203 PSI

14 Bar Capacity

-30° to 85°C

Industrial Grade

11.6 PSI

Fast Leak Trigger

OTR TPMS for Mining & Quarrying: Industrial Tyre Pressure Monitoring

For New Zealand's mining and quarrying fleets, expensive downtime from tyre failures and the dangers of manual pressure checks are daily challenges. Driverseat Innovations is here to change that. Discover how our robust, real-time tyre pressure monitoring systems (TPMS) are engineered to keep your heavy machinery, like haul trucks and loaders, running efficiently and safely in the harshest conditions.

Solving your biggest tyre challenges

In the demanding environments of New Zealand mines and quarries, tyre failure isn't just an inconvenience—it's a massive financial drain. Our Industrial TPMS solutions are specifically engineered for OTR (Off-The-Road) heavy machinery, tackling the extreme heat and pressure fluctuations that lead to thermal separation and carcass fatigue. We ensure your haul trucks, loaders, and articulated dumpers stay productive in the harshest pits.

Eliminate Costly Downtime & Tyre Failure

Prevent expensive operational delays caused by catastrophic tyre blowouts. Our systems provide continuous, real-time data, allowing maintenance teams to identify slow leaks or abnormal heat spikes before they result in a site-wide stoppage.

Enhance Safety & Remove Manual Checks

Protect your staff by eliminating the need for hazardous manual pressure checks on high-pressure large-bore valves. Our 12V1 sensors transmit data wirelessly to the cab, significantly reducing the risk of accidents during routine maintenance of heavy fleet assets.

Optimise Performance & Extend Tyre Life

Maintain precise cold inflation pressures to significantly extend the service life of expensive OTR tyres. By reducing rolling resistance and preventing under-inflation, our TPMS helps mining operations slash fuel consumption and lower the total cost of ownership per hour.

Rugged reliability, built for New Zealand's toughest conditions

DriverSeat Innovations provides the most rugged, direct-fit TPMS solutions in New Zealand. Our 12V1 Large Bore sensors are built to survive extreme vibration and abrasive conditions that would destroy standard consumer sensors. Capable of handling pressures up to 203 PSI (14 Bar), our hardware is designed for the high-torque, high-load reality of quarrying and mining machinery. With intelligent repeaters to ensure signal strength across long wheelbases, we provide a reliable data link that keeps your operators safe and your production on schedule.

HEAVY INDUSTRIAL SPECIFICATIONS (12V1)
Valve Fitment Direct 12mm (Large Bore)
Maximum Pressure Up to 203 PSI (14 Bar)
Environmental Range -30°C to 85°C Extreme Duty
Signal Transmission Intelligent Repeater Compatible
Primary Application Mining, Quarry & Seaport Machinery
Installation Direct-Fit (No Leak-Prone Adapters)

Real-time monitoring, real-world results

Our industrial TPMS delivers real-time digital monitoring, completely eliminating the need for dangerous manual pressure checks. Driverseat's 12V1 Large Bore sensors are engineered to handle extreme conditions, accurately monitoring pressures up to 203 PSI and operating reliably from -30°C to 85°C, ensuring accuracy even under peak load spikes in harsh environments.

Extend tyre life, cut fuel costs

By ensuring your tyres maintain optimal pressure, Driverseat helps your fleet achieve significant operational advantages. Not only do we help extend tyre service life, drastically reducing replacement costs, but we also play a crucial role in reducing fuel consumption. Prevent catastrophic blowouts that lead to expensive operational downtime and keep your profits on track.

Mining & Quarrying FAQ

What is 12V1 Large Bore TPMS?
It is a direct-fit solution for industrial valves, rated up to 203 PSI. Unlike standard 8mm sensors, 12V1 is built specifically for the high-pressure demands of earthmoving and quarry machinery in New Zealand.
How does TPMS prevent tyre fires in NZ mines?
Our sensors monitor real-time heat levels. Early alerts for binding brakes or overheating rims allow operators to stop safely before a fire or thermal event occurs.