housing

Rapid Deployment • Durable Construction

Conceptual configurations demonstrate how the modular system can be adapted for:

  • Emergency and disaster-response housing

  • Temporary shelter applications

  • Transitional or short-term occupancy

The emphasis in these applications is on speed of deployment, durability, and repeatability, using standardized modular components.

Utility & Storage Structures

Modular • Secure • Adaptable

The platform can support:

  • Storage units

  • Equipment enclosures

  • Utility and service buildings

These configurations leverage the same modular construction approach to create secure, scalable structures that can be deployed individually or in grouped layouts.