Bridgestone adds tyre pressure monitoring system

Bridgestone has added a tyre pressure monitoring system to its Total Tyre Care programme for maximising tyre life and reducing total cost of ownership. The Bridgestone Tyre Pressure Monitoring System (TPMS) comprises sensors that are fitted to tyre valves, a receiver unit and analytic software.
January 6, 2017 Read time: 2 mins

175 Bridgestone has added a tyre pressure monitoring system to its Total Tyre Care programme for maximising tyre life and reducing total cost of ownership.

The Bridgestone Tyre Pressure Monitoring System (TPMS) comprises sensors that are fitted to tyre valves, a receiver unit and analytic software. The sensors measure tyre pressure and transmit the data via Bluetooth to the receiver for analysis. The system comes in three options – a handheld receiver whereby a driver can log individual tyre pressures, a gate-mounted receiver for locations with many vehicles passing a single monitoring point, and an on-board receiver for vehicles that tend to operate off-site, such as mobile cranes. TPMS enables users to easily monitor tyre pressure to improve tyre life and get early warning where issues might be developing. The system will produce alerts when tyre pressures cross specific thresholds. Bridgestone’s Total Tyre Care system also includes the Tyre Management System, professional services for tyre selection maintenance and support, and the company’s range of premium tyres.

Bridgestone also showed its recently-introduced 35/65R33 V-Steel N-Traction (VSNT) 4*-rated off-road tyre that it has specifically developed for underground haulage operations that use heavier shuttle trucks. Underground applications are similar to surface operations but require smaller tyre sizes due to the physical constraints. A higher load capacity per air volume is therefore needed, as provided by the VSNT 4* rating.

For more information on companies in this article

Related Content

  • Sophisticated software solutions offering surveying innovation and construction efficiency
    August 28, 2014
    An array of new software tools will deliver greater efficiencies to construction companies – Mike Woof writes. Sophisticated software systems are delivering advanced solutions to traditional construction tasks. Key developments have been made by major players in the sector, such as Bentley Systems, Fugro Roadware, Leica Geosystems and Topcon Sokkia. From Bentley comes a new package that will help road construction activities in urban areas featuring a heavy concentration of underground utilities. This n
    Read More
  • ADAS goes mainstream in Europe says Frost & Sullivan
    March 21, 2012
    Providing sophisticated advanced driver assistance systems (ADAS) like driver monitoring system, lane departure warning, intelligent headlamp control and traffic sign recognition to compact cars such as the Ford Focus or Citroen C4 has helped to bring down driver assistance systems from high-end cars to mass-volume compact cars.
    Read More
  • Digital cameras and VMS improve London and Scottish road safety
    March 18, 2016
    London and Scotland are using VMS and digital cameras to successfully lower road deaths. Road safety measures such as variable message signs (VMS) and digital cameras have boosted road safety in the UK capital London and also in the Scottish Highlands. And the systems need not be a drain on electricity supplies. Full matrix driver information signs from SWARCO Traffic, one of the UK’s leading traffic management technology providers, are being installed for the first time across the Transport for London (TfL
    Read More
  • Krohne Optiwave 6300 C takes the guesswork out of silo measuring
    August 3, 2017
    A variety of issues affect accurate continuous level measurement inside cement plants. The most critical concerns are dust, heavy build-ups, low-reflective media and uneven surfaces in conical and/or air-injected silos with internal objects. Now, new frequency-modulated continuous-wave – FMCW - radar technology, combined with high signal dynamics, offers a way to accurately and reliably measure product levels.
    Read More

Highlighted Content