Selecting the right material for a combat training structure affects safety, mobility, flexibility, maintenance, and training quality.
Trango Systems uses Panel-O-Foam™ for its modular training structures. The material was developed for tactical training environments where mobility, fast reconfiguration, and live-fire safety matter.
What is Panel-O-Foam?
Panel-O-Foam™ is a patented polymer composite engineered for Trango Systems. It is lightweight, stable, and durable, making it suitable for modular training structures, furniture, targets, and training devices.
For live-fire training, Panel-O-Foam™ helps prevent ricochets. Bullets pass through the material without creating hazardous fragments. A single wall or target can withstand more than 12,000 rounds of 5.56 mm or more than 6,000 rounds of 9 mm, supporting intensive tactical training use.
For training ammunition, Panel-O-Foam™ resists penetration and helps maintain material integrity over repeated use.
The material is also weather-resistant. It performs under heavy rain, snow, extreme temperatures, and UV exposure, making it suitable for year-round outdoor and indoor training environments.
WEIGHT AND MOBILITY
Plywood is a heavy material. Building a training structure with plywood requires significant manpower and setup time.
Moving plywood walls between training locations can also be difficult. It takes time, interrupts training, and limits how often the layout can change.
Trango’s Panel-O-Foam structures are designed for mobility. Their lightweight construction allows fast setup and teardown without heavy equipment.
The modular system can be moved, rearranged, or transported with less effort. This helps instructors use training time more effectively and create varied scenarios with minimal delay.
Downloadable Comparative Guide
Materials used for Shoot Houses: A Comparative Overview
Selecting the appropriate construction material for tactical training facilities is a critical decision that impacts safety, functionality, cost-effectiveness, and training quality. To assist training facility planners, law enforcement agencies, military units, and private contractors in making informed material choices, we’ve compiled this comprehensive comparison of the nine most commonly used shoot house construction materials.
MODULAR TRAINING FLEXIBILITY
One major limitation of plywood is rigidity. Once a plywood structure is installed, changing the layout can be difficult.
Heavy plywood boards cannot be moved easily during a training session. Any major change may interrupt the flow of training.
Trango uses Panel-O-Foam to create modular, Lego-like training systems. Walls and partitions can be connected, modified, expanded, and reconfigured quickly.
This gives instructors more control over the training environment. They can adjust layouts for different missions, team sizes, skill levels, and tactical scenarios.
SAFETY AND RICOCHETS
Safety is one of the most important factors in any live-fire training environment.
Plywood can create safety concerns in close-quarter live-fire settings. Ricochets and fragmentation may occur, depending on the setup, ammunition, angles, and training conditions. These risks can require additional precautions. They may also limit training realism.
Panel-O-Foam walls are engineered for live-fire training with no risk of ricochets. Bullets pass through the material cleanly. This supports a safer training environment while allowing teams to train in realistic close-quarter layouts.
REALISTIC TACTICAL TRAINING
Combat training is not only about marksmanship. It is also about movement, decision-making, communication, angles, and environmental awareness. Training should reflect the types of spaces teams may encounter in real operations.
Trango’s Panel-O-Foam systems can be combined with tactical accessories, Friend-or-Foe targets, modular furniture, barricades, vehicle targets, and scenario sets. Trango offers such accessories and shooting targets also made of the same material. This allows instructors to create more realistic environments while keeping them fully modular, mobile, and safe. Teams can train in rooms, corridors, streets, vehicle scenes, and other tactical settings.
MAINTENANCE AND DURABILITY
Plywood requires ongoing maintenance, especially in outdoor or high-use environments. It can be affected by weather, water damage, erosion, and repeated use. Damaged panels may need to be repaired or replaced. This can increase long-term costs and interrupt training schedules.
Panel-O-Foam is designed for demanding training conditions. It is weather-resistant and requires low maintenance. Its durability helps reduce downtime and replacement needs. This makes it suitable for facilities that train often and need reliable infrastructure.
Panel-O-Foam vs. Plywood: Key Differences
Commonly Asked Questions
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What is the main difference between Panel-O-Foam and plywood?
The main difference is that Panel-O-Foam is designed specifically for tactical training structures. It is lightweight, modular, ricochet-free, and suitable for both live-fire and simulation training. Plywood is heavier and less flexible once installed.
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Is Panel-O-Foam suitable for live-fire training?
Yes. Panel-O-Foam is engineered for live-fire training. Bullets pass through the material without ricochet and without splinter, which helps create a safer training environment.
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Is plywood still useful for training structures?
Plywood can be used for some basic training structures. However, it is heavy, harder to reconfigure, and may require more maintenance. For modular live-fire training environments, Panel-O-Foam provides clear operational advantages.
