This compact access control boom barrier is designed for high-density urban environments where space is at a premium but entrance security cannot be compromised. The integrated AI-based vehicle recognition software acts as a sophisticated digital sentry, identifying authorized vehicles in real-time and allowing for instantaneous barrier activation. Its streamlined design ensures that the gate fits comfortably in narrow, constrained parking lanes found in busy office garages and retail centers. Despite its smaller physical footprint, the gate houses a powerful, high-torque drive mechanism capable of handling thousands of cycles per day. It provides a professional, highly reliable entry management solution that balances aesthetic appeal with uncompromising security and smart operational performance for property managers.
Compact Access Control Boom Barrier with Smart AI Vehicle Recognition Software — high-speed barrier gate by Baroxon® for toll plazas.
Compact Access Control Boom Barrier with Smart AI Vehicle Recognition Software is a high-speed barrier gate manufactured by Baroxon® in its own factory and aimed at toll plazas, high-turnover car parks and fleet control points. It is the right choice when the project needs to keep a very fast cycle without compromising vehicle safety. In standard configuration it offers Boom arm length 3–6 m straight or folding; Open/close time 0.9–3 s; Motor High-frequency 24 V DC brushless. Baroxon supplies it with a 12-month warranty, ISO 9001 / ISO 14001 / ISO 45001 certified production, OEM/ODM options and worldwide shipping. Typical lead time is 3–7 working days for stock and 15–30 days made to order. It integrates with ANPR/LPR, RFID, ticket and remote-control systems through relay or open protocol, and is supported in English and Spanish for technical selection and after-sales service.
The values below describe the standard configuration. Dimensions, voltage and control options can be adapted for OEM/ODM projects.
| Open/close time | 0.9–3 s |
|---|---|
| Motor | High-frequency 24 V DC brushless |
| Boom arm length | 3–6 m straight or folding |
| Power supply | AC 220 V / DC 24 V with battery |
| Safety | Photocells, inductive loop, radar and auto-rebound |
| Duty cycle | 100% continuous duty |
Test conditions: High-speed barrier with a 3 m boom, 24 V DC brushless motor, continuous run of 2,000 cycles at 25 °C with a 1.5 s pause, simulating a toll lane carrying 900 vehicles per hour.
Measured values: Opening in 0.9 s and closing in 1.1 s; maximum final-position deviation ±0.5°; average consumption 45 W per manoeuvre; MCBF above 8,000,000 cycles.
Benchmark: Conventional high-speed barriers on the market open in 1.5–3.0 s and declare an MCBF of 3,000,000–5,000,000 cycles. The tested model is 40% faster and raises the declared service life 60% above that reference.
| Test item | Measured value | Market benchmark |
|---|---|---|
| Open/close time | 0.9–3 s | 4.0–6.0 s |
| Motor | High-frequency 24 V DC brushless | Standard 24 V DC |
| Boom arm length | 3–6 m straight or folding | 4–6 m |
| Power supply | AC 220 V / DC 24 V with battery | AC 230 V without backup |
| Safety | Photocells, inductive loop, radar and auto-rebound | Market average |
| Duty cycle | 100% continuous duty | 60–80% |
Factory bench data, measured on a standard production unit. Values are indicative and may vary with configuration, installation and environmental conditions.
Toll plazas, high-turnover car parks, industrial entrances and fleet control points that need a fast and safe cycle.
High-speed models open and close in 0.9-3 seconds depending on boom length and motor type.
Yes. DC brushless motors are designed for intensive cycles; preventive maintenance every 6-12 months is recommended.
Yes: photocells, loop detector, anti-collision sensor, auto-rebound and manual release.
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