

The premium LPR-integrated traffic barrier provides the most advanced touchless entrance solution currently available for commercial parking. By automating vehicle identification through license plate recognition, the system eliminates the need for manual tickets, QR codes, or proximity cards, dramatically increasing throughput at the entry point. The barrier arm movement is perfectly synced with the LPR camera system to ensure that the gate rises the instant a valid license plate is identified. Designed for the high demands of paid parking kiosks, this barrier is both robust and highly reliable, serving as a critical piece of infrastructure for parking operators looking to increase revenue, decrease operational staffing costs, and enhance the overall professionalism of their parking management operations.
Premium LPR Camera Integrated Traffic Barrier for Touchle… — long-range RFID automatic barrier by Baroxon® for residential communities.
Premium LPR Camera Integrated Traffic Barrier for Touchless Paid Parking Kiosks is a long-range RFID automatic barrier manufactured by Baroxon® in its own factory and aimed at residential communities, corporate fleets and private sites. It is the right choice when the project needs to grant access without the driver leaving the vehicle or pressing anything. In standard configuration it offers Protection rating IP65 on reader and antenna. 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.
| Read range | 5–15 m depending on antenna and environment |
|---|---|
| Frequency | UHF 860–960 MHz (region dependent) / 2.4 GHz |
| Tags | Active or passive windscreen tag |
| Protection rating | IP65 on reader and antenna |
| Records | Up to 50,000 permits and 1,000,000 events |
| Compatibility | Combines with ANPR/LPR and remote control |
Test conditions: UHF reader mounted on a post at 2.5 m with the antenna aimed at the lane, passive windscreen tag, 500 vehicles passing at 30 km/h, ambient temperature between 5 °C and 35 °C.
Measured values: Stable read distance of 8.5 m; 99.6% first-attempt read rate; validation time 0.15 s; zero cross-reads between adjacent lanes.
Benchmark: Typical long-range RFID systems on the market read at 3–6 m with a 95–98% hit rate. The tested system extends the range to 8.5 m and lifts the read rate 1.6 points above that reference.
| Test item | Measured value | Market benchmark |
|---|---|---|
| Read range | 5–15 m depending on antenna and environment | 3–6 m |
| Frequency | UHF 860–960 MHz (region dependent) / 2.4 GHz | Market average |
| Tags | Active or passive windscreen tag | Market average |
| Protection rating | IP65 on reader and antenna | IP44–IP54 |
| Records | Up to 50,000 permits and 1,000,000 events | 5,000–20,000 events |
| Compatibility | Combines with ANPR/LPR and remote control | Market average |
Factory bench data, measured on a standard production unit. Values are indicative and may vary with configuration, installation and environmental conditions.
The reader detects the vehicle tag at 5-15 m, validates the permission and opens the barrier without the driver leaving the car.
Yes, it is common in residential communities, private car parks, companies and fleets; it supports per-user permissions and access logs.
UHF systems usually operate at 860-960 MHz depending on the region; 2.4 GHz versions are also available.
Yes. Both systems can work together to validate plate and tag at the same time.
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