Following the development of the prototype bracket geometry, initial components were fabricated and installed with the 6 × 6 MOLLE panel to evaluate system fit and overall stability within the console environment.

The initial design successfully demonstrated the core mounting concept. The bracket pair provided structural support for the panel while interacting with the console surfaces to establish positional constraint.

However, installation testing revealed several areas where the physical system differed from the assumptions made during design.

These differences required multiple iterations to refine bracket geometry, bend spacing, and mounting alignment.

Bend Geometry and Dimensional Shift

One of the first issues encountered involved the relationship between sheet thickness, bend radius, and bend spacing.

Because the bracket geometry relied on several closely spaced bends, small changes in sheet thickness affected the final dimensions of the formed part. During development, bracket thickness and bend parameters were adjusted, which altered the effective bend allowance and bend deduction.

As a result, the distance between bends increased slightly after forming, even though the flat pattern dimensions remained unchanged.

This dimensional shift caused the bracket to sit slightly farther from the intended console surfaces than expected.

Correcting this required adjusting the spacing between bends in the flat pattern to compensate for the change introduced during the bending process.

These adjustments ensured that the formed geometry matched the intended console interface dimensions.

Console Fitment and Surface Interaction

Real-world installation also revealed that the console surfaces did not behave as idealized planar references.

Although the overall console geometry provided the boundaries necessary for the compression-based mounting system, small variations in trim shape and curvature affected how the brackets contacted the console.

In some areas, contact surfaces required minor repositioning to avoid uneven pressure or unintended gaps.

These adjustments were necessary to maintain the intended balance of compressive forces across the mounting system.

Because the brackets relied on distributed contact rather than fixed attachment points, even small geometric changes influenced overall panel stability.

Panel Alignment

Another refinement involved alignment between the bracket mounting surfaces and the MOLLE slot grid on the panel.

While the slot pattern allowed flexibility in bolt placement, the bracket mounting surfaces needed to remain precisely positioned to prevent twisting forces from being introduced when the panel was tightened.

Small adjustments were made to bracket geometry to ensure the panel could be secured without inducing rotational stress.

These changes improved installation consistency and ensured the panel remained square relative to the console.

Introduction of Supplemental Fastening

Although the compression-based system provided adequate positional constraint, continued testing indicated that an additional mechanical reference point could further improve long-term stability.

Later iterations therefore explored incorporating an existing console fastener location as a supplemental mounting point.

This fastener was not intended to carry the full load of the panel. Instead, it functioned as an additional positional constraint, reducing the likelihood of movement under repeated loading from mounted accessories.

The introduction of this attachment point represented an evolution of the original concept rather than a replacement for the compression-based mounting system.

The console geometry remained the primary structural constraint within the design.

Panel Contour Adjustment

During installation testing, it became apparent that the console side surface was not perfectly planar across the area covered by the 6 × 6 MOLLE panel.

Although the console provided sufficient geometric boundaries for the compression-based mounting system, the exterior surface exhibited subtle curvature and variation along its length. When paired with a completely flat panel, this resulted in uneven contact during installation. Certain areas of the panel approached the console earlier than others, while small gaps appeared in adjacent regions.

This condition did not prevent installation but created inconsistent compressive loading across the bracket system.

To improve interface consistency, the panel geometry was revised to introduce a slight contour along the console-facing surface. The adjustment allowed the panel to better follow the natural profile of the console while maintaining proper alignment with the mounting brackets.

By reducing localized pressure points and distributing contact more evenly, the contoured panel improved overall stability of the assembly and produced a more predictable installation fit.

The modification did not alter the MOLLE slot pattern or the bracket mounting interface, allowing the existing bracket architecture to remain unchanged, but added additional mounting real estate.

Development Outcome

With bracket geometry and mounting strategy refined through prototype testing, the system moved toward a finalized configuration.

The final stage of development focused on confirming the long-term stability of the mounting system and documenting the completed panel and bracket assembly.

Next Step

With bracket geometry and mounting strategy refined through prototype testing, the system moved toward a finalized configuration.

The final stage of development focused on confirming the long-term stability of the mounting system and documenting the completed panel and bracket assembly.