RD Paver makes pavement quality visible during the paving process
Hot asphalt, cold facts
RD Paver makes pavement quality visible during the paving process
The costs of maintaining the road network are increasing, the maintenance backlog is growing, and at the same time the available resources are limited. In paving operations, this means one thing: quality must be achieved right the first time, not through corrective actions afterwards.
Traditionally, pavement quality has been assessed based on spot measurements and post-process reporting. This provides only a limited view of what actually happens on site during production. Deviations in temperature, paving consistency or work rhythm are often detected only after the asphalt has already been laid, when corrective actions are slow, costly or no longer possible.
RD Paver changes this paradigm.
Quality is not confirmed weeks later – but immediately
RD Paver measures pavement temperature and its uniformity in real time across the full width of the lane during paving. This creates a continuous and comprehensive view of production quality, rather than an assessment based on isolated measurement points.
When the temperature drops, paving speed varies, or interruptions occur on site, deviations are detected immediately. This allows the contractor to respond during the process and prevent issues from carrying over into the finished pavement.
Quality is no longer an assumption – it is measured and visible.
A shared view reduces ambiguity
RD Paver provides all stakeholders with the same situational view. Both the client and the contractor can see what is happening on site, when, and where.
When discussions are based on shared, location-referenced data, ambiguity is reduced. Deviations no longer need to be explained afterwards based on recollections or fragmented measurements. Instead, observations can be verified directly from data collected during production.
At the same time, all measurement data is stored in the RD Paver service, making it available for later use, for example during the warranty period, for benchmarking, or for planning future projects.
Digital quality assurance as a service
RD Paver is not a standalone device, but a comprehensive service designed to be an integral part of standard paving operations. It includes measurement equipment, a browser-based user interface, and centralized data management and reporting.
The system automatically collects data across the entire project site and generates reports in a consistent format, which can be reviewed in real time or afterwards. This reduces the need for manual inspection and makes it easier to demonstrate quality without separate measurement arrangements.
For the client, this means reliable and comparable quality data; for the contractor, clear evidence of successful execution.
More than temperature – a complete view of the process
RD Paver does not focus on a single measured value, but on understanding the entire paving process. With the system, it is possible to identify, for example:
- uneven temperature distribution and segregation
- cold mix and associated high-risk areas
- stops and irregular work rhythm
As the latest development step, the system has been enhanced with sensor-based width measurement. Laser sensors mounted behind the paver measure the actual pavement width continuously throughout the operation, improving documentation accuracy and comparability between projects.
In addition, the system can be extended to monitor environmental conditions through a weather station installed on the paver. In this case, RD Paver records condition data within the same situational view, including rainfall intensity, air temperature and wind speed. This makes it easier to interpret observations during paving and improves documentation when weather conditions impact paving quality.
For the client: from supervision to influence
RD Paver enables a shift from traditional, reactive supervision to proactive quality control. When production quality is visible during the process, it can be influenced before deviations impact the final result.
In the long term, this supports a lifecycle approach: variations in quality can be identified, documented, and taken into account in road network maintenance and the planning of future projects. Consistent and comparable data helps to improve quality standards across the entire industry.
One tool, multiple benefits
RD Paver makes paving quality measurable, transparent and verifiable. It reduces uncertainty, improves collaboration and supports decision-making in the moment when it matters most, during the paving process.
When quality is based on facts rather than assumptions, the result is a more durable and better-managed road network.
Would you like to see how RD Paver works in practice?
Get in touch and request a demo. A real-time view of the site reveals more than any post-process report.
Contact Roadscanners’ experts and request a demonstration.
RD Paver makes quality transparent – benefits for contractors and clients
| Theme | Benefits for the contractor | Benefits for the client |
| Real-time situational awareness | Deviations are detected immediately, enabling corrective actions during paving and reducing rework. | Visibility into production without relying on spot-based supervision. |
| Quality as verifiable data | Clear evidence of successful execution, facilitating handover and reducing claims. | Reliable and comparable quality data to support decision-making and quality control. |
| Shared view and traceability | Shared data reduces ambiguity and accelerates issue resolution. | Deviations can be verified using production-time data, also during the warranty period. |
| Reporting and data management | Less manual measurement and reporting. All data available in one place throughout the project. | Standardized reporting and historical data support benchmarking and project development. |
| Full process visibility | Identifies risk areas such as cold mix, stops and irregular workflow, supporting continuous improvement. | Enables a shift from supervision to influence. When quality is visible, it can be addressed in time. |
| Cost and time impact | Fewer reworks and stoppages, faster handover and reduced administrative burden on site. | Improved cost predictability and lifecycle performance. Deviations can be addressed early, reducing future repair needs. |
| Scalability (sensors and environmental data) | Additional measurements, such as width measurement and weather monitoring, improve accuracy and reduce uncertainty. | Considering environmental conditions improves comparability and helps explain quality deviations when weather impacts the process. |