Experience the precision of 77 GHz Radar technology. A relentless electronic guardian for heavy road vehicles, semi-trailers, and commercial fleets.
AUSTRALIAN ROAD SAFETY STANDARD
THE NEXT PHASE OF
VEHICLE VISION.
77GHz ALL-WEATHER ADR 105/00
The Blind Spot System acts as an extra set of eyes for the driver, proactively detecting objects that may be hidden in the vehicle’s blind spots. Using a combination of radar technology and both visual and audible alerts, the system continuously monitors surrounding areas that are traditionally difficult to see.
As the vehicle moves, the intelligent system adapts to speed and driving conditions, providing timely warnings to help drivers make safer decisions. When another vehicle, cycle, pedestrian or object enters the blind spot, the driver receives an immediate notification, enabling confident lane changes and safe maneuvering in busy traffic or confined spaces.
ULTRA-WIDE FREQUENCY
SUPERIOR PERFORMANCE
BUILT FOR ROAD CONDITIONS
COMPLIANCE READY
Shifting Gears: System Details
In 2021, the United Nations Economic Commission for Europe (UNECE) officially announced the technical regulations UN R151 related to blind spot information systems and in 2025 the Australian Government adopted UN R151 as the complete scope for ADR 105.
BlindSpot Systems offers a complete solution BSIS (Blind Spot Information System) that complies with the UNECE requirement of UN R151 for commercial vehicle (M2, M3, N2, and N3).
BSIS Systems can be optioned to consist of one or more built-in radar sensors to provide full 180° coverage of the vehicle’s side blind spots which accurately detects obstacles within the entire blind spot area.
MOIS (Moving Off Information System) System uses a front mounted microwave radar to detect obstacles in front of the vehicle. During startup or low-speed driving, the system provides warnings for potential collision hazards such as pedestrians, bicycles or motorcycles in front of the vehicle. The MOIS system complies with the UNECE regulation UN R159.
BSIS - Blind Spot Information System
Blind Spot Systems offers a variety of adaptable system options to ensure an ideal solution for any scenario. These systems can be tailored for single-side vehicle coverage or dual sensor setups, facilitating blind spot detection on both sides of vehicle. This is especially beneficial for industrial, construction, environments where vehicles operate in areas with high pedestrian traffic.
MOIS - Moving Off Information System
In addition to side-mounted sensors, Blind Spot Systems provides a front-mounted sensor designed to detect pedestrians, cyclists, and other obstacles in front of the vehicle. The sensor can be added to either a single or dual blind spot sensor system. This system is perfect for semi-trailers, rigids and special purpose trucks operating in urban areas, effectively covering all frontal blind spots.
Features
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Moving-off Information System(MOIS) and Blind Spot Information System(BSIS) combination kits, uniform alarm display and harness, variable configuration to suit market needs
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OEM & ODM service available according to customer’s requirements
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External output：trigger other warning device
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Self-diagnosis alert to driver
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High performance millimeter-wave radar module
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Long range detection distance, can detect pedestrians more than 45 meters in open areas
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Wide detection angle，horizontal angle can reach 140°- 180°
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Excellent small blind zone down to 20cm
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High reaction ,and refresh time in 50~100ms
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Identify between stationary or moving objects
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Flexible radar unit installation, adjustable angle
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Metal BSIS and MOIS radar brackets included
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Industrial waterproof design, rated at IP67 minimum
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Multiple function display within single easy to see display
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Shows obstacle position and distance
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Built in buzzer with adjustable volume
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High brightness LED display, easy to see even in bright sunlight
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Simple setup function;
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Tracking led display with runway appearance
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High reliability and stability, displays with CAN communications ensure fast signal transmission and strong anti-interference ability.
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Suitable for both on-road and off-road applications.
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Detection length and width settable;
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Boot-up customization optional.
Identify and differentiate between objects in motion and at rest, enabling precise detection and classification in various scenarios.
Anticipate potential collisions by analysing the trajectories of both the vehicle and vulnerable road user (VRU) to determine the likelihood of an impending impact.
The collision warning incorporates 2 alert modes, combining visual signals and acoustic alerts to ensure effective driver notification.
When the vehicle is stationary with ignition on, the system generates a warning signal to aler the driver of any VRU's present in or approaching the critical front blind spot.
In the ever-evolving landscape of automotive safety, radar-based blind-spot detection systems stand out as cutting-edge technologies that significantly enhance driver safety. These systems serve as vigilant electronic guardians, mitigating the risks associated with one of the most perilous aspects of driving – the blind spot.
Radar-based blind-spot detection systems employ advanced radio frequency technology to detect vehicles and pedestrians in the adjacent lanes that may elude the driver's direct line of sight. These systems provide real-time information on the proximity and speed of vehicles including bicycles approaching from either side of the vehicle, offering a crucial layer of awareness that aids in safe lane changes. The radar's ability to operate in various weather conditions, such as rain or fog, ensures reliability even when visibility is compromised.
While both radar and camera-based systems can be used for blind spot monitoring, 77 GHz radar technology offers significant advantages, establishing it as a superior approach for reliable and robust blind spot monitoring.
The primary benefit of 77 GHz radar lies in its unwavering performance across diverse environmental conditions. Unlike cameras, which can be easily hampered by rain, snow, fog, direct sunlight, or darkness, radar waves penetrate these elements with remarkable consistency. This ensures the BSIS remains effective when visibility is compromised – precisely when a driver might need it most. Cameras, on the other hand, are susceptible to lens obstruction from dirt or precipitation, and their image processing capabilities can degrade in low light or glare, leading to unreliable detection or false alarms.
Furthermore, 77 GHz radar excels in accurately detecting the speed and distance of other vehicles. Its higher frequency band allows for greater resolution and a wider field of view compared to older, lower-frequency radar systems, and crucially, it provides precise measurements regardless of the target vehicle's appearance or lighting. Camera systems rely on complex algorithms to interpret visual information, which can sometimes struggle with varying vehicle shapes, colours, or poor contrast.
Another key distinction is the radar's ability to "see" through certain materials. This means it can potentially detect a vehicle obscured by dense foliage or even, to some extent, the B-pillar of the car itself, offering a more comprehensive awareness of the surrounding environment. Camera systems are limited to line-of-sight, meaning anything visually obstructed remains undetected.
In essence, while cameras contribute valuable visual information for other advanced driver-assistance systems (ADAS), the inherent robustness, all-weather capability, and precise detection offered by 77 GHz radar make it the more dependable and therefore superior technology for the critical safety function of blind spot information systems. This technological edge translates directly into enhanced driver confidence and a safer driving experience.
77 GHz Radar: Superior All-Weather Guardian for Blind Spots
The benefits of these technologies extend beyond collision avoidance. By promoting safer driving habits, blind-spot detection systems contribute to a reduction in traffic accidents and associated injuries. As automotive manufacturers continue to prioritise safety innovations, these systems exemplify the transformational power of technology in fostering a safer, more secure driving experience for all road users.