OMP Bolt In Competition Rear Roll Cage Section

The OMP Bolt In Competition Rear Roll Cage Section is designed to enhance the safety and performance of your vehicle. It provides an additional layer of crash protection, particularly in the event of a roll, and improves handling by adding torsional rigidity to the car's bodyshell.Discover the key features of this rear roll cage section:FE45 Cold Drawn Steel Tubing: Constructed from high-quality FE45 cold drawn steel, this roll cage section offers strength and durability, ensuring that it can withstand the forces involved in a roll or collision, contributing to enhanced safety.Versatile Use for OMP Bolt-In Cages or Standalone Applications: This rear roll cage section can be used as a direct replacement for the rear section of OMP bolt-in competition roll cages or installed on its own for track day use or other non-FIA/MSUK approved applications.Main Hoop Diameter of 50mm x 2mm Wall Thickness: The main hoop, made with a 50mm diameter and 2mm wall thickness, delivers robust support and safety, protecting the driver and the vehicle's structural integrity in the event of an impact.40mm Diameter Bars with 2mm Wall Thickness: The additional bars feature a 40mm diameter and 2mm wall thickness, ensuring strong support across the entire cage, improving overall vehicle rigidity and safety during extreme driving conditions.Diagonal Brace in the Rear Hoop: Included in most configurations, the diagonal brace strengthens the rear hoop, providing additional reinforcement to the cage structure, which increases overall crash protection and vehicle stability.Bolt-In Fitment with Welding Required for Strengthening Plates: Designed for easy installation with a bolt-in fitment, the section requires welding to attach strengthening plates to the vehicle chassis, ensuring a secure and strong attachment.Torsional Rigidity Enhancement: By adding this roll cage section to your car, you increase torsional rigidity, resulting in improved handling and a more stable driving experience, especially during high-performance dri