High-Risk Groups and Scenarios

Heat exposure varies across roles, but several groups are consistently at risk:

• Test drivers: Operating vehicles for long durations in cabins where temperatures quickly exceed 40°C.
• Track inspectors: Walking or supervising long outdoor courses under direct sunlight.
• Maintenance crews: Repairing vehicles and changing tires outdoors with limited shade.
• Security and management staff: Standing guard or coordinating operations across large open test facilities.

Automotive industry reports confirm that heat stress has caused interruptions in summer testing programs, delaying data collection and certification.

Scenario Analysis: Four Critical Situations

a. High-Speed Circuit Driving

Drivers in closed cabins endure high heat buildup during repeated laps. Combined with concentration demands, this raises the likelihood of heat stroke.

b. Off-Road and Endurance Testing

Testing vehicles on rugged tracks requires heavy physical exertion and frequent adjustments while wearing protective gear, compounding heat stress.

c. Vehicle Maintenance and Tire Replacement

Crews performing repairs or wheel changes outdoors face direct sun exposure and reflective ground heat, especially on asphalt surfaces.

d. Patrol and Security Duties

Guards and supervisors spend long hours outdoors ensuring safety and monitoring operations. Continuous exposure without breaks heightens vulnerability.

Project-Level Impacts of Heat Stroke

Heat stroke incidents in test tracks extend beyond individuals, creating project-level challenges:

• Testing delays: Interruptions reduce data collection efficiency and prolong certification timelines.
• Operational risks: Worker collapses near moving vehicles or equipment raise accident risks.
• Customer dissatisfaction: Heat-related delays during client test drives affect brand image.
• Compliance penalties: Regulators may impose fines for unsafe working conditions.

This demonstrates why Heat Stroke Prevention for Vehicle Test Track is a core management responsibility.

How CMN Devices Provide Solutions

CMN’s heat safety wearable device monitors both skin and ambient temperatures using dual sensors. Sampling every 15 seconds, the device issues alarms—via vibration, flashing red light, and sound—if repeated anomalies occur within 90 seconds. This ensures drivers and staff receive early warnings.

The heat stress monitoring device integrates with apps and cloud platforms, allowing supervisors to track risks across test drivers, crews, and security staff in real time. By adopting wearable heat safety PPE, automotive projects can reduce accidents, maintain schedules, and safeguard compliance.

Core Features and Customization Options

CMN devices offer adaptability for demanding test environments:

• Dual-sensor accuracy with high-frequency sampling.
• Alerts effective in noisy, high-speed environments.
• OEM/ODM customization for rugged casing, connectivity (Bluetooth, NFC, app), and design.
• Cloud dashboards for safety data integration into R&D and ESG reporting.

These features make CMN devices ideal for protecting both people and projects at vehicle test tracks.

Next Steps: Take Responsibility Today

Heat stroke prevention is not an emergency reaction—it is a project-level obligation for automotive test facilities. By adopting CMN wearables, managers protect drivers and crews, ensure smoother testing, and deliver reliable data for automotive innovation.

Visit Projects → Solutions to learn more, or submit a request form for demos, samples, or consultations. Taking action today ensures safer and more efficient vehicle test track operations.