Milesight TS5366-X12VPE NDAA Traffic 12X Pro Bullet Plus 5.0MP, 5.3-64mm, 30

Designed for accurate, 24/7 traffic enforcement and monitoring, the Milesight TS5366-X12VPE NDAA Traffic 12X Pro Bullet Plus is a purpose-built traffic surveillance camera that turns raw video into actionable evidence. This Milesight bullet camera combines an intelligent AI-powered LPR algorithm with integrated 3D radar to deliver real-time speed measurement and automated traffic violation detection across up to four lanes. A 5.0MP 0.5" sensor and 0.002 Lux Starlight performance capture readable plates in low light, while the 5.3–64mm 12X autofocus lens and 90fps high-frame-rate recording ensure sharp, time-synced footage at distance. The result is reduced manual review, faster case resolution and reliable enforcement data for highways, intersections, tolling and smart-city projects. NDAA compliance and a rugged form factor make it ideal for municipal and government installations that require secure, long-term monitoring. Deploy the TS5366-X12VPE to upgrade your traffic enforcement, improve public safety and streamline incident management—contact us for pricing or to request a demo.

• Accurate multi-lane enforcement: monitors up to 4 lanes simultaneously to capture speed and violations with evidence-grade imaging.
• AI-powered LPR & analytics: intelligent license plate recognition reduces false positives and automates violation logging for faster incident processing.
• Integrated 3D radar + 90fps capture: radar-triggered detections synchronized with high frame-rate video for precise speed measurements and reliable time-stamped evidence.
• Superior low-light performance: 0.5" sensor with 0.002 Lux Starlight ensures clear captures at dawn, dusk and night for 24/7 traffic monitoring.
• Flexible coverage with 12X zoom: 5.3–64mm autofocus lens provides long-range detail and close-up plate clarity across highways, intersections and toll plazas.
• NDAA-compliant, rugged design: built for city and government deployments where compliance, durability and dependable surveillance are required.