Comparison of two predictive diagnostics units – modern white and legacy dark gray models
Diagnostic unit with predictive diagnostics system

Predictive Diagnostics for Vehicles

  • Enables real-time vehicle condition monitoring and streamlined maintenance planning for fleets.
  • Helps schedule repairs proactively, reduces unexpected downtime, lowers maintenance costs, and extends lifespans.
  • Continuously learns from new data, refines its predictions, and improves its accuracy over time via machine learning.
  • Includes a diagnostics unit, a control display unit, predictive maintenance software, and integration with logistics systems.
  • Part of the VIBMS system deployed in PANDUR II and T-72 Czech Army vehicles.

Basic description

Predictive Diagnostics enables real-time condition monitoring and streamlined maintenance planning for vehicle fleets. It integrates a diagnostic unit, DDU display, predictive maintenance algorithms, and logistics information systems into a unified solution.

Using advanced machine learning, the system identifies anomalies, predicts component lifespans, and schedules preventive maintenance. This reduces unplanned downtime, extends asset lifespans, and lowers operational costs. The system continuously learns from new data, refining its predictions and improving accuracy over time to ensure optimal fleet performance and cost efficiency.

LPP has incorporated the diagnostic unit into armoured Czech Army vehicles such as the PANDUR II and T-72 through the VIBMS platform. LPP also collects and analyses data from the HORNET UGV to support predictive maintenance of unmanned ground vehicles.

Technical description

Power Supply 24 V / 1A max, 18 V min, 33 V max
Interface CAN, RS 232, RS 422, Ethernet, analog audio output
Operating Temperature -30 °C to +50 °C
Temperature Limit -40 °C to +70 °C
Dust Resistance 2 g/m3
Relative Humidity 98 % at 25 °C
For more details, contact us at email info@lp-praha.cz.