Parks | People counting in parks
Outdoor People Counting in Parks
SensMax TAC-B is a radar-based outdoor people counting solution for parks, green spaces, recreational routes, and public access areas. It helps municipalities, park operators, and infrastructure managers collect reliable visitor statistics, monitor pedestrian flow, and understand how park areas are used over time. The system supports park visitor counting, footfall analytics, and public space monitoring for maintenance planning, infrastructure evaluation, service improvement, and Smart City reporting.
Outdoor people counting in public parks using SensMax TAC-B radar sensors
Why Park Visitor Counting Matters
Public parks attract a wide range of visitors including families, joggers, cyclists, tourists, and local residents. Understanding how people use these spaces is essential for planning infrastructure, maintaining facilities, and evaluating the impact of public investments.
Reliable park visitor statistics allow municipalities and park operators to monitor traffic patterns, compare seasonal trends, and identify the most popular entrances or walking routes. These insights support better planning for maintenance, safety improvements, and future park development.
Park visitor counting helps organizations:
- identify the busiest park entrances and pathways
- compare visitor trends across seasons and events
- optimize cleaning and maintenance schedules
- measure the impact of festivals or public programs
- justify infrastructure investments and funding requests
People Counting Technology for Parks
SensMax TAC-B uses 60 GHz mmWave radar technology for outdoor people counting and park usage monitoring. Unlike simple infrared beam counters, the radar sensor analyzes movement vectors, direction, and speed within the monitored zone. This makes it suitable for open public environments such as parks, promenades, and shared pedestrian and cycling routes, where visitors do not always move through a narrow passage.
The radar-based detection principle works without filming or recording personal data, which makes the system suitable for GDPR-compliant monitoring in public spaces. TAC-B can detect pedestrians, cyclists, and scooters and supports configurable lines and zones for more flexible counting logic in outdoor installations.
SensMax TAC-B radar sensor counting pedestrians and cyclists in a public park
How It Works
The TAC-B radar sensor is typically installed on a pole, lamp post, traffic light pole, or similar vertical structure at approximately 2.5-3 m above the monitored route. When a person or cyclist passes through the radar coverage area, the sensor detects movement, evaluates direction, and records counting events according to the configured zone logic.
Each sensor can monitor movement within up to a 10 m range and a viewing angle of up to 120°, covering approximately 100 m² under suitable installation conditions. Movement speed can be used to support traffic classification, for example separating walking, jogging, and cycling traffic. Data is stored internally and transmitted through Wi-Fi or 4G to the SensMax Cloud platform, where it becomes available for reports, dashboards, and trend analysis. Integration is also supported through API and MQTT for Smart City platforms and third-party systems.
Data, Analytics and Monitoring
SensMax provides park footfall analytics through a cloud-based dashboard where municipalities and operators can review hourly, daily, weekly, and monthly visitor statistics. This makes it possible to compare seasonal traffic trends, identify peak visiting times, evaluate entrance usage, and monitor long-term changes in park activity.
The collected data supports visitor reporting, public space monitoring, and park traffic analysis for operational planning and project evaluation. Reports can be exported by email or accessed through a web browser. API and MQTT connectivity also support integration with GIS systems, municipal dashboards, environmental monitoring platforms, and broader Smart City analytics environments.
Installation
The recommended installation height for TAC-B in parks is approximately 2.5-3 m, depending on the width of the path, the traffic mix, and the required coverage area. Typical mounting surfaces include lamp posts, poles, gate structures, and stable outdoor supports placed near entrances, walking paths, cycling routes, or shared-use corridors.
For remote installations, the sensor can be combined with the SPS20 solar power kit, making it suitable for off-grid outdoor people counting in parks, nature areas, and recreation zones without direct access to power infrastructure. With weather-resistant outdoor housing and an operating range suitable for changing outdoor conditions, the system supports year-round park visitor monitoring in rain, fog, snow, bright sunlight, and darkness.
Installing a TAC-B radar sensor on a pole in a public park with optional solar power
Key Technical Advantages
- Radar-based outdoor people counting without cameras or personal data recording
- Suitable for pedestrians, cyclists, and scooters in mixed park environments
- GDPR-compliant anonymous detection for public spaces
- Up to 10 m detection range with up to 120° viewing angle
- Configurable counting lines and zones for flexible installation logic
- 4G and Wi-Fi connectivity for remote access and cloud reporting
- API and MQTT support for Smart City and municipal integrations
- Optional SPS20 solar power kit for off-grid locations
- Low-maintenance operation in changing outdoor weather conditions
Real-World Applications
- City parks and recreational green areas
- Urban walking trails and jogging routes
- Shared pedestrian and cycling paths
- Park entrances and access points
- Botanical gardens and landscaped public spaces
- Waterfront promenades and leisure zones
- Outdoor event and festival areas inside parks
Business Impact
Understanding how many people use a park, when they arrive, and which routes they prefer helps municipalities plan maintenance, improve services, and justify investments. Park visitor counting supports cleaning schedules, staffing allocation, infrastructure upgrades, and evaluation of project results using real usage data instead of assumptions.
Park traffic monitoring also supports Smart City planning and urban mobility analysis. By measuring pedestrian and cycling flows across public green spaces, municipalities can compare locations, prioritize improvements, and prepare evidence-based reports for budget discussions, funding applications, and long-term infrastructure planning.
Example in Action
A municipality installs SensMax TAC-B radar sensors at two main park entrances and along a shared walking and cycling route. After several weeks of monitoring, the collected data shows that weekend traffic is significantly higher than expected and that one entrance receives most evening visitors. The statistics also reveal increased bicycle activity during morning and late afternoon hours.
Based on this information, the city adjusts cleaning schedules, improves lighting near the busiest access point, and uses the visitor statistics to support budget approval for additional maintenance resources and future path improvements.
FAQ
- How does an outdoor park visitor counter send data?
The sensor can store data locally and transmit it through Wi-Fi or 4G to the SensMax Cloud platform for remote access, reporting, and analytics. - Does the system collect personal data?
No. TAC-B uses radar-based movement detection and does not record images, video, or personal identifiers. - Where should the sensor be installed for accurate park visitor counting?
It is typically mounted on a pole, lamp post, or similar structure at approximately 2.5-3 m height above the monitored path or entrance. - Can a radar people counter work without electricity in a park?
Yes. With the optional SPS20 solar power kit and 4G connectivity, TAC-B can operate in off-grid outdoor locations. - How accurate is radar people counting in outdoor environments?
Under suitable installation conditions, the system typically achieves about 95-98% accuracy. - What maintenance is required after installation?
Once installed and configured, the system is designed for low-maintenance automatic operation.
Technical Details
| Feature | Details |
|---|---|
| Application | Outdoor people counting in parks, green spaces, walking routes, and recreational public areas |
| Technology | 60 GHz mmWave radar people counting sensor |
| Movement tracking | Direction-aware radar movement detection with speed-based traffic interpretation |
| Detection angle | Up to 120° field of view |
| Detection range | Up to 10 m |
| Coverage area | Approximately 100 m² under suitable installation conditions |
| Detected objects | Pedestrians, cyclists, scooters |
| Counting logic | Configurable lines and zones for outdoor traffic analysis |
| Data cadence | Automatic data collection with cloud-based reporting and export options |
| Connectivity | 4G / Wi-Fi / API / MQTT |
| Enclosure | Weather-resistant outdoor housing |
| Mounting height | Approximately 2.5-3 m |
| Installation type | Pole, lamp post, gate structure, or similar vertical outdoor support |
| Storage | Internal backup memory |
| Power supply | 12 V DC or optional SPS20 solar kit |
| Operating conditions | Suitable for year-round outdoor use in changing weather conditions |
| Accuracy | Typically 95-98% under suitable installation conditions |
| Maintenance | Low-maintenance automatic operation after setup |
