sensative puck radars on EV charger.hero

Puck Radar sensor for LoRaWAN

The LoRaWAN radar sensor for parking lot control or distance measuring
mounting
Puck Front

Diameter 45 mm
Height 30 mm

  • Parking space occupancy sensor
  • Distance sensor:
    • Level sensor for silos etc
    • Waste bin and container levels
    • Snow level

Mounting options

(brackets not included)

puck in drilled hole

in drilled hole

puck bracket on concrete wall

on wall

puck bracket on pipe

on pipe

puck bracket wells

in wells and containers

Puck Radar LoRaWAN

Puck Radar is an ultra-low power radar sensor designed for presence detection, distance measurement, and level monitoring across a wide range of applications. Using advanced radar technology, it measures reflected signals over distance and reports accurate data based on configurable parameters.

With a radar range of up to 6.8 meters and flexible algorithms, it can be adapted for applications such as parking detection, tank level monitoring, waste management, and snow depth measurement.

Built for demanding environments, Puck Radar features a sealed enclosure and robust design, enabling reliable operation in outdoor and industrial conditions.

Typical use cases

  • Parking occupancy detection
  • Tank, silo, and septic level monitoring
  • Waste container monitoring
  • Snow depth measurement
  • Distance and presence detection

Key advantages

  • Radar-based sensing independent of light and environmental conditions
  • Up to 6.8 meter detection range
  • Configurable algorithms for multiple applications
  • 10 years battery life for long-term operation
  • Replaceable battery (2.1 Ah)
  • Easy configuration via NFC using an Android smartphone
  • Ruggedized design for outdoor use

Condensation protection

Puck Radar is designed for sealed outdoor environments where condensation may occur.

The device includes a silica gel solution that absorbs internal moisture, combined with a temperature and humidity sensor that monitors the internal environment.

If moisture levels increase due to condensation, the sensor can trigger an alert indicating that the silica gel needs replacement.

Radar configurations

Puck Radar is available in different variants depending on beam angle:

  • Standard housing (60° field of view)
  • Narrow lens housing (10° field of view)

Positioning

Puck Radar supports Wi-Fi-based positioning by scanning nearby Wi-Fi MAC addresses, with location calculated via a cloud-based location service.

This enables positioning in indoor or GPS-denied environments.

This functionality requires a compatible cloud service such as Sensative Yggio.

Installation

Puck Radar can be mounted using dedicated mounting plates, available as accessories.

Rev B, 2026-03-18


Application
Application Parking space monitoring, Filling level, Waste management, Distance measurements, Occupancy, Seat monitoring, Septic Tanks, Street wells
Benefits
Benefits No maintenance (10 years), Long-range (2 km), Sturdy & waterproof, High accuracy, Location-aware, Built-in data memory
In/Outdoor usage Indoor & Outdoor
Features
Sensor Radar 60 GHz, Temperature, Geolocation, Humidity, Humidity
Accessories Mounting kits
Configuration LoRaWAN OTAA, NFC
Geopositioning WIFI 2.4 GHz
Connectivity data
Frequency US (915 MHz) or EU868 - Europe 863-870 MHz
Protocols / Connectivity LoRaWAN, NFC
LoRaWAN version V 1.0.4
LoRaWAN class Class A
Sensor data
Radar beam Standard lens: +/- 60° beam (30 mm height) or Narrow Lens +/- 10°
Temperature accuracy ± 2 °C/ 3.6 °F @ 0-30 °C/32-86°F, +/- 0.2 °C
Sensor circuit Acconeer A111
Radar frequency 60 GHz
Radar range 0.2 - 6.8 m
Radar accuracy cm
Power supply
Powered by Lithium Thionyl Chloride battery, Replaceable battery, 2.1 Ah
Operating Conditions
IP Class 67
Operating range -30 - +80 °C
Mechanical data
Weight (g) 38 (Standard 60° lens), 43 (Narrow 30° lens)
Height (mm) 30 (standard lens), 45 (narrow lens)
Diameter (mm) 45
Internal
Manufacturer Sensative
Country of origin Poland
Search

Unlock!

Downloading a PDF is an exclusive service to our community. Join now for free!
You will also receive our monthly newsletter with the latest about Sensative, our users, and IoT.

By checking this box, I acknowledge that my email address will be stored by Sensative per our Privacy Policy. We will also add a cookie for your convenience so you can download more documents without entering your email address again. However, your downloads will still be tracked by Sensative. You can, at any time, unsubscribe from these updates.

Thank you for subscribing to the Sensative newsletter

Your PDF download is now unlocked

Also, we have unlocked all services exclusive for the Sensative community