As summer comes to an end and students prepare to return to school, ensuring safe and accessible routes for all who walk and bike is essential. For many students, the journey to school is more than just a commute; it’s a chance for fresh air, exercise, and a sense of independence. However, for this journey to be both safe and inclusive, it requires thoughtful planning, community collaboration, and a strong commitment to accessible infrastructure. By integrating inclusive infrastructure, community efforts, and leveraging technological advancements, we can create safer school routes that cater to all students.

A corporate campus is meant to be a place where employees and customers can move freely and safely, but that same openness is what makes it vulnerable. Constant vehicle and foot traffic moving in and out of parking lots, driveways, and walkways creates a steady risk of accidents, and that risk only grows as more people rush to get where they are going. Static signage has long been the default response, but it raises a fair question: is a sign that never changes really enough to hold a driver's attention in a busy, ever-shifting environment? This post looks at the traffic challenges businesses face on their own campuses and the tools available to address them.

Signal hardware is easy to overlook. Crews inspect the signal heads, the controller cabinet, and the detection system because those are the components that fail loudly and get reported quickly. The brackets, clamps, fasteners, and mounting assemblies holding all of it in position tend to get far less scrutiny, even though they sit outdoors through every freeze, every heat cycle, and every storm the region can produce.

With summer upon us and children out of school, ensuring the safety of our youth is paramount. The longer days invite children outdoors, highlighting the importance of comprehensive street safety education. Instilling essential street safety rules in children is more than a precaution—it's an investment in their future. These early lessons lay the groundwork for lifelong habits that will safeguard them as they grow and become more independent. By teaching these practices now, we're not only ensuring their immediate safety but also equipping them with vital skills for the years ahead.

Navigating the twists and turns of road travel, especially on routes marked by sharp curves, presents a substantial challenge to drivers, contributing to a higher risk of accidents. Recognizing the critical need for enhanced road safety measures, TraffiCalm Systems has pioneered the development of Chevron Curve Warning Systems. These systems represent a leap forward in employing advanced delineation strategies to alert drivers effectively to upcoming curves. This article delves into the effectiveness of various curve warning strategies outlined by the Federal Highway Administration (FHWA) and highlights the role of TraffiCalm's solutions in reducing roadway departures and enhancing driver safety.

When most people think about a traffic signal, they picture the familiar red, yellow, and green lights that control an intersection. But behind every signal is a system of hardware that supports, mounts, protects, and powers the equipment needed to keep traffic moving safely and efficiently.

Urban environments reveal profound inequities, where lower-income neighborhoods suffer from substandard infrastructure and compromised safety. This disparity not only affects the quality of life for residents but also poses significant risks, particularly for pedestrians. As we reflect on our infrastructure, it's crucial to consider those who face daily challenges due to these systemic inequities.

Walking to school has always been a fundamental part of childhood. However, the journey is fraught with more dangers than ever before, as digital distractions from smartphones pose a new challenge to pedestrian safety. This article explores the impact of these distractions on school zone safety, backed by recent trends and statistics. We also highlight the role of traffic control devices in enhancing safety and introduce TraffiCalm's innovative solutions designed to protect our children.

We're thrilled to announce that the Pelco TB2N1 Transformer Base has been successfully validated through MASH 2016 crash testing. Our TB2N1 was included in a complete assembly (a 25-foot luminaire pole with a 10-foot arm and transformer base) that passed all three levels of MASH testing. This certification represents a significant commitment to crashworthy design and the safety of the infrastructure professionals who depend on our products.

Electric bicycles or e-bikes are gaining popularity as eco-friendly transportation alternatives, especially amidst rising fuel costs and environmental concerns. However, with this surge in ridership comes the need for clearer and consistent regulations to ensure safety and accessibility for all, as the variances between each can lead to confusion. An electric bicycle is essentially a standard bike fitted with a motor and/or throttle. The motor assists pedaling (pedal-assist), while the throttle propels the bike forward without pedaling.

Roads and shared spaces that serve both drivers and pedestrians present some of the most complex traffic management challenges in any community. From busy school drop-off zones to active work sites and industrial facilities, keeping everyone safe requires more than a standard sign posted on a pole. As traffic environments continue to evolve, so must the tools used to manage them. Variable speed limit signs offer a smarter, more adaptable approach to speed management in exactly these kinds of locations, and TraffiCalm is here to help.

Each spring, as construction season kicks off across the country, National Work Zone Awareness Week returns to deliver a message that should never have to be repeated but always needs to be heard. This year, NWZAW runs April 20 through 24, 2026, hosted by the Connecticut Department of Transportation, under the theme "Safe Actions Save Lives."

In an era where misinformation spreads faster than the truth and cities increasingly prioritize walkability and bike-friendly communities, distinguishing fact from fiction is essential for promoting holistic thinking about our shared spaces. Even though pedestrian safety won’t be getting an episode on MythBusters, understanding these issues is vital for all community members, as it impacts urban planning, public safety, and overall quality of life.

The latest MUTCD edition introduces several key changes that impact roadway safety products. These updates are designed to enhance traffic safety and efficiency, incorporating advancements in technology and addressing evolving transportation needs. However, with change comes uncertainty, particularly regarding product compliance and eligibility for government funding. Below, we break down the specific changes and how they affect TraffiCalm's product offerings.

When specifying traffic signal infrastructure, the terms "transformer base" and "foundation" are sometimes used interchangeably, but they are not the same thing. Each component serves a distinct purpose, and understanding how they work together can save time during design, streamline installation, and ensure your project meets safety and compliance standards from the start.

We've all been there: standing at a crosswalk, repeatedly pressing the button, wondering if it's doing anything. You might have even heard myths that crosswalk buttons are placebos, merely installed but not connected to anything. While this myth contains a grain of truth in some locations, the reality is far more interesting and complex. Many factors go into planning an intersection and its timing, but rest assured, push buttons do actually work.

Construction zones are among the most hazardous stretches of road for both workers and drivers. With lanes shifting, speeds dropping, and distractions all around, the margin for error is dangerously thin. Modern traffic safety technology is playing a bigger role than ever in protecting lives. Among the most effective and accessible tools available today are radar speed signs, and TraffiCalm is leading the way in bringing this technology to construction sites across the country.

Traffic signals do a lot more than guide drivers through intersections. They stand up to weather conditions from wind and ice to extreme temperatures, day after day. The backplate behind the signal head plays a critical role in visibility, but traditional designs come with a hidden cost: they dramatically increase the structural loads that stress the entire mounting system. Pelco Products set out to solve that problem, and the result is the AeroFlex flexible backplate.