A Complete Overview of Shipping Container Workshop: Types, Standards, and How They Are Applied in Manufacturing

Types of Shipping Container Workshops

A shipping container workshop is a highly versatile, durable, and cost-effective solution for creating functional workspaces across industries. Originally designed for transporting goods globally, these robust steel containers are now being repurposed into mobile or permanent workshops for construction, manufacturing, automotive repair, and even creative studios. Their modular nature, structural strength, and resistance to weather make them ideal for customization.

Depending on your specific needs—such as space, climate control, or equipment size—you can choose from several types of shipping containers. Below is a detailed breakdown of the most common types used for workshops, including their features, advantages, and ideal applications.

Standard Dry Containers

The most widely used container type, available in 20ft and 40ft lengths. Built from corrosion-resistant Corten steel, these containers feature wooden or bamboo flooring and plywood-lined walls, offering a solid foundation for workshop conversion.

Advantages

• Highly durable and weather-resistant
• Cost-effective and readily available
• Easy to modify with doors, windows, and insulation
• Perfect for tool storage, workbenches, and shelving

Limitations

• Limited interior height (8.5 ft)
• May require additional ventilation and lighting
• Wood flooring may degrade over time without sealing

Best for: General-purpose workshops, storage units, on-site construction offices, and DIY garages

High-Cube Containers

Similar to standard dry containers but with an additional foot of height—standing at 9.5 feet tall instead of 8.5. This extra vertical space enhances usability, especially for taller equipment or standing workstations.

Advantages

• Increased headroom for comfort and large tools
• Same structural durability as standard containers
• Allows for multi-level shelving or mezzanine floors
• Improved airflow and natural light with taller windows

Limitations

• Slightly higher cost than standard containers
• Transportation restrictions due to height in some regions
• May require reinforced foundations for stability

Best for: Automotive workshops, fabrication shops, and environments requiring overhead clearance for machinery

Reefer Containers

Also known as refrigerated containers, these are insulated and equipped with integrated cooling systems. Designed to transport perishable goods, they maintain consistent internal temperatures, making them perfect for climate-sensitive operations.

Advantages

• Temperature-controlled environment (cooling or heating)
• Excellent insulation reduces energy costs
• Ideal for sensitive materials (e.g., pharmaceuticals, food, electronics)
• Can be powered by grid, solar, or generator systems

Limitations

• Higher initial and operational costs
• Requires regular maintenance of refrigeration unit
• Less interior space due to insulation layers

Best for: Food processing units, medical labs, cold storage workshops, and climate-controlled manufacturing

Flat Rack Containers

These containers feature a flat base with collapsible or removable end walls, offering an open design ideal for oversized or heavy equipment. Their flexibility allows for side loading and customized modifications.

Advantages

• Perfect for large or irregularly shaped machinery
• Easy access from multiple sides
• Can be fitted with tie-down points and tool racks
• Ideal for mobile workshops on construction or remote sites

Limitations

• Less protection from weather and theft
• May require additional roofing or side panels
• Not suitable for indoor-style workshops without modification

Best for: Heavy equipment maintenance, field service units, and open-air industrial workshops

Type	Height	Durability	Climate Control	Best Application
Standard Dry	8.5 ft	Excellent	No	General workshops, storage, on-site offices
High-Cube	9.5 ft	Excellent	No	Tall equipment, fabrication, automotive
Reefer	8.5 ft (insulated)	Very Good	Yes (refrigerated)	Temperature-sensitive work, labs, food
Flat Rack	Open design	Good (frame only)	No	Oversized machinery, mobile field units

Expert Tip: When converting any shipping container into a workshop, prioritize proper ventilation, electrical wiring, and insulation. For reefer containers, consider repurposing the refrigeration unit for climate control or removing it to gain additional floor space.

Function and Features of Shipping Container Workshops

Shipping container workshops are revolutionizing the way businesses and individuals approach workspace solutions. As a sustainable, modern alternative to traditional construction, these repurposed steel containers offer unmatched durability, flexibility, and efficiency. Originally designed for global cargo transport, shipping containers are now being transformed into fully functional, secure, and mobile work environments suitable for construction sites, remote operations, creative studios, and industrial facilities.

Core Benefits and Functional Advantages

Durability & Weather Resistance

Shipping containers are engineered to endure extreme marine environments, making them exceptionally resilient against harsh weather conditions such as heavy rain, snow, wind, and UV exposure. Constructed from high-tensile corten steel, they are inherently corrosion-resistant and capable of withstanding impacts, vibrations, and structural stress.

When converted into workshops, these containers maintain their rugged integrity, offering long-term protection for tools, machinery, and sensitive equipment. With proper sealing and insulation, they become fully weatherproof, preventing moisture ingress and ensuring a dry, stable interior environment year-round.

Portability & Mobility

One of the most compelling advantages of container workshops is their inherent mobility. Designed for intermodal transport—by ship, rail, and truck—these units can be easily relocated with minimal effort and cost. This makes them ideal for temporary job sites, seasonal operations, or businesses that require flexible workspace solutions.

Whether you're moving between construction zones, expanding to a new location, or deploying emergency response units, a container workshop can be transported intact and operational within hours. No need for demolition or reconstruction—just lift, load, and go.

Cost-Effectiveness

Compared to conventional brick-and-mortar buildings, shipping container workshops offer significant cost savings in both construction and maintenance. The base structure is already complete—strong walls, roof, and floor—eliminating the need for foundational work and framing.

Additionally, using recycled containers supports sustainable building practices and reduces material waste. Minimal maintenance requirements, combined with energy-efficient modifications like insulation and solar-ready roofs, further lower long-term operational costs. For startups, contractors, or small businesses, this translates into a high-quality workspace at a fraction of traditional building expenses.

Enhanced Security

Security is a top priority for any workspace, especially when housing valuable tools, electronics, or inventory. Shipping container workshops provide superior protection thanks to their solid steel construction, tamper-resistant walls, and reinforced locking systems.

Standard features include heavy-duty padlockable doors, optional slam locks, and compatibility with advanced security upgrades such as alarm systems, motion sensors, surveillance cameras, and biometric access controls. Unlike wooden sheds or temporary trailers, container workshops are highly resistant to break-ins, vandalism, and theft, offering peace of mind whether stationed on-site or stored off-location.

Versatility & Customization

Far beyond simple storage, shipping container workshops are highly adaptable spaces that can be customized to meet diverse functional needs. They can be outfitted with electrical wiring, HVAC systems, lighting, workbenches, shelving, and even plumbing for restrooms or sinks.

Multiple containers can be joined together to create larger floor plans, multi-room layouts, or modular complexes. From welding bays and equipment repair shops to art studios and field offices, the possibilities are nearly endless. Their modular nature also allows for future expansion or reconfiguration as business needs evolve.

Standardized Size & Layout Options

Shipping containers come in standardized dimensions, primarily 10-foot, 20-foot, and 40-foot lengths, allowing for predictable planning and scalability. A 20-foot container provides approximately 144 square feet of usable space, while a 40-foot unit offers up to 300 square feet—ideal for larger teams or comprehensive tool storage.

Common layout configurations include dedicated work zones, tool storage areas, administrative sections, and integrated restrooms. The uniform shape and strength of containers also enable safe vertical stacking, maximizing space utilization in compact areas. Their standardized footprint ensures compatibility with cranes, trucks, and shipping logistics worldwide.

Feature	Key Benefit	Best Use Case
Durability (Corten Steel)	Resists rust, impact, and extreme weather	Outdoor job sites, coastal regions, industrial zones
Portability	Easy relocation with standard transport	Construction projects, remote locations, event-based operations
Low Maintenance	Minimal upkeep; resistant to pests and rot	Long-term deployment, rental services, storage hubs
Security Features	Lockable doors, alarm-ready, tamper-proof	Tool storage, equipment rental, high-value inventory
Customization Flexibility	Can be modified with windows, AC, power, partitions	Offices, labs, studios, hybrid workspaces

Additional Considerations for Optimal Use

• Insulation and Climate Control: To ensure comfort in extreme temperatures, consider adding spray foam or rigid panel insulation along with heating or air conditioning units.
• Electrical Integration: Pre-wired containers with outlets, lighting, and data ports enhance functionality for modern tools and digital workflows.
• Compliance and Permits: Check local zoning laws and building codes—some areas require permits for permanent placement or habitable use.
• Eco-Friendly Design: Pair your container workshop with solar panels, rainwater collection, or green roofs to boost sustainability.
• Interior Finishes: Use durable flooring (epoxy, vinyl, or plywood) and wall linings to protect against wear and improve acoustics.

Important: While shipping container workshops are highly versatile, proper modification is essential for safety and performance. Always work with certified fabricators for cutting, welding, and electrical work. Improper ventilation, insulation, or structural changes can lead to condensation, overheating, or code violations. Investing in professional conversion ensures a safe, compliant, and long-lasting workspace.

Scenarios of Shipping Container Workshops

Shipping container workshops have emerged as a revolutionary solution across industries, combining durability, mobility, and cost-efficiency. Their modular design allows for rapid deployment in diverse environments—from rugged remote terrains to bustling urban centers. These adaptable spaces are not only sustainable through repurposed materials but also highly customizable to meet specific operational needs. Below are the most common and impactful scenarios where container workshops deliver exceptional value.

Mobile Workshops

One of the greatest advantages of shipping container workshops is their portability. Designed for easy transport via truck, rail, or ship, they serve as fully functional mobile workspaces for industries requiring on-site presence.

• Construction teams use them as field offices, tool storage, and equipment maintenance hubs at evolving job sites
• Mobile welding and fabrication services operate directly from containers, reducing downtime and logistics costs
• Utility and emergency response crews deploy them as command centers during infrastructure repairs or disaster recovery
• Educational institutions utilize relocatable container workshops for hands-on training across different campus locations

Key benefit: Eliminates the need for repeated setup and teardown while maintaining a consistent, secure workspace anywhere.

Off-Grid and Remote Locations

In areas lacking infrastructure—such as mining sites, oil rigs, or scientific research stations—shipping container workshops provide a reliable, self-contained solution that can be powered independently and insulated for extreme climates.

• Mining operations use them for equipment repair, safety gear storage, and technician break areas in isolated regions
• Arctic and desert research teams rely on climate-controlled containers for instrument calibration and data analysis
• Aid organizations deploy container workshops in disaster zones for rapid medical equipment servicing or communication system repairs
• Solar-powered containers with battery backups enable full off-grid functionality in environmentally sensitive zones

Critical advantage: Engineered for durability, these containers withstand harsh weather, corrosion, and seismic activity with minimal maintenance.

Urban Environments

In densely populated cities where space is limited and real estate is expensive, container workshops offer a smart alternative to traditional brick-and-mortar facilities.

• Artists, designers, and makers use converted containers as compact studios for woodworking, metalworking, pottery, and textile creation
• Startups and small manufacturers adopt them as micro-factories for prototyping and small-batch production
• City parks and cultural districts host container-based creative hubs to support local artisans and entrepreneurs
• Their stackable design enables vertical expansion, maximizing utility in tight urban plots or rooftops

Urban innovation: These modular units contribute to adaptive reuse projects and temporary zoning initiatives, promoting sustainable urban development.

Pop-Up and Temporary Installations

For events, festivals, trade shows, and seasonal markets, container workshops offer a dynamic, eye-catching platform for brand engagement and product demonstration.

• Automotive brands use them as mobile service centers during rallies or test-drive events
• Craft breweries and food truck collectives operate pop-up kitchens and tasting bars from customized containers
• Tech companies showcase new products in interactive container showrooms at expos and launch events
• Custom graphics, lighting, and retractable awnings allow for high-impact branding and customer interaction

Marketing edge: Their industrial-chic aesthetic stands out in public spaces, drawing attention and creating memorable brand experiences.

Supplemental Workshop Space

Organizations often face space constraints when expanding operations. Container workshops provide a fast, affordable way to extend existing facilities without long-term construction.

• Schools and vocational training centers add container labs for STEM, robotics, or automotive programs
• Community centers use them for workshops in carpentry, sewing, or electronics repair, supporting local skill development
• Manufacturers install additional containers near production lines for quality control, packaging, or maintenance
• Converted containers can include HVAC, electrical systems, and internet connectivity for seamless integration

Cost-effective solution: Up to 40% faster and more economical than traditional building extensions, with minimal site disruption.

Specialized and Custom Applications

Beyond standard uses, container workshops are being adapted for niche, high-performance roles across sectors.

• Medical equipment repair units equipped with ESD-safe interiors and precision tools for field service
• Military and defense units use armored containers as mobile armories and communications hubs
• Film and media crews operate from sound-dampened containers serving as editing bays and equipment storage
• Green tech startups build solar panel assembly or e-bike repair stations in eco-modified containers

Future-ready: With IoT integration, smart sensors, and renewable energy systems, container workshops are evolving into intelligent, connected workspaces.

Expert Insight: When planning a container workshop, consider insulation, ventilation, power access, and internal layout early in the design phase. Pre-fabricated kits with pre-wired electrical, lighting, and shelving systems can significantly reduce setup time and improve functionality. Always ensure compliance with local zoning, fire safety, and accessibility regulations—especially for public or commercial use.

Scenario	Typical Users	Key Features Needed	Deployment Time
Mobile Workshops	Construction, Welding, Utilities	Durable flooring, tool storage, mobility fittings	1–3 days
Off-Grid/Remote	Mining, Research, Disaster Relief	Insulation, solar power, climate control	3–7 days
Urban Studios	Artists, Makers, Startups	Large doors, lighting, aesthetic finishes	2–5 days
Pop-Up Events	Brands, Food Services, Exhibitors	Branding surfaces, retractable awnings, portability	1–2 days
Supplemental Space	Schools, Community Centers, Factories	Utilities hookups, modular connections, safety compliance	3–6 days

Additional Considerations

• Sustainability: Repurposing shipping containers reduces construction waste and carbon footprint compared to new builds
• Security: Reinforced doors, locks, and alarm systems make containers highly secure for storing tools and sensitive equipment
• Customization: Walls, windows, partitions, and roofing can be modified to suit specific functional or aesthetic needs
• Scalability: Multiple containers can be joined side-by-side or stacked to create larger, multi-room facilities
• Regulatory Compliance: Many regions require permits for electrical, plumbing, or occupancy—consult local codes before installation

How to Choose the Right Shipping Container Workshop

Selecting the ideal shipping container workshop requires careful consideration of multiple factors to ensure functionality, durability, and cost-effectiveness. Whether you're setting up a personal workspace, a mobile job site, or a long-term storage solution, this comprehensive guide will help you make an informed decision based on your specific needs. From size and condition to customization options and delivery logistics, we’ll walk you through everything you need to know before making your purchase.

Important Note: A shipping container workshop is more than just a metal box—it's a long-term investment in your productivity and safety. Proper selection impacts insulation, electrical installation, mobility, and even local zoning regulations. Always assess your full requirements before committing to a model.

1. Determine Your Workshop’s Intended Use

The primary function of your workshop is the most critical factor in choosing the right container. The nature of your projects will dictate size, layout, and potential modifications.

• Tool & Equipment Storage: If you're primarily storing tools, gardening equipment, or seasonal items, a compact 10ft container may be sufficient and cost-effective.
• Medium-Scale Projects: For woodworking, metalworking, or automotive repairs requiring larger tools and workbenches, a 20ft container offers optimal space and is the most popular choice among DIYers and contractors.
• Large Workshops or Commercial Use: If you're running a business, teaching workshops, or need space for multiple people and heavy machinery, consider a 40ft high-cube container for maximum interior volume and flexibility.

2. Evaluate Container Condition: New vs. Used

The condition of the container significantly affects longevity, maintenance needs, and suitability for modifications.

Condition Type	Features	Best For	Lifespan & Maintenance
New (One-Trip)	No dents, rust-free, fully waterproof, pristine structure	Insulated workshops, electrical installations, climate-controlled spaces	25+ years with minimal maintenance
Used (Cargo Worthy)	Minor dents, surface rust, structurally sound, weatherproof	Basic storage, temporary sites, budget-friendly setups	10–15 years with periodic inspections
As-Is (Non-Certified)	Visible damage, potential leaks, may require structural repairs	Non-critical storage, artistic projects, short-term use	5–10 years with regular maintenance

Pro Tip: Always request photos and inspection reports when purchasing a used container. New or one-trip containers are highly recommended if you plan to insulate, add HVAC systems, or install interior finishes.

3. Understand Standard Container Sizes

Shipping containers come in standardized lengths, each suited to different spatial needs:

• 10ft Container: ~9'6" interior length, ideal for compact storage or a single-person workspace. Easy to transport and site in tight areas.
• 20ft Container: ~19'4" interior length, the most versatile size. Offers enough room for workbenches, tool cabinets, and movement. Most cost-efficient per square foot.
• 40ft Container: ~39'6" interior length, perfect for large-scale operations, multi-station workshops, or combined office-and-workshop layouts.

All standard containers are 8ft wide and 8.5ft high, while high-cube models add an extra foot in height (9.5ft), improving headroom and ventilation options.

4. Choose the Right Workshop Type for Your Needs

Containers can be adapted into various workshop configurations depending on your operational goals:

• Portable Workshop: A fully equipped mobile unit that can be relocated with a flatbed truck. Ideal for contractors, tradespeople, or artists who work across multiple sites. Includes built-in power, lighting, and modular storage.
• Customized Workshop: Tailored to your exact specifications—add workbenches, shelving, electrical panels, lighting, HVAC, and even plumbing. Perfect for specialized tasks like welding, electronics, or woodworking.
• Pop-Up Workshop: A temporary, rapidly deployable setup for short-term projects, events, or emergency repairs. Often includes fold-out tables, quick-connect utilities, and lightweight modifications.
• Converted Workshop: A container retrofitted into a permanent structure, potentially with additions like windows, doors, insulation, and exterior cladding. Can be integrated into a home, garage, or commercial property.

5. Consider Location and Delivery Logistics

Your workshop’s final location plays a major role in delivery method and site preparation.

• Rural Areas: Typically allow for direct truck delivery and roll-off placement. Ensure you have a clear, level access path and a prepared foundation (concrete pads, gravel, or piers).
• Urban or Confined Spaces: May require crane delivery due to narrow streets, overhead wires, or limited turning radius. Coordinate with your supplier early to assess feasibility and costs.
• Site Preparation: Level ground is essential. Uneven surfaces can cause structural stress and door misalignment. Consider drainage, ventilation, and proximity to power sources.

Expert Tip: Before finalizing your purchase, visit a supplier’s yard to inspect containers in person. Look for structural integrity, door operation, floor condition, and signs of previous leaks. A hands-on inspection can prevent costly surprises later.

Additional Considerations for Long-Term Success

• Insulation & Climate Control: If using the container year-round, plan for spray foam or rigid panel insulation, along with ventilation or HVAC systems.
• Electrical Setup: Hire a licensed electrician to install outlets, lighting, and grounding. Consider solar options for off-grid locations.
• Security Features: Upgrade to heavy-duty locks, padlockable hasps, and consider adding alarms or cameras.
• Permits & Zoning: Check local regulations—some areas require permits for permanent container structures or have restrictions on placement.
• Future Expansion: If you anticipate growing your workshop, starting with a 20ft container allows easier expansion later by adding a second unit.

Choosing the right shipping container workshop is a strategic decision that balances budget, space, and long-term usability. By carefully evaluating your needs across size, condition, customization, and location, you can create a durable, efficient, and adaptable workspace that supports your projects for years to come. When in doubt, consult with a container specialist to explore modification options and ensure your vision becomes a functional reality.

Shipping Container Workshop Q & A

Q1: Are shipping container workshops safe?

A1: Yes, shipping container workshops are generally safe when properly installed and maintained. Their steel construction provides excellent durability and resistance to fire, pests, and forced entry. However, safety depends heavily on correct setup and location:

• Foundation & Stability: Containers should be placed on a level, stable surface such as concrete pads, gravel, or piers to prevent shifting or tipping—especially in high winds or seismic zones.
• Weather Resistance: Proper anchoring (using ground screws, concrete footings, or ballast) ensures the structure remains secure during storms or heavy rain.
• Location Planning: Positioning the workshop away from flood-prone areas and at a safe distance from property lines or public access reduces risks to people and animals. Ensure clear pathways and emergency exits.
• Electrical & Fire Safety: Any added electrical systems must be professionally installed and grounded to avoid fire hazards. Consider adding smoke detectors and fire extinguishers.

With thoughtful planning and adherence to local safety codes, a shipping container workshop can be a secure and long-lasting workspace.

Q2: How does one insulate a shipping container workshop?

A2: Insulating a shipping container is essential for maintaining a comfortable interior temperature and preventing condensation, which can lead to rust and mold. Several effective insulation methods are available, each with unique benefits:

• Spray Foam Insulation: Offers superior air sealing and high R-value per inch. It adheres tightly to walls, ceilings, and floors, eliminating gaps and reducing thermal bridging. Closed-cell foam also acts as a moisture barrier.
• Fiberglass Batts: A cost-effective option that fits between framing members. Requires a vapor barrier to prevent moisture buildup and is less effective if not installed properly.
• Reflective (Radiant) Barrier: Ideal for hot climates, this foil-based material reflects heat and works well when combined with other insulation types.
• Rigid Foam Boards: Made from polystyrene or polyisocyanurate, these panels provide high insulation value and are moisture-resistant, making them suitable for floors and exterior walls.
• Straw Bales or Natural Materials: Eco-friendly options used in sustainable builds, though they require protective cladding and careful moisture management.
• Air or Water-Based Systems: Experimental or niche solutions—such as circulating air or water through internal channels—are rarely used but may suit specialized small-scale applications.

For best results, combine insulation with interior framing (like wood or metal studs) to create a thermal break and finish with drywall or paneling. Always include ventilation (e.g., roof vents or exhaust fans) to manage humidity.

Q3: What permits does one need for a shipping container workshop?

A3: Permit requirements vary significantly by location, zoning regulations, and how the container will be used. However, most jurisdictions require some form of approval before installation. Common permits include:

Permit Type	Description	When Required
Building Permit	Authorizes the construction or placement of a permanent or semi-permanent structure.	Almost always required if the container is fixed to a foundation or used regularly as a workspace.
Zoning Permit	Ensures the structure complies with land-use regulations (e.g., setbacks, height limits).	Necessary if the container is placed in a residential or commercial zone with restrictions.
Electrical Permit	Covers wiring, outlets, lighting, and grounding installations.	Mandatory if adding any electrical systems, even low-voltage ones.
Plumbing Permit	Required for sinks, drains, or restrooms.	Only needed if plumbing is installed.
Container Modification Permit	Some municipalities require approval for cutting doors, windows, or altering structural integrity.	Varies by region—check with local building authorities.

To avoid fines or forced removal, contact your local building department early in the planning process. Some rural areas may have minimal requirements, while urban zones often enforce strict codes. Temporary or movable containers may be exempt under certain conditions.

Q4: Can shipping container workshops be stacked?

A4: Yes, shipping container workshops can be stacked—typically up to two high—thanks to their strong corner castings designed for intermodal transport. However, stacking requires careful planning and engineering:

• Structural Integrity: Standard containers are built to support heavy loads above, but modifications (like cutouts for windows or doors) can weaken the frame and require reinforcement.
• Proper Equipment: Use a crane or heavy-lift machinery for safe stacking. Never attempt manual stacking.
• Corner Castings & Twist Locks: These components connect containers vertically and horizontally, ensuring stability and alignment.
• Foundation Requirements: The base must support the combined weight—especially important for two-story setups. Concrete footings or pile foundations are often necessary.
• Engineering Approval: Stacking more than two containers usually requires a structural engineer’s assessment and stamped plans for permit approval.
• Transport Consideration: Flat rack trailers are used to move stacked containers, especially for long-distance transport.

Stacked containers can create multi-level workshops or office spaces, offering vertical expansion without increasing footprint—ideal for limited lots or urban settings.

Q5: What are the advantages of using shipping containers as workshops?

A5: Shipping container workshops offer a range of practical, economic, and environmental benefits that make them an increasingly popular choice for DIYers, contractors, and businesses:

• Affordability: Compared to traditional construction, containers are a low-cost alternative, especially when using used (COSCO) units.
• Durability: Made from corrosion-resistant corten steel, they withstand harsh weather, impacts, and wear over decades with minimal maintenance.
• Security: Reinforced doors and locking mechanisms provide excellent protection against theft and vandalism.
• Portability: Containers can be easily transported via truck, rail, or ship, allowing relocation as project needs change.
• Quick Setup: Minimal construction time—once delivered and placed, the shell is ready for customization.
• Customization Flexibility: Can be modified with windows, doors, insulation, electrical systems, and interior finishes to suit any workshop need.
• Eco-Friendly: Repurposing retired shipping containers reduces waste and supports sustainable building practices.
• Ample Storage Space: Standard sizes (20ft and 40ft) provide generous floor area for tools, equipment, vehicles, or inventory.
• Scalability: Multiple containers can be joined side-by-side or stacked to create larger, modular workspaces.

Whether used as a home garage, art studio, job site office, or mobile repair shop, shipping container workshops combine functionality, resilience, and innovation in one versatile package.