PROTECTING VULNERABLE ROAD USERS
PREVENTATIVE ACTIVE SOLUTIONS FOR COMMERCIAL AND HEAVY VEHICLES
PROTECTING ANY VULNERABLE ROAD USER IS ONE OF THE TOP 9 PRIORITY AREAS OF THE AUSTRALIAN FEDERAL GOVERNMENT’S NATIONAL ROAD SAFETY STRATEGY 2021-30. TWO OF THE OTHER NINE PRIORITIES ARE HEAVY VEHICLE SAFETY AND WORKPLACE ROAD SAFETY. THESE ARE ALL AREAS THAT SGESCO-MAX ARE STRONGLY COMMITTED TO.
Increasingly, there are more people on our roads, and that includes a vulnerable road user: bike, scooter, or e-bike riders; motorbike riders, and even pedestrians. They have minimal physical protection, and in the event of a crash come off second best. The probability of death or serious injury for unprotected road users increases exponentially with increasing vehicle size and speed.
The 2021-30 Strategy aims to reduce the rates of death and serious injury from road crashes over the next ten years, and to support a long term vision of zero deaths in Australia by 2050.
Read on to understand more about international regulations now starting to impact Australia, and our MAX-SAFE safety solutions designed to protect Vulnerable Road Users (VRU).
HIGH NUMBER OF VRU DEATHS
Alarmingly, in 2018, Vulnerable Road Users (VRU) in Australia accounted for 36 percent of total road deaths; and in urban areas, almost one third of all road crash deaths were pedestrians. In Sydney, from 2015 to 2019, 51% of fatalities involved in heavy truck crashes in Sydney region were vulnerable road users. Source.
It was noted that, for many crashes, heavy vehicle blind spots were a contributing factor.
The problem is compounded by VRUs not being aware of:
- The limitations of heavy/commercial vehicles, particularly articulated ones, in terms of response times, braking and turning.
- The blind spots that many heavy vehicles grapple with when the driver is on the Right Hand Side and the vehicle is turning left.
MORE STRINGENT VEHICLE SAFETY REQUIREMENTS
In the coming decade there will be increasing safety regulations levelled by all levels of government to provide greater protection to Vulnerable Road Users – this will require additional safety equipment becoming standard on all medium to large vehicles.
This is already happening in Europe and London, when a report found that 55 % of cyclist fatalities in London between 2008 and 2013 involved a heavy goods vehicle, many of which were construction vehicles. Following the report, the UK construction logistics industry identified actions to improve road safety, which led to the establishment of a single standard, known as the “CLOCS Standard”, now recognised as a world leading approach due to its rapid success.
WIDELY RECOGNISED AS WORLD’S BEST PRACTICE IN PROTECTION FOR VRUS, EVALUATIONS SHOWED CLOCS ACHIEVED:
47 %
reduction in fatal and serious crashes between heavy vehicles and VRUs
37 %
fewer complaints
25 %
drop in total collisions
76 %
less likely to commit licensing offences
ADDITIONAL MINIMUM STANDARDS FOR GOODS VEHICLES EFFECTIVE OCTOBER 2020
After the success in the construction industry, on the 26th of October 2020, the UK’s Direct Vision Standard (DVS) came into force. To drive into Greater London, all goods vehicles over 12 tonnes require a permit and must meet a minimum star safety rating, increasing to 3 star by 2024.
The following devices are required to comply with the DVS:
- A Class V mirror fitted to the nearside of the vehicle;
- A Class VI mirror fitted to the front of the vehicle;
- A Side under-run protection fitted to both sides of the vehicle;
- External pictorial stickers and markings to warn vulnerable road users of the hazards around the vehicle;
- A sensor system that alerts the driver to the presence of a vulnerable road user fitted to the nearside of the vehicle;
- An audible vehicle manoeuvring warning to warn vulnerable road users when a vehicle is turning left;
- And a fully operational camera monitoring system fitted to the nearside of the vehicle.
AUSTRALIA FOLLOWS SUIT
In Australia, inspired by the success of the UK CLOCS Program, the National Road Safety Partnership Program (NRSPP), of which SGESCO-MAX is a member, has championed a similar system for the Australian construction industry: the Construction Logistics and Community Safety – Australia (CLOCS-A) model. Through the Monash University Accident Research Centre (MUARC), it is currently being adapted to the Australian environment.
Already Sydney Metro and Victoria’s Major Transport Infrastructure Authority (MTIA) have applied parts of CLOCS to city projects. Trucks now operating within their city limits must meet minimum safety standards.
These standards include:
- Blind spot elimination;
- Side underrun protection;
- Telematics/GPS monitoring;
- Nearside and rear warning signage;
- And enhanced visibility markings.
Additional active and passive safety features are now promoted and preferred in contract documents.
OUR COMPREHENSIVE SUITE OF VRU SAFETY DEVICES
Our MAX-SAFE range includes many solutions that will protect Vulnerable Road Users from injury or fatality and protect drivers from the trauma of having to cope with such tragedies – while ensuring organisations meet upcoming safety requirements.
Our solutions use the latest global advances in cameras, Artificial Intelligence (AI), Machine Learning (ML) sensors, and radars to detect moving and human objects, as opposed to stationary objects like guard rails, parked cars, or trees.
Active protection technology, including short and long range radar and ultrasonic overlay sensors, alerts drivers to a vulnerable road user in their blind spot. Other technologies automatically brake a vehicle when travelling at certain speeds.
HERE’S A QUICK OVERVIEW OF OUR VULNERABLE ROAD USER SOLUTIONS:
Radar Solutions
-
MAX-SAFE SIDE WATCH™
Innovative radar technology, alongside audible and visual alerts, helps drivers in left-hand turning* manoeuvres increase their field of view by up to 4m to the left and 14m to the rear of the vehicle. *In countries where the steering wheel is on the right-hand side. Where the steering wheel is on the left, it helps drivers in right-hand turning manoeuvres.
-
MAX-SAFE CORNER WATCH™
Provides obstacle detection across a 100 degree arc on the front corners of a vehicle, with visual and audible alerts, as well as an active braking system.
-
MAX-SAFE FRONT WATCH™
Provides obstacle detection of up to 3 metres in front of a vehicle, using either radar or ultrasonic technologies, combined with an audible alarm and active braking system.
-
MAX-SAFE REVERSE WATCH®
An advanced reversing sensor system that provides both an audible alarm coupled with an active braking system to prevent unsafe situations.
AI Camera Solutions
-
MAX-SAFE SIDE VIEW™
This innovation uses state-of- the-art camera technology, AI and Machine Learning to assist drivers turning or pulling across to the left or right. It detects vulnerable road users within a defined zone to the side of the vehicle Drivers and VRUs can be alerted via optional add-ons.
-
MAX-SAFE CORNER VIEW™
An affordable camera solution detects and protects people from advancing and turning vehicles, using the latest advances in AI and Machine Learning (ML), it reveals people in blind spots. Add-ons can alert driver and VRUs.
-
MAX-SAFE FRONT VIEW™
This advanced an affordable camera technology paired with AI and Machine Learning (ML) assists drivers to move a vehicle safely forward. It can be combined with alerts, alarms and active braking.
-
MAX-SAFE REAR VIEW®
A high-tech, cost-effective camera solution protects people from reversing vehicles, by using advanced AI and ML technology. In cabin and external alerts and active breaking can be added.
OPTIONAL VALUABLE ADD-ON FOR WATCH AND VIEW SOLUTIONS:
-
MAX-SAFE AUDIBLE WARNING™
Enables spoken pre-recorded warning messages to be played based on any particular event. Works with both Radar and Sensor Solutions.
DON’T MISS OUT
Within the next few years, there will be heavy vehicle safety standards introduced across most councils within Australia. Don’t be left behind. Get a head start with our safety solutions that can be retrofitted to your current fleet or incorporated into a new build.