Automotive engineering specialists
BERU F1 Systems has announced that it is supplying its award-winning digital
tyre pressure monitoring system (TPMS) DigiTyre to Lamborghini for the Gallardo
and Murciélago platforms. The safety feature, developed using BERU F1 Systems’
extensive motorsport experience, is standard fit on US Gallardo and Murciélago
models to comply with the TREAD act. (The TREAD act makes it mandatory for
passenger vehicles and light trucks sold in the USA to be fitted with a pressure
monitoring system).
Specialist and niche vehicle manufacturers rightly demand robust and integrated
solutions,” says BERU F1 Systems’ managing director John Bailey. “The higher
speeds, higher cornering forces and demands experienced by performance cars rule
out many solutions currently available. Our system is robust, light yet still
retains all the integration features such as end of line testing and dealer
diagnostics that OEMs require.”
DigiTyre’s components comprise wheel electronics, an ECU, two antennae and four
LF satellite triggers. The wheel electronics contain a battery, absolute
pressure sensor, temperature sensor, accelerometer, micro controller and radio
transmitter/receiver housed in a robust wheel housing. By mounting this onto the
rear of a modified valve there are no rim modifications and the installation
becomes very straightforward. The four LF satellite triggers allow the wheels on
the car to be swapped or changed; the system instantly learns the wheels when
the ignition is switched on, providing immediate warnings to the driver.
The flexibility of the system
allowed Lamborghini engineers the opportunity to fit the system onto the cars
without costly modifications to the existing platforms. “Our system is highly
configurable,” continues Bailey. “We can adjust software, diagnostics and CAN
messaging whilst retaining the proven hardware. This allows us to integrate our
components within an existing vehicle architecture, a feature that is attractive
to low volume manufacturers.”
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DigiTyre’s components comprise wheel electronics, an
ECU and an antenna system. The wheel electronics
contain a battery, absolute pressure sensor,
temperature sensor, accelerometer, micro controller
and radio transmitter/receiver. |
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Automotive engineering specialists BERU F1 Systems
has announced that it is now supplying its
award-winning digital tyre pressure monitoring
system (TPMS) DigiTyre to Lamborghini for the
Italian carmaker's Gallardo (above, at this week's
Australian International Motor Show) and Murciélago
platforms. |
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The requirement for TPMS is being driven by legislation and tyre construction.
Modern rigid tyre walls mean that any drop in pressure will only lead to slight
increased flexing of the wall when the vehicle is stationary making it difficult
to visibly spot pressure loss. Under inflation can lead to increased loading on
the tread shoulders, leading to difficult vehicle handling and loss of control
on wet surfaces. The TREAD act makes it mandatory for passenger vehicles and
light trucks sold in the USA to be fitted with a pressure monitoring system.
TPMS is fitted as standard on US specification MY08 Gallardo and Murciélago
vehicle lines and is an option in other markets.
Founded in 1993 and, since 2001, a
specialist division of BERU AG, BERU F1 Systems offers advanced design and
manufacturing facilities for vehicle electrical systems, tyre pressure
monitoring, stress measurement and composites. Supplied to world championship
winning cars in every major formula including Formula 1, components from BERU F1
Systems are now available in military, road car, aerospace and nautical
applications. In January 2007, BERU F1 Systems won the prestigious Autosport
International Innovation of the Show Award for its Wire in Composite technology
as used on Jaguar’s C-XF concept car.
BERU F1 Systems' DigiTyre system which will be used by Lamborghini is robust,
light yet still retains all the integration features such as end of line testing
and dealer diagnostics that OEMs require. DigiTyre’s components comprise wheel
electronics, an ECU and an antenna system. The wheel electronics contain a
battery, absolute pressure sensor, temperature sensor, accelerometer, micro
controller and radio transmitter/receiver.
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