Co-Driver Footrest Sandblasted Aluminium

The Co-Driver Footrest Sandblasted Aluminium from OMP Racing is a passenger-side vehicle footrest engineered for drivers who demand functional ergonomics in high-performance or tactical transport applications. Whether you're operating a pursuit vehicle, running extended multi-occupant tactical operations, or upgrading a duty fleet vehicle, this footrest provides the passenger a stable, secure platform for extended operations without compromising interior space or safety. OMP Racing's racing-grade design principles translate directly to law enforcement and military transport vehicles where passenger comfort and operational readiness matter equally.

Constructed from sandblasted aluminum, the Co-Driver Footrest delivers a non-reflective, corrosion-resistant surface suitable for high-moisture and field environments common in tactical deployments. The sandblasted finish eliminates glare that could compromise driver or passenger situational awareness during low-light operations. Installation is straightforward—bolts and bracket hardware are included—enabling rapid deployment across multiple vehicles without specialized fabrication. The universal design accommodates various vehicle platforms, and at 3 lbs, the footrest adds minimal weight penalty while providing substantial structural support for personnel in body armor or tactical gear who need stable footing during vehicle transit.

This footrest is ideal for law enforcement transport, SWAT personnel carriers, military staff vehicles, and any multi-occupant tactical platform where passenger positioning affects overall crew stability and readiness. Passengers wearing heavy armor, equipment belts, or carrying mission-critical gear benefit from a secure foot platform that reduces fatigue during long operational hours. The bracket-mounted design integrates cleanly into existing vehicle interiors without permanent modification, making it valuable for fleet vehicles rotating between units. Each unit ships ready to install—verify clearance with your specific vehicle model before ordering to ensure optimal fitment with existing interior obstacles.