National Striping

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Leave a Review. They may cross the entire road from shoulder to shoulder, or they may only be in the wheel paths. Shoulder and centerline rumble strips are used to reduce lane departure crashes. Centerline rumble strips are used on undivided highways to reduce cross-over incidents and resultant head-on collisions. Shoulder rumble strips are used primarily to reduce run-off-road collisions.

They alert distracted or drowsy drivers that they are leaving the roadway or crossing the centerline of the road. In this application, they are narrower and outside of the wheelpaths. Surface-mount raised pavement reflectors are easily scraped off by the blade on snowplows , and thus are not practical in many locations in the United States and Canada. Rumble strips combined with pavement markings are sometimes called rumble stripes.

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They may be formed with raised textured plastic pavement markers, or they may use conventional pavement marking materials sprayed onto milled rumble strips. Rumble stripes have markedly increased visibility in wet nighttime conditions, when conventional markings on flat surfaces can be difficult to see. Initially, shoulder rumble strip installation focused on freeways using rolled-in rumble strips of different designs using a modified roller on a pavement rolling machines.

Later, paving contractors modified pavement rolling machines to mill rumble strips into existing hardened asphalt pavement. Specifically designed commercially available machines followed. The development of ceramic and plastic raised systems enabled installation on concrete pavement highways, and the smaller footprint was better suited for the dashed centerline. As rumble strips produce audible rumbling in specific audio frequencies based on the spacing of the grooves and the speed of the automobile, they have been used to create novel musical roads.

These are also known as "singing shoulders".

Rumble strip installation is widespread, and in some cases controversial. Residents near urban freeways complain of noise at night as vehicles change lanes; or when vehicles strike the transverse rumble strips.

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The encroachment of shoulder rumble strips onto highways with narrow shoulders may create a hazard for cyclists. US and Canadian guidelines have minimum standards for installation on known cycling routes. In , in Michigan, the Amish claimed that the shoulder rumble strips were dangerous for horse-drawn carriages, and successfully lobbied to have them paved over. In , Kansas has considered removing shoulder rumble strips from an interstate highway to allow buses to travel on the shoulder during periods of traffic congestion.

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  8. The single-vehicle crashes are classified into two groups: run-off-road ROR , and on-road OR crashes in which the vehicle remains on the road after the crash. ROR crashes are due to inattention, speeding, traction loss, overreaction, crash avoidance, and mechanical failure. Studies support the hypothesis that some crashes are not prevented, but merely "migrated" or displaced vehicle-to-vehicle, season-to-season, location-to-location, further downstream of rumble strips on the highway system, or prevented-to-unprevented [ further explanation needed ] crash severity.

    An FHWA sponsored study wrestled with the moral dilemma of rumble strips keeping "unsafe drivers" which includes impaired drivers on the highway. Unfortunately, as noted above, an examination of downstream crashes could not be conducted. A Swedish study using a driving simulator and 35 sleep-deprived drivers concluded: "The main results showed an increase in sleepiness indicators from start to before hitting the rumble strip, an alerting effect in most parameters after hitting the strip. The alertness enhancing effect was, however, short and the sleepiness signs returned 5 min after the rumble strip hit.

    Essentially no effects were seen due to type of strip.

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    A Montana study suggested that on Interstates, shoulder rumble reduced the roll-over accident rates but the severity of unprevented roll-over accidents increased. This was thought to be due to the rumble strip "scaring" sleeping drivers to the extent that they overreacted. This problem was more pronounced on primary highways that have narrower shoulders with rumble strips. The 'classic' one-car crash results when a vehicle slowly drifts to the right, hits dirt or rumble strips on the right shoulder of the road, and the driver becomes alert and overreacts, jerking the wheel left to bring the vehicle back onto the road.

    This motion causes the left front tire to strike the raised edge of the pavement at a sharp angle, often causing a rollover or a swerve into oncoming traffic. This form of one-car crash is "classic" because it occurs very often. This "slowly drift to the right" scenario applies to jurisdictions with right-hand traffic , so in jurisdictions with left-hand traffic it would be a "slowly drift to the left" scenario.

    This phenomenon implies that a sleeping driver often does not react and begin to recover, until all four wheels have struck a rumble strip; if the paved shoulder is narrower than the width of the vehicle wheel track, a rumble strip may not prevent a sleeping driver from going off the road. On a single-lane highway, an overreacting driver has less room to regain control, which may exacerbate their initial overreaction after striking the strips, resulting in a roll-over or head-on collision.

    A crash investigating officer stated: "It's consistent with someone who falls asleep or overreacts to the rumble strips", which implied that this was not the first time the officer has witnessed this situation. Accident profiles can change over time, and this can be considered a form of migration. Data from the US shows that motorcycles are becoming more popular and that motorcycle fatalities are increasing, while car fatalities are decreasing.

    Rumble strips may gradually encourage inattentive driving — thereby partially negating any safety benefits in the long term.

    This is referred to as "behavior adaptation". A US study suggested that airbags and antilock brakes can lead to unsafe driving. A safe driver population has more potential for negative behavior adaptation than an extreme unsafe driver population; whereas, an extreme unsafe driver population has more potential for positive behavior adaptation than a safe driver population. Different jurisdictions have different accident and fatality rates, as a function of various factors such as climate, road layout, demographics, educational programs, level of policing, driver attitudes toward night driving, promptness of emergency response, and level of medical intervention.

    The FHWA states: "Long sections of relatively straight roadways that make few demands on motorists are the most likely candidates for the installation of shoulder rumble strips. Implied in this statement is that highways that are twisty and hilly with a variable foreground have low rates of accidents due to inattention, and are therefore not likely candidates for the installation of rumble strips. In addition, safety improvements are not linear; there are diminishing marginal returns with a safer driver population, in which it is more difficult to further reduce the accident rate.

    Within the industrialized countries the rate varies between about 8 and 27 per , licensed drivers per year. This means that for every improvement of a fixed amount, the safety benefit gained decreases a little each time.

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    For example, increasing the width of the median from 50m to 60m will decrease the number of collisions less than increasing it from 10m to 20m. Eventually, a width will be reached at which widening the median further cannot be justified because the improvement in safety is too small. When the accident rate is close to the baseline of 8, there may already be several factors pushing it down so adding another safety factor initiative will only yield a very small improvement.

    Installing rumble strips on a highway with a high accident rate close to 27 should yield a relatively high accident reduction. This assumes that the road shoulder is adequate for a recovery, once a straying driver has been alerted by the rumble strips. Montana undertook an extensive year multi-site study of the effectiveness of CSRS on Interstate and primary highways both types are divided pavements. This study also investigated the severity of crashes, which sets it apart from previous studies. It was found that "roll-overs" decreased in number, but increased in severity.