Public transport

The long-term project aims to improve road safety in urban areas across the Czech Republic. It focuses on assessing the severity of traffic accidents, with an emphasis on vulnerable road users. The target audience primarily includes the general public, local government representatives, regional authorities, and the Ministry of Transport

A simply file to print and give in Public Administrations offices tò cooperate in fixing black spots.

In 2018, an analysis of the causes of road crashes involving pedestrians in the voivodship Małopolskie in Poland found that 68% of such crashes occurred in the vicinity of pedestrian crossings. The Małopolska Voivodship Police Headquarters in Cracow undertook a detailed assessment of the illumination of and road markings at pedestrian crossings for the whole region. The study identified a large number of deficiencies, especially related to illumination. The official statistics confirmed the high risk for pedestrians on pedestrian crossings.

Data oriented and supported measures to protect vulnerable road users by understanding behavioural aspects at different infrastructural sections is mandatory for professional and successful pro-active road safety work. Usual data collection within the road safety sector is provided by short-timed data collection by hand or police-initiated reports after crashes happened. For better results in research and infrastructure planning, much more data over longer timespans is needed to provide better understanding on traffic flow mechanics, human behaviour and infrastructural effects on both former topics.
With the Mobility Observation Box (MOB) an image sensor based solution to collect, measure and evaluate trajectory data that integrates seamless into traffic flows without interfering them was developed to overcome the data collection issues. MOB is able to collect data for up to 14 consecutive days on-site with machine learning based post-processing of relevant safety KPIs such as TTC and PET. The technology is battery-powered and can be mounted nearly everywhere due to its lightweight.

Apart from the bad road network and climatic conditions, other causes of road accidents on some of the roads have been linked to negligence of drivers and mechanical errors. other courses of road accidents include drink driving, faulty traffic light, faulty streetlight, highway attackers, fake engine oil, fake brake fluid, mechanical error, potholes. overloading, poor eyesight, Insufficient lighting conditions; unlit roads pose danger to motorists, pedestrians and cyclists, including threat to security.
A vehicle manufacturers document shows that, vehicles are equipped with 4 brakes to provide utmost safety on the roads, but our cheeks showed most drivers of commercial vehicles have disconnected 2 of these brakes, posing danger on the roads. Also, worn-out tyres affect the performance of vehicles.

We have been and continue to address issues associated with road accidents and medical treatments and are creating a process and methodology for data export. The results are the basis for injury prevention work.

1. Right-hand priority rule
1.1 Safety
1.2 Fluidity
2. The roundabout
Functionality
SMART ROUNDABOUT©
3. Parking
3.1. The parking parallel to the axis of the road
3.2. The parking perpendicular to the axis of the road
3.3. The oblique parking on the axis of the road
3.3.1 The parking at a sharp angle to the axis of the road
3.3.2 Parking at an obtuse angle to the road axis
4. Crosswalks: safety, fluidity, slow speed
4.1 The danger when crossing the street
4.2 Intersection blocking
4.3 Intermittent blocking
4.4 The impossibility of applying visible markings
4.5 Geometry of crosswalks, solution for excessive speed
5. Vehicle lights
5.1 The third brake light
5.2 Lights
5.3 Horizontal daytime or position lights
5.4 Signal lights
5.5 The surface and luminous intensity
5.6 Emergency lights
6. Entry and exit lanes, in and out of the highway
6.1 Length of acceleration and deceleration lanes
6.2 Common acceleration/deceleration lanes
7. Road markings and reflective elements
7.1 STOP and Yield markings
7.2 The reflectivity of markings
8. The devices with dispaly inside the cars
9. European technical inspection
10. European vehicle card
11. Final conclusions