2.4GHz Communication Smart TPMS Satellite Positioning Truck Tire Monitoring

Truck Network Edition Tire Pressure Monitoring System with Built-in 2.4 GHz Communication and Satellite Positioning, Featuring a Wireless Repeater

The Truck Network Edition Tire Pressure Monitoring System With A Wireless Repeater Uses 2.4 GHz Communication And Offers Strong Resistance To Interference.

I. Product Overview

This system is a Commercial Vehicle Truck Network Edition TPMS (Tire Pressure Monitoring System), equipped with a wireless, non-invasive repeater that features a built-in 4G communication module and satellite positioning module. It requires no wiring in the cab and uses the 4G network to upload tire pressure, tire temperature, axle temperature, and vehicle location data to the cloud platform in real time; It employs a hybrid 433 MHz + Bluetooth communication architecture, compatible with tractor-trailer combinations, eliminating the need for additional wiring harnesses in the cab, and supporting both local driver displays and remote backend monitoring. Designed to automotive-grade standards, the system addresses industry pain points such as the hassle of installing traditional wired repeaters, the cumbersome wiring required for swap-trailer assembly and disassembly, the lack of remote positioning, and the inability to centrally monitor data via a backend system. It supports remote fleet operation and maintenance, route tracking, and tire anomaly alerts, catering to large-scale fleet management scenarios such as logistics fleets, mining operations, ports, and construction commercial vehicles.

II. System Components

1. Tire Pressure / Axle Temperature Sensors (Automotive-Grade)
   Includes built-in strap-on or valve-mounted tire pressure sensors and magnetic axle temperature sensors that collect tire pressure, tire temperature, and axle temperature data, which is then wirelessly transmitted to the cordless repeater.
2. Wireless Repeater (Core Unit, with Built-in 4G + Satellite Positioning)
   Receives 433 MHz wireless signals from the sensors and forwards them locally via Bluetooth to the in-vehicle display; simultaneously, it uploads tire pressure, temperature, location, and time data to the cloud server via the built-in 4G module; features built-in satellite positioning to output the vehicle’s latitude and longitude, speed, and travel trajectory.
3. In-Vehicle Display (Optional Accessory)
   A local terminal that displays real-time tire pressure, tire temperature, axle temperature, and alarm notifications for the driver to view on-site, without affecting cloud data uploads.
4. Cloud Monitoring Platform / Mobile Backend
   Receives data uploaded by the repeater to provide vehicle status updates, location history, tire anomaly alerts, historical data storage, report export, and centralized management of multiple vehicles.
5. Matching Wiring Harness and Installation Accessories
   Power connection cables, mounting brackets, and sealing components ensure a non-destructive installation that does not damage the vehicle’s original wiring.

III. Product Specifications

Basic Specifications (can be fine-tuned as needed)

IV. Core Features

1. Real-time Tire Status Monitoring: Real-time collection of tire pressure, tire temperature, and axle temperature for each tire, displayed simultaneously on the local screen and in the cloud.
2. Satellite Positioning and Route Management: Beidou + GPS dual-mode positioning; real-time reporting of vehicle location, speed, and travel routes; historical routes can be replayed.
3. 4G Remote Data Upload: Wireless upload of vehicle tire data; supports remote backend monitoring; data is cached locally when offline and automatically uploaded upon reconnection.
4. Multi-Level Fault Alerts: Alerts for abnormal pressure, high temperature, rapid air loss, sensor detachment, low sensor battery, and repeater offline status, accompanied by local audible and visual alerts plus platform push notifications.
5. Automatic Identification and Pairing for Swap-and-Haul Operations: Cordless repeater architecture eliminates the need for rewiring when changing trailers; supports swap-and-haul scenarios with automatic sensor recognition and connection for trailers.
6. Cloud-Based Fleet Management: Vehicle inventory, historical tire data records, alarm statistics, export of O&M reports, and multi-vehicle group management.
7. Sensor Status Self-Check: Real-time monitoring of sensor battery levels and signal connectivity to provide early warnings of potential sensor failure.

V. Product Advantages

1. Wireless, Non-Invasive Installation: Utilizes a wireless relay solution that eliminates the need for complex wiring and requires no modifications to the vehicle’s original wiring, significantly reducing installation time and costs.
2. Integrated 4G + BeiDou Positioning: The relay features built-in 4G and satellite positioning, eliminating the need for additional positioning terminals. High hardware integration reduces the number of required devices.
3. 433 MHz + Bluetooth Dual-Communication Integration: Receives trailer sensor signals over long distances and connects directly to the display via local Bluetooth, ensuring stable signals and strong interference resistance—ideal for complex electromagnetic environments such as long-haul routes, mines, and ports.
4. Automotive-Grade Sensors: With controlled airtightness and service life, these sensors offer superior long-term stability and lower failure rates compared to consumer-grade sensors.
5. Optimized for Drop-and-Pick-Up Scenarios: Enables quick coupling and uncoupling of tractor-trailer units; no rewiring is required when switching trailers, making it ideal for drop-and-pick-up transportation on logistics trunk routes.
6. Remote Operations and Maintenance Capabilities: Enables remote monitoring of tire health via the cloud, allowing for early prediction of tire blowout risks, thereby reducing tire-related accidents on highways and lowering fleet maintenance costs.
7. Unified, Standardized Model System: Standardized product model specifications ensure consistency in quotations, brochures, and solution proposals, minimizing errors in business promotion.

VI. Application Scenarios

1. Truck-and-Trailer Fleets for Trunk Logistics: Long-haul freight transport with remote monitoring of tire safety and vehicle location/trajectory.
2. In-Yard Trucks at Ports/Industrial Parks: Centralized safety monitoring for heavy-duty trucks and flatbed trailers operating within the yard.
3. Heavy-Duty Mining Trucks: In harsh operating conditions, monitor tire pressure and axle temperature to prevent tire blowouts under heavy loads and axle overheating failures.
4. Construction Transport Fleets: Construction commercial vehicles such as dump trucks and concrete mixers.
5. Large-Scale Fleet Management for Freight Groups and Logistics Companies: Centralized monitoring of multiple vehicles, with digitized safety records and safety performance evaluations.