Product System

VEHIR takes "driving assistance" and "intelligent cockpit" as its core, building a complete product and technology matrix, and is committed to providing safe, efficient, and intelligent travel and operation solutions for various vehicles.

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Driving Assistance

Infrared thermal imaging empowers intelligent driving, fearless of darkness, all-weather protection

All-weather perception capability

With the help of infrared thermal imaging technology, the driving assistance system can clearly identify pedestrians, animals, and vehicle heat sources in extreme environments such as full darkness, strong glare, and haze, achieving true all-weather safety perception.

Night and adverse weather driving protection

Even on unlit roads or  foggy weather, the system can effectively detect potential dangers, provide early warning, and significantly reduce driving risks at night and in low visibility conditions.

Enhance ADAS safety redundancy

Provides all-weather intelligent vision support for various special purpose vehicles in complex operating scenarios, upgrading from "functional execution" to "intelligent perception."

Dedicated to the development of global in vehicle infrared technology

If you would like to learn more about safe driving solutions, please contact us

Smart Cockpit

The intelligent cockpit integrates infrared thermal imaging technology to achieve seamless interaction and proactive care, making the cockpit more understanding, protective, and warmer for people.

Smart Cockpit

The intelligent air conditioning system can comfortably adjust the air conditioning temperature and seat heating, etc.

It can identify dangerous objects with high temperatures inside the vehicle and issue warnings.

It can detect objects with signs of life inside the vehicle based on human body temperature to prevent children from being left behind.

Through data collection, it can recognize specific gestures and directional commands.

Infrared Sensing Module

As the core hardware of infrared thermal imaging, the infrared sensing module boasts high sensitivity, high resolution, and strong environmental adaptability, providing stable and reliable data input for intelligent driving.

Modular Design, Flexible Adaptation

Supports multiple interfaces and installation methods, allowing for rapid integration into ADAS, smart cockpit, and other in-vehicle systems, adapting to different vehicle models and scenarios.

Stable Operation In All Weather Conditions

Unaffected by light or weather, it can continuously output high-quality thermal imaging data even under extreme conditions.

Strong Scalability

Supports algorithm customization and data fusion, helping to build a more intelligent and scenario-adaptive perception system.

News

How Automotive Thermal Cameras Help Drivers See Beyond Headlight Range
Aftermarket Thermal Camera Installation Positions for Different Vehicles
CVBS vs. AHD vs. USB vs. GMSL: Which Interface Fits an Automotive Thermal Camera?
How to Validate an Automotive Thermal Camera Before OEM Design Freeze?
Thermal Camera Maintenance Tips for Commercial Vehicle Fleets
Aftermarket Night Vision Systems That Work with Android Head Units

How Automotive Thermal Cameras Help Drivers See Beyond Headlight Range

With a VEHIR automotive thermal camera, I can improve night-driving awareness by selecting the correct sensor, mounting it properly, calibrating the display, and testing detection performance before relying on it on the road. This step-by-step process helps drivers identify pedestrians, animals, cyclists, and stalled vehicles beyond visible headlight range—while clearly understanding the

Oct 30,2026

Aftermarket Thermal Camera Installation Positions for Different Vehicles

For fleet operators, off-road drivers, family-car owners, and workshops looking for a china automotive thermal camera manufacturer, installation position determines whether an aftermarket system produces useful warning data or an obstructed image. This guide explains aftermarket thermal camera installation positions, the best thermal camera mounting location for an SUV, and an automotive thermal

Oct 28,2026

CVBS vs. AHD vs. USB vs. GMSL: Which Interface Fits an Automotive Thermal Camera?

Choosing an interface for an automotive thermal camera depends on the receiving device, transmission requirements, cable arrangement, software integration needs, and vehicle operating environment.

Oct 27,2026

How to Validate an Automotive Thermal Camera Before OEM Design Freeze?

Before freezing an automotive thermal camera design, OEM and Tier 1 engineering teams should verify thermal image performance, field of view, detection requirements, interface compatibility, latency, environmental robustness, and manufacturing readiness against documented project criteria.

Oct 27,2026

Thermal Camera Maintenance Tips for Commercial Vehicle Fleets

For a china automotive thermal camera manufacturer, the most common fleet complaint is not simply image quality. It is a missed overheating wheel hub, a false alarm caused by dirty optics, or an inspection report that cannot support a maintenance decision. A planned maintenance routine for a thermal camera improves fault detection, reduces avoidable vehicle downtime, and gives technicians

Oct 26,2026

Aftermarket Night Vision Systems That Work with Android Head Units

As automotive technology evolves, aftermarket night vision systems compatible with Android head units are becoming increasingly popular. These systems enhance driving safety by providing better visibility at night or in adverse weather conditions. However, many consumers face challenges in selecting the right system that works seamlessly with their vehicles. In this article, we'll explore eight

Sep 07,2026