Commercial Telematics & Fleet Hardware

Commercial Tire Pressure Sensor (TPMS) for Autonomous & EV Fleets

Heavy-duty, high-precision TPMS integrations designed to eliminate blowout downtime, optimize EV battery range, and automate tire maintenance for commercial fleets.

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Industrial-Grade Features Built for Autonomous Fleet Operations

Sub-PSI Precision & High-Frequency Telemetry

Continuous pressure and thermal data streaming via low-power Bluetooth (BLE) and native CAN bus protocols. The internal tire pressure sensor delivers sub-PSI accuracy, broadcasting telemetry every 500ms to detect micro-punctures before critical pressure loss occurs.

Automated Fleet Management Software Integration

Direct API connectivity streams real-time health data straight into autonomous vehicle control stacks, telemetry gateways, and EV fleet management software. Automate work orders instantly when pressure deviates from optimal operational parameters.

EV-Optimized Ruggedized Enclosure

Engineered with an IP67/IP69K-rated hermetic seal and an extended 5+ year battery life. Designed to withstand instantaneous high-torque acceleration, extreme braking friction, high heat, and heavy payload conditions typical of commercial electric platforms.

ROI & Cost Savings Calculator

Fleet Efficiency Breakdown

  • Prevent Unplanned Downtime: Early puncture detection alerts route dispatchers, preventing catastrophic roadside blowouts and costly delivery delays.
  • Maximize EV Battery Range: Maintaining precise tire inflation minimizes rolling resistance, restoring up to 4% in energy efficiency per charge cycle.
  • Extend Tire Lifespan: Eliminating chronic under-inflation ensures even tread wear, reducing total annual fleet tire replacement costs by up to 20%.

Technical Specifications & Vehicle Compatibility

Sensor Specs

Specification Parameter Value
Pressure Range 0 – 180 PSI (0 – 12.4 Bar) ±0.5 PSI
Frequency / Protocol 433 MHz / Low-Energy Bluetooth (BLE 5.2) / CAN Bus
Battery Life 5+ Years (Internal Automotive-Grade Lithium Cell)
Ingress Protection IP67 / IP69K Waterproof & Dustproof
Operating Temp -40°C to +125°C (-40°F to +257°F)

OEM & Autonomous Platform Compatibility

  • Class 1–3 Electric Delivery Vans: Direct OEM replacement for commercial urban transport.
  • Class 4–8 Heavy-Duty EV Trucks: Multi-axle configurations supporting high-load freight trailers requiring continuous power for robotic fleets.
  • Robotaxis & Autonomous Shuttles: Low-latency sensor integration with AV compute stacks.
  • Last-Mile Delivery Bots: Ultra-compact sensor housings tailored for small-wheel hub assemblies.

Enterprise Support & Deployment Process

Step 1

Rapid Mounting

Direct valve stem or wheel-rim strap installation in under 2 minutes per hub.

Step 2

Protocol Pairing

Auto-assign sensor IDs to vehicle VINs via BLE or CAN bus discovery mode.

Step 3

Fleet Rollout

Deploy broad integration via API with full volume hardware discounts & account support.

Plug-and-Play Hardware Setup

Deploy hardware effortlessly across mixed fleet assets. Each sensor features pre-calibrated firmware for immediate plug-and-play mapping to your existing telematics gateway.

Dedicated Account Support & Volume Hardware Discounts

Scale your hardware procurement efficiently with tiered volume pricing, dedicated enterprise account managers, and guaranteed SLA hardware replacement windows.

Ready to Scale Your Fleet Maintenance Automation?

Speak with an EVBots hardware specialist to test sample sensors or integrate custom firmware.

Contact EVBots Engineering Team