Vehicle Access Systems
From automatic rising bollards to intelligent control systems, one engineered range covering different risk levels, site conditions, and access strategies.
Start with power supply, installation depth and security level, then select the specific model.
Standard electro-hydraulic automatic rising bollard. 304 stainless steel, 219mm diameter, 600mm lift height, IP68 waterproof. Ideal for schools, government compounds, airports, and commercial plazas.
Fully-sealed automatic rising bollard with complete internal component isolation. Same robust build as YC-01. Ideal for humid, rainy, and coastal environments.
K12 crash-rated hydraulic bollard - anti-ram rated for 40-ton truck impact. 304+201 stainless steel composite tube with 3 guide rods, -35°C to 75°C operating range, IP68 waterproof.
Mechanical key-operated semi-automatic bollard with gas-spring assist. No power, no wiring needed. Ideal for low-traffic access points.
Permanent fixed security bollard made of 304 stainless steel with reflective warning bands. Durable, maintenance-free passive protection for perimeter security.
Key-lockable removable bollard with shallow ground socket installation. 304 stainless steel, IP68 rated. Ideal for temporary access and flexible traffic management.
Shallow-mount rising bollard designed for sites with underground utilities or limited excavation capacity. Reduced embedment depth lowers installation costs.
Integrated control solutions for rising bollards. From standard 1-8 channel controllers to multi-channel intelligent systems with remote, mobile, and LPR integration.
Try a shorter keyword, change the category, or search by model and key specification.
Four common site conditions that guide product choice.
For government, airports, campus main gates and critical facilities.
For parking areas, pedestrian zones and low-frequency vehicle lanes.
Reduce excavation depth while balancing constructability and future maintenance.
Support remote, mobile and license plate recognition access methods.
Products are not isolated devices. We help confirm the complete solution from column to controller based on site conditions, traffic logic, and security objectives.
Review pavement structure, underground space and drainage conditions.
Confirm diameter, lift height, embedment depth and surface finish.
Match with access control, loop detection, remote and LPR systems.
Provide installation documents, commissioning guidance and project coordination support.
Tell us the installation location, traffic frequency and security level. We will help identify the right product and control approach.
