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INTRODUCTION

SPECIFICATIONS

ADVANTAGES

APPLICATION

Breaking Through Blind-Spot Challenges: Millimeter-Wave Radar Powers Safe Compaction Operations

As a core piece of construction equipment, the road roller faces multiple safety challenges during operation: uneven and undulating job sites, muddy and slippery conditions, concurrent operations involving multiple pieces of equipment, large driver blind spots, and limited environmental awareness—all of which significantly increase the risk of collision accidents.

24/7 Intelligent Protection: The LiDAR-Radar Fusion System Safeguards Your Forklift Safety

Forklifts, hailed as the “logistics gods,” are widely deployed across various logistics facilities. However, their frequent reversing operations—often 200 to 300 times per day—combined with blind spots and significant braking inertia, create substantial safety risks. To address these challenges, Nare Technology has introduced a LiDAR–radar fusion system that delivers precise environmental perception and intelligent early warning, thereby effectively enhancing operational safety and efficiency.

MR76S Radar Reshapes the New Order on India’s Highways

The Indian government is rolling out integrated radar-and-AI video surveillance systems along the Delhi–Mumbai Expressway and in cities such as Lucknow, with roadside radar regarded as a critical technological enabler for efficient law enforcement and optimized road infrastructure management.

Technology-Driven Safety: Millimeter-Wave Radar Builds a Collision-Prevention “Shield” for Bridges

Between 2024 and 2026, 70% of China’s key high-grade inland waterways will undergo digital upgrading and transformation, with intelligent sensing devices such as millimeter-wave radar becoming an indispensable component of bridge safety monitoring.

Holographic Radar-Based Perception Solves Urban Intersection Congestion

3D Millimeter Wave Radar Helps State Grid Prevent External Damage in Transmission Corridors

External damage incidents to transmission lines have become a major threat to the reliability and safety of the power grid.There is an urgent need for technological innovations in detection capabilities, application strategies, and management models to enhance the precision, timeliness, and effectiveness of monitoring construction machinery hazards. This will fundamentally eliminate potential risks and ensure the safe operation of transmission lines.

Nanoradar Empowered Radar-Vision Integrated System for Precision Signal Control and Efficient Traffic Flow Detection

With the surge in urban vehicle ownership, traditional video surveillance faces bottlenecks such as low visibility and missed multi-target detection.Data shows that traffic accidents during severe weather increase by 2.3 times compared to normal conditions, highlighting the urgent need for all-weather intelligent sensing devices to ensure smooth road network operations.

Safety Upgraded! Millimeter-Wave Radar Escorts Special Vehicles

Special vehicles frequently encounter safety accidents due to complex working environments, including uneven terrain, muddy land, confined spaces, and harsh weather. The operational risks of special vehicles demand urgent technological enhancements. Millimeter-wave radar (MMWR) boosts operational efficiency by 35%, reduces blind-zone accidents from 30% to 20%, and cuts fatalities from 90% to 75%. Post-installation of MMWR anti-collision systems, accident risks drop by 40%, making MMWR a standard safety feature.

Successful Application Case of Millimeter Wave Radar in Lock Gate Systems

Common anti-entrapment and traffic efficiency solutions: visual cameras, infrared beams, LiDAR, etc. Considering performance, reliability, and cost, MMW radar + vision offers the best cost-efficiency. 70% reduction in gate collisions/entrapments, saving >8 million CNY in repairs. 25% higher traffic efficiency: Average transit time shortened from 40 to 30 minutes. 50% fewer manual inspections, cutting O&M costs by 20%.

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NRA15 Brochure

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NRA15 White paper

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NRA15 Application manual

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FAQ

NRA15/NRA24 | Radar testing

1.Testing is recommended outdoors, as indoor multipath effects may cause data deviations.

2.Ensure the radar antenna faces downward during testing.

3.For trees/grasslands, adjust the reference height based on density (e.g., use tree height for dense foliage).

NRA15/NRA24 | Verifying Radar Operation

With stable power and correct wiring, if the host shows no output:

Use a serial port tool or CANtest to check raw data output.

Verify data format compliance with the protocol.

If possible, inspect the radar’s LED indicators: a steady power light and blinking algorithm light indicate normal operation.

NRA15/NRA24 | Open-Source Flight Controller Versions

It offers custom versions for open-source flight controllers. For development support, contact Nanoradar’s technical team.

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Pre-sales & After-sales Inquiries: sales@nanoradar.cn

After-sales Technical Support: service@nanoradar.cn

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B7, Lugu Corporation Plaza, No.27 Wenxuan Road, Hi-tech District, Changsha, China

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