In complex rainforest terrain and off-road military environments, blind-spot risks, limited obstacle perception, and insufficient incident traceability have become critical safety challenges. STONKAM delivered an integrated solution combining MDVR recording and ultrasonic sensing technology to improve operational safety and environmental awareness under demanding conditions.

Key Customer Pain Points

● Limited target detection capability in rainforest terrain and low-visibility environments
When military vehicles operate in rainforest roads, narrow passages, and complex terrains, traditional rearview mirrors cannot fully cover the surrounding areas, making nearby obstacles easier to miss and increasing collision risks. In addition, night operations, heavy rain, and other low-visibility conditions further restrict environmental awareness, affecting driving judgment and operational safety.

● Lack of complete video records for incidents and mission operations
In cases of vehicle scratches, collisions, or special mission scenarios, traditional management systems often lack complete video documentation. After an incident occurs, it becomes difficult for management teams to accurately reconstruct the scene, impacting responsibility determination and post-mission review efficiency.

● Fragmented operational data in multi-vehicle coordination scenarios
During coordinated multi-vehicle and multi-mission operations, video footage, alarm information, and vehicle operation data are often stored across different devices or terminals. The lack of centralized access and unified analysis tools reduces fleet-wide situational awareness and overall management efficiency.

Solution

To meet the requirements of active safety awareness and reliable mission recording in complex military environments, STONKAM delivered a comprehensive vehicle monitoring solution centered on MDVR System and ultrasonic detection system technologies.

1. MDVR System

To address blind-spot challenges in rainforest roads, base access routes, and complex terrain conditions, the project deployed the MDVR System to continuously record full vehicle operations, providing reliable video evidence for mission tracking and incident analysis.
● Integrated AVM algorithm supporting 360° surround monitoring with 8 ultra-wide-angle cameras, covering vehicle exterior, rear, and cabin areas without blind spots
● Continuous recording with pre-event buffering (15 seconds) and automatic saving of key footage during abnormal driving events
● Fleet management integration enabling automatic upload of alarms, GPS data, event logs, live video, and images for centralized analysis
● IP69K protection ensures stable performance in harsh military environments

2. Ultrasonic Blind Spot Detection System

The solution integrates an advanced ultrasonic blind spot detection system to provide real-time obstacle distance measurement and close-range safety warnings.
● Dual warning mechanism: audible buzzer alarm combined with real-time distance display
● Multi-directional sensing coverage (front, rear, left, and right) with detection range up to 5 meters
● Real-time obstacle feedback to assist drivers during low-speed maneuvers and confined-area navigation

Project Outcomes

● Enhanced blind-spot awareness and obstacle detection capability
The combination of MDVR System and ultrasonic sensing technology significantly improves vehicle environmental awareness. Drivers can receive real-time proximity alerts and visual confirmation of surrounding obstacles, reducing risks in narrow roads, rainforest terrain, and complex operational scenarios.

● Full mission traceability with video-based evidence management
The MDVR system continuously records all vehicle activities, capturing both external environment and in-cabin conditions. In the event of incidents, key footage can be quickly retrieved for analysis, improving decision-making and operational review efficiency.

● Improved operational safety in complex military environments
By integrating MDVR recording with an ultrasonic blind spot detection system, a unified and intelligent vehicle safety monitoring framework was established. This significantly enhances situational awareness, operational safety, and fleet management efficiency across military vehicle applications.

Client Feedback

“In rainforest and complex mission environments, the STONKAM MDVR system combined with ultrasonic detection performs very reliably. Drivers have much clearer awareness of surrounding obstacles, blind spots can be identified earlier, and overall fleet operations are more controlled and confident.”

FAQ

Q1: What is STONKAM MDVR system used for in military vehicles?
An MDVR system is used to continuously record multi-channel video inside and outside the vehicle, supporting driving monitoring, mission recording, and post-event video review for analysis.

Q2: How does STONKAM vehicle ultrasonic blind spot detection system work?
It uses ultrasonic sensors to measure the distance between the vehicle and nearby obstacles and provides real-time audio and visual alerts when objects are too close, helping drivers maintain safe distance.

Q3: Can the STONKAM MDVR system record normally in rough terrain conditions?
Yes. MDVR systems are designed with anti-vibration capability and can operate stably in off-road, uneven, and complex terrain environments while maintaining continuous recording.

Q4: What data can the STONKAM MDVR system store?
It can store video footage, GPS tracking data, event logs, alarm records, and vehicle operation history for later review and fleet management analysis.

Q5: What is the purpose of the ultrasonic blind spot detection system in low-speed driving?
It is mainly used during reversing, turning, and narrow-area driving to detect nearby obstacles and help prevent collisions in close-range environments.

Q6: How is MDVR data transmitted to a fleet management platform?
Video, GPS, and alarm data can be uploaded via wireless networks to a fleet management platform, enabling remote monitoring and centralized data analysis.