The BLACK BULL FLEX+ impact protection bollard protects people, buildings, machinery and infrastructure exactly where localised protection is required in confined spaces. Typical applications include gates, machine access points, pillars or sensitive systems in warehouses, logistics and production areas. Instead of rigid barriers, FLEX+ relies on controlled absorption: The system absorbs energy, transfers forces and then returns to its original form. This keeps processes safe - even after an impact.

The polymer bollard is the visible protective element. It cushions the impact, absorbs the energy and reduces damage to the vehicle and the protected structure and prevents the transfer of forces to neighbouring components. The result is lower repair costs and a high level of process reliability in everyday use.

The FLEX+ base connects the bollard to the ground anchor. It has an impact-resistant outer shell and protects the internal screw connection. At the same time, it prevents damage to the tyres of forklift trucks and pallet trucks and contributes to the durability of the system.

The FLEX+ Base ground anchor combines robust anchoring in concrete with force-absorbing rubber dampers. This design reduces the load on the screw connection, protects the substrate and ensures a permanently stable attachment - even with repeated approaches.

FLEX+ is made for everyday use. The system remains functional, especially after repeated bumps. No permanent deformation. Durable plastic thanks to high elasticity. This significantly reduces downtimes and follow-up costs.

The bollard is particularly suitable for highly frequented zones with selective protection requirements, especially in areas with frequent traffic from light industrial trucks. It provides targeted protection for processes and infrastructure, for example at gates, machines, pillars or loading zones.

A typical example is a warehouse with light industrial trucks, high frequency and narrow routes. The FLEX+ bollard reliably secures critical points without restricting the flow of traffic and can be seamlessly integrated into a more comprehensive FLEX+ protection concept if required.