ECO-SHOOT

ECO-BULLET logo, the Casei line of ballistic accessories for shooting ranges

ECO-BULLET

Ballistic and eco-friendly accessories for shooting ranges.

Ball-Containment System

Recycled rubber bullet trap block for ballistic walls and shooting ranges

ECO-SHOOT is a prefabricated element made of recycled SBR rubber, developed as a modular component for bullet containment and arrestation systems. The modules can be joined together and stacked to create configurations with different shapes and thicknesses, depending on design and operational requirements.

The mass and resilience of the elastic matrix promote deceleration and controlled penetration of the projectile into the material, helping to reduce the ricochet and fragmentation typical of rigid surfaces.

ECO-SHOOT modular bullet-proof wall installed at a shooting range

Modular

Modular and stackable pieces.

Verified Behavior

Ballistic tests documented in practical applications and conducted by qualified third parties.

500 × 300 × 200 mm
Nominal dimensions of a single module.

27 kg
Approximate nominal weight.

3 colors
: Documented color variations.

Recycled SBR
Elastic component of the module.

01 / Product

An elastic module for modular bullet trap systems

We manufacture ECO-SHOOT by agglomerating recycled SBR rubber granules—derived primarily from end-of-life tyres (ELTs)—bound with polyurethane resin. The result is a compact, elastic material designed for use in modular bullet containment and arrestation systems.

The modular design allows elements to be placed side by side and stacked, enabling the system’s geometry and thickness to be tailored to the specific project. ECO-SHOOT can therefore be used for both new installations and configurations designed to retrofit existing systems.

Green ECO-SHOOT modules placed side by side and stacked in a bulletproof barrier configuration

Modular Structure

Can be placed side-by-side and stacked

The overall system configuration is determined based on actual operating conditions and design requirements.

02 / Applications

Where to Use ECO-SHOOT

ECO-SHOOT is designed for ballistic applications that require a modular bullet-proof containment system.

Modular bulletproof walls

Modular Configurations

For constructing walls made up of elements placed side by side and on top of one another.

Containment and Arrest Systems

Modular component

As a modular component within configurations designed to interact with the impact of a projectile.

End-of-line protection

End of line

For configurations designed to protect the end zones of the playing fields.

New Installations and Upgrades

Configurable

The modular design allows the system to be configured for both new projects and the retrofitting of existing installations.

03 / Ballistic Behavior

Controlled penetration into the elastic matrix

The compact and elastic structure of ECO-SHOOT allows the material to interact with the impact, promoting the deceleration and penetration of the projectile into the module. This behavior helps limit the ricochet and fragmentation associated with impacts against rigid surfaces.

The performance of ECO-SHOOT has been the subject of documented ballistic tests, conducted both in-field and by qualified third parties. To assess the suitability of the configuration for specific conditions of use, the relevant test reports must be consulted, and the geometry, thickness, and design requirements must be taken into account.

The images of the product in use and of the recovered material visually document the interaction between the projectile and the product’s elastic matrix, showing both the surface of the wall after use and the behavior of the material in the impacted area.

ECO-SHOOT bullet-proof wall after use, front view

Wall after use

Visual inspection of the affected surface

The front view shows the condition of the ECO-SHOOT wall after use, displaying the working surface of the system installed in a bullet-proof configuration.

Close-up of the surface of an ECO-SHOOT wall after use

Surface Detail

Affected Area and Material Weave

This close-up view highlights the surface structure of the module in the area affected by the impacts.

Close-up of SBR rubber and bullets recovered after using an ECO-SHOOT module

Recycled material

Interaction Between a Projectile and an Elastic Matrix

The photographic documentation of the recovered material visually illustrates the performance of the recycled SBR rubber in the affected area.

The images serve to describe and document the system’s behavior after use. The performance evaluation must always be based on the configuration used and the corresponding test reports.

04 / Composition and Colors

Recycled SBR rubber bound with polyurethane resin

ECO-SHOOT is made from SBR rubber granules derived primarily from end-of-life tyres (ELTs) and bonded together with polyurethane resin. In the colored versions, the appropriate colorant paste is added.

Red ECO-SHOOT modules made of recycled SBR rubber

Documented Colors

Black, Red, and Green

Black — uncolored version.
Red — pigmented version.
Green — pigmented version.

05 / Installation

Modular configurations that can be arranged side-by-side and stacked

ECO-SHOOT is designed to be installed by placing individual modules side by side and on top of one another. The catalog specifies that the modules should be stacked on a flat surface.

Close-up of an ECO-SHOOT setup during a target practice session

Project Configuration

Dimensions and thickness to be determined

The dimensions and overall thickness must be determined based on design and operational requirements. The product data sheet is not a substitute for the designer’s or user’s assessment of the actual conditions of use.

06 / Documentation

Technical Data, Compliance, and Testing

The technical documentation for ECO-SHOOT includes product information, compliance details, and test results. For evaluations related to a specific ballistic configuration, please refer to the relevant test reports.

REACH Regulation (EC) No. 1907/2006
ECO-SHOOT is classified as an article under the REACH Regulation and does not require a Safety Data Sheet.

EN 71-3:2019
The product complies with the standard regarding the migration of substances, based on tests conducted at an accredited laboratory.


Ballistic Testing The product’s performance is supported by documented ballistic testing. Test reports and additional technical documentation are available for evaluating specific applications.

07 / FAQ

ECO-SHOOT Technical FAQs

Direct answers to questions about key product specifications and system configuration.

What is ECO-SHOOT?

ECO-SHOOT is a prefabricated bullet trap block made from recycled SBR rubber, designed as a component of modular bullet containment and stopping systems.

How is a bulletproof wall built using ECO-SHOOT?

The modules are designed to be placed side by side and stacked. The geometry and thickness of the configuration must be determined based on design requirements and actual conditions of use.

Has ECO-SHOOT undergone ballistic testing?

Yes. The product’s performance has been the subject of documented ballistic testing, including tests conducted by qualified third parties. For data specific to particular configurations or test conditions, please refer to the relevant reports.

Does ECO-SHOOT completely eliminate ricochets and fragmentation?

The technical documentation describes behavior that helps reduce bounce and fragmentation compared to rigid surfaces. The actual behavior must be evaluated based on the specific configuration and conditions of use.

What documentation is available?

The product technical data sheet is available, as well as documentation regarding ballistic testing and REACH compliance, as needed. The TDS also indicates compliance with EN 71-3:2019+A1:2021.

Technical Request

Request technical information about ECO-SHOOT

Please contact us to request the technical documentation for ECO-SHOOT and to discuss the system configuration in relation to the planned installation, the required geometry, and the project’s operating conditions.

For a more complete request, please provide the following:

  • type of installation planned;
  • geometry and approximate dimensions of the configuration;
  • operating conditions and intended use;
  • Required technical documentation.