Kistler unveils KiRoad Wireless HDR

Solution features remote wireless transmission for wheel force measurements
By Ben Spencer June 30, 2021 Read time: 2 mins
Kistler says suppliers to the automotive industry will benefit from reduced installation effort (Credit – Kistler Group)

Kistler is launching a wireless wheel force measurement system which it says will reduce the effort involved in vehicle dynamics, durability and tyre testing. 

The new KiRoad Wireless HDR (high data rate) features far-field telemetry compliant with the 2.4 GHz WLAN standard, and it can be used with existing RoaDyn wheel force transducers (WFT). 

Vehicle developers use WFTs to measure wheel forces and moments directly on the hub, yielding data that is critical for durability tests. These measurements are also used to evaluate vehicle dynamics and characterize tyre performance.

WFTs in the RoaDyn series were the first systems that used near-field telemetry to transmit data to the vehicle, the company adds. 

The KiRoad Wireless HDR features remote wireless transmission for wheel force measurements, which Kistler insists eliminates the need for time-consuming adaptations and cabling both inside and outside the vehicle. 

According to Kistler, automobile and tyre manufacturers, suppliers to the automotive industry, research institutions and motorsport teams are among the users who will benefit from reduced installation effort and easy operation – freeing up time for over the road and on-track testing.

This modular system consists of three components that are compatible with the 6-component wheel force transducers from Kistler: the onboard unit (electronics), the wheel unit and the rotary encoder.

Key features of KiRoad Wireless HDR include data transmission via WLAN (wireless standard: IEEE 802.11n), replaceable battery pack with minimum capacity of 4 hours at –20°C for winter tests and system configuration and visualisation of measurement results in KiCenter software or browser. 

Kistler claims a new rotary encoder concept used with the KiRoad Wireless HDR eliminates the need to attach any equipment to the outside of the vehicle.

The wheel unit, with its integrated calculation and transmitter unit, is waterproof and is easy to install and remove, thereby minimising set-up time for the test engineer.

All RoaDyn WFTs that are currently in operation can be equipped with KiRoad Wireless HDR, giving customers the benefits of a cable-free measuring system for all 6-component WFTs.

They can measure all forces and moments on the wheel in each of the three spatial directions as well as wheel angle and angular speed.
 

Detection, Monitoring & Machine Vision Classification & Data Collection

For more information on companies in this article

Related Content

  • Mobile data terminal
    February 6, 2012
    Advantech has announced the TREK-550, an industrial in-vehicle dedicated box computer. When placed in transport trucks, buses, vehicle fleets and taxis, the device can be connected to a variety of monitoring systems, including OnBoard Diagnostics (OBD-II), a Car Area Network (CAN) and Tyre Pressure Monitoring Systems (TPMS).
    Read More
  • Smaller VL-Trailer tracking device
    February 1, 2012
    VeriLocation, a telematics company which currently tracks more than 10,000 devices and vehicles across the UK, Europe and the Middle East, has launched a new smaller trailer tracking device with a three-year battery life. The revised VL-Trailer uses GPS satellite tracking to fix its location anywhere in the world, and reports it once a day using mobile phone networks to send data.
    Read More
  • Lindsay offers improved safety with its new X-LITE end terminal
    March 25, 2014
    Improved safety levels are claimed for the new end terminal developed by Lindsay. The X-Lite Terminal is said to offer excellent impact performance at an affordable price, as well as ease of installation. The product has been tested to NCHRP 350 TL-3 requirements and the firm is said to have been engineered for maximum interchangability for either flared or tangential installations. The unit is offered with heights of 710mm or 790mm, measures 11.43m long and features a W-beam design, which telescopes during
    Read More
  • Fraunhofer creates 'car to x' WLAN communication system
    February 3, 2012
    Researchers at the Fraunhofer Institute for Communication Systems ESK in Munich, Germany, have developed a car-to-x communication (C2X) system that makes structured communication possible between an electronic unit in the vehicle and the outside world.
    Read More

Highlighted Content