Where Are Average-Speed Cameras Used?

Many countries use average-speed cameras, including:

• Germany - Installed section radars in 2017 and had over 100 in operation by 2021
• Netherlands  - Uses section radars, called Trajectcontrole, and has reported a 15% reduction in serious road accidents where they are installed
• United Kingdom - Introduced section radars in 2014, primarily on motorways to enforce variable speed limits
• Ireland - The first motorway average speed camera went into operation on the M7 Motorway in April 2022
• Australia  - Uses Safe-T-Cam and the Australian State of Victoria has achieved notable success in reducing casualty rates since launching a road accident prevention initiative in the late 1980s
• Portugal - Uses average speed cameras only on the Vasco da Gama bridge between Lisbon and Montijo
• New South Wales - Uses average speed cameras that measure the time it takes a heavy vehicle to travel between two points and calculate the vehicle's average speed
• New Zealand - Uses average speed cameras 

In the world of traffic monitoring and enforcement, average speed cameras have become an increasingly common tool. These cameras differ from traditional fixed-point speed cameras, as they calculate a vehicle's average speed over a certain distance rather than capturing speed at a specific point. They are strategically placed in locations where maintaining a safe and consistent speed is crucial. Let's delve into where these average-speed cameras are typically used and why.

Highways and Motorways

One of the most prevalent locations for average speed cameras is on highways and motorways. These roads often have long stretches where maintaining a safe speed is critical for overall traffic flow and safety. Average speed cameras are deployed along these routes to discourage speeding and promote a steady flow of vehicles. They are effective in reducing the likelihood of accidents caused by sudden speed changes or reckless driving behavior.

Roadworks and Construction Zones

Roadworks and construction zones are other common area where average speed cameras are employed. These areas are inherently hazardous due to changes in road layouts, narrower lanes, and the presence of construction workers. By using average speed cameras, authorities can ensure that drivers adhere to reduced speed limits throughout the entire work zone, improving safety for both drivers and workers.

Accident Blackspots

Some locations have a history of frequent accidents and safety concerns. Average speed cameras can be strategically placed in these accident blackspots to encourage drivers to maintain safe speeds. By monitoring average speeds over such areas, authorities can implement targeted measures to reduce the risk of accidents and improve road safety.

Urban Areas and Residential Zones

While less common, average speed cameras are also utilized in urban areas and residential zones where speeding can be a significant issue. These cameras are often used near schools, parks, and residential neighborhoods to enforce lower speed limits and ensure the safety of pedestrians and residents.

Tunnel and Bridge Approaches

Tunnels and bridges are critical points on road networks where maintaining steady speeds is essential for safety. Average speed cameras are frequently installed at the approaches and exits of tunnels and bridges to regulate traffic flow and reduce the risk of collisions in these confined spaces.

Temporary Traffic Calming Measures

During temporary traffic calming measures such as events or festivals, average speed cameras may be deployed to manage traffic and enforce speed limits. These measures help prevent congestion and ensure a smooth flow of vehicles through temporary high-traffic areas.

Benefits of Average Speed Cameras

The use of average-speed cameras offers several advantages:

• Consistent Speed Enforcement: Encourages drivers to maintain a steady and safe speed over longer distances.
• Improved Traffic Flow: Reduces sudden braking and acceleration, promoting smoother traffic flow.
• Enhanced Safety: Reduces the likelihood of accidents and serious collisions in high-risk areas.
• Cost-Effective: Provides continuous monitoring and enforcement without the need for multiple fixed-point cameras.

In conclusion, average speed cameras are employed in various locations to promote safer driving habits, manage traffic flow, and reduce the risk of accidents. By strategically placing these cameras in areas where speeding poses a significant threat, authorities can effectively enforce speed limits and improve overall road safety. Understanding where average speed cameras are used underscores their importance in creating safer and more efficient road networks for everyone.