Skip to main navigation Skip to main content Skip to page footer

Modular Radar Evaluation Kits

Discover the future of radar technology with Wellenzahl! 

We are excited to present our new promotional reel showcasing our groundbreaking concept of modular radar systems. Designed to bring flexibility and efficiency to your projects, our systems offer the following features:

  • Modularity: From monostatic level measurement to presence detection with a multi-antenna system – choose the best frontend for the right application.
  • Connectivity: All models can be controlled via MODBUS RTU or I2C. SPI for real-time data.
  • Full data control: Access to raw data and control allows the development of your own applications, which can then be integrated into the microcontroller.

Master Thesis

Company

Erfolgreicher Abschluss einer Masterthesis zum Thema: Millimeterwellen Leiterplatten-Hohlleiterübergänge für metallisierte Kunststoff…

Master Thesis

Company

Erfolgreicher Abschluss einer Masterthesis zum Thema: Implementation and evaluation of a vital signs detection using a 60 GHz FMCW Radar

Bachelor Thesis

Company

Erfolgreicher Abschluss einer Bachelorarbeit zum Thema: Erstellung und Evaluation einer Echtzeit-Sensordatenvisualisierung in einem lokalen…

Bachelor Thesis

Company

Erfolgreicher Abschluss einer Bachelorarbeit zum Thema: Konzeption und Validierung eines ökonomischen und standardisierten Prüfaufbaus für…

IoT Livedemo online

Livedemo

Our IoT sensor measures every 15min the water level of a small lake.

Solution Partner of Silicon Radar

Development

We are now official solution partner of the Silicon Radar GmbH

Healthtracking for cats

Feasibility

We had a success in a consistent measurement of the breath and hearthbeat of various cats.

Commisioning of a RAGES 5.8 GHz system

Development

Four 5.8 GHz RAGES system were installed and succesfully comissioned.

Livedemo Rapview online

Livedemo

Rapview is our web based GUI for interfacing with our RAPIDv3 modules.

New webpage online

Company

Our webpage is completely new structured and optimized

The radar drone modification

Feasibility

The low power 60GHz frontend allowed to measuere crop height, trees and the complete profile of a powercable using a mavic mini drone.

Levelsensing in hot and challenging environments

Feasibility

With an advanced static background estimator it is possible to measure in extreme environments with a high accuracy down to the mm level.

Third Party Network Texas Instruments

Development

Using and offering the fully integrated transceivers of Texas Instruments we are now officially listed on their Third-Party Network

Collision avoidance for AGV

Development

A dynamic background estimator is used for implementing a collision avoidance for automated guided vehicle.

Master Thesis

Company

Erfolgreicher Abschluss einer Masterthesis zum Thema: Millimeterwellen Antennensystem für ein monostatisches Radar mit dielektrischer Linse zur…

Dirt in a pipe

Feasibility

It is possible to measure into small pipe. Either water flow or dirt can be detected. The precise filllevel of the pipe is the result. The diameter…

Commisioning of a RAGES system

Development

Two 24 GHz RAGES system were installed and succesfully comissioned.

Foam measurement

Feasibility

For a radar measure the thickness of foam is not an easy task. With the right frequency choise for the targeted foam it was possible to measure the…

IoT on top of an IBC

Development

IBC are wide spreaded tanks for a variaty of fluids. The first fieldtest with the IoT sensor was succesfull.

Commisioning: Robotic accuracy enhancement

Development

Four 122 GHz radar sensors are used for measuring the exact position within a defined working plane of a 6-axis industrial robot

Award Winner

Company

We are proud winners of the Innoviationspreis des Landes Baden-Württembergs.

Level measurements

Development

Measuring solutions for surface water, rivers, open channels and groundwater.

Robotic accuracy enhancement

Development

Four 122 GHz radar sensors are used for measuring the exact position within a defined working plane of a 6-axis industrial robot

Thickness measurements of dielectrics

Created by T. Latzko Feasibility

Dielectric thickness measurements are performed.