TMA-3B3
Base your cycling policy decisions on data.
The TMA-3B3 combines radar and lidar to accurately count bicycles and measure their speed on bike paths. Its installation is simple, fast and safe.
Operation and strengths
Installed on a mast, the TMA-3B3 combines two technologies to provide optimal counting accuracy on the bike path. It is indeed able to count the number of cyclists in a group and to measure their individual speed.
- 98% accuracy at peak hours (compared to manual counting)
- Non-intrusive
- Autonomous and mobile (can be powered by solar energy)
- Consistent performance day and night
Technical features
| Detection direction |
bidirectional |
| Size of unit | L 68 x H 99 x D 150 mm (connector included) |
| Weight | sensor : 475 g/mounting bracket : 435 g |
| Protection degree |
IP65 |
| Mount | specific mount provided, adapted M8 |
| Operating temperature range |
from -20°C to +60°C |
| Power supply | 12-16 V |
| Power consumption | 130 mA @ 12 VDC |
| Frequency | K-Band – 24.165-24.235 GHz + LIDAR |
| User input (settings) |
RS-232 |
| User output |
RS-232 |
Use Case
Counting bicycles and measuring their speed on cycle paths in order to report traffic information to the public authority managing the cycle paths via a web platform.
The TMA-3B3, powered by solar energy, sends its data in real time via a GPRS network.
