
Modern military vehicles must perform reliably in some of the world’s harshest environments – from high‑vibration tracked platforms to long‑endurance UAVs. To remain mission ready, defence operators increasingly rely on real‑time vehicle intelligence.
Reventec advanced sensing technologies delivers that intelligence through fuel and oil level, position, pressure and temperature sensors, designed for defence applications. Our sensors provide accurate, high‑fidelity data that helps operators extend asset life, reduce downtime and maximise operational effectiveness across both new and in‑service platforms.
Maximise Vehicle Platform Potential
By thoroughly understanding your vehicle’s current state and predicting its future performance, its full operational potential can be leveraged. As a result, customers see extended service life, reduced downtime, and enhanced combat effectiveness.

Precision Liquid Level Sensing
Fuel, coolant and oil levels are mission‑critical. Reventec’s capacitive liquid level sensors deliver stable, high‑accuracy measurements even under extreme vibration, shock and electromagnetic interference.
In UAV applications, Reventec’s lightweight liquid level sensors achieve ±0.5% accuracy, enabling predictable fuel usage and extended mission endurance. DroneCAN‑enabled variants support plug‑and‑play integration with ArduPilot and PX4, reducing wiring complexity and installation time.
Key benefits include:

Rugged Temperature and Pressure Sensing
Effective thermal and pressure management is critical for engines, power electronics, fuel systems and hydraulics. Reventec’s temperature sensors, including CAN‑enabled options, deliver reliable real‑time thermal data for mission‑critical components. Complementing this, Reventec’s rugged pressure sensors provide accurate monitoring of fuel, oil and hydraulic pressure, enabling early fault detection, system optimisation and improved platform reliability – even in high‑shock, high‑vibration defence environments.

Non-Contact Component Position Sensing
Reventec’s non‑contact position sensors deliver wear‑free measurement of moving components such as suspension systems, actuators, steering mechanisms and turrets. By monitoring precise movement and position, operators gain insight into:
Obsolescene Protection for In-Service Defence Fleets
Many defence platforms remain in service long after original components become obsolete. When legacy sensors reach end‑of‑life, redesigning systems or modifying tanks can be costly and disruptive.
Reventec solves this challenge with form‑fit‑function drop‑in replacement sensors, matching the mechanical footprint of obsolete components. This allows rapid upgrades without structural changes and is ideal for mid‑life upgrade programmes.
Enabling Predictive Maintenance and Readiness
High‑resolution sensor data from Reventec forms the foundation of predictive maintenance strategies. Continuous monitoring of fluid behaviour, temperature and mechanical movement enables early fault detection and proactive maintenance scheduling – a key input into Health and Usage Monitoring Systems (HUMS).
This sensor‑driven approach to vehicle intelligence helps defence organisations reduce downtime, extend vehicle life and maintain readiness across demanding operational environments.
Built for the Future of Defence Mobility
As military platforms evolve towards greater autonomy, reliable sensor data becomes essential. Whether upgrading legacy fleets, extending UAV endurance or enabling data‑driven maintenance, Reventec’s liquid level, position, pressure and temperature sensors are the foundation to the next generation of defence mobility.
By delivering accurate, durable and integration-ready sensing solutions, Reventec empowers defence forces to operate with confidence.
Explore Reventec’s vehicle sensors range
Visit Reventec’s website to learn more
Have a specific project in mind? Contact Reventec’s engineering team directly at +44 (0)1725 510321 for a consultation and to discuss how they can tailor their sensing solutions to your specific measurement challenge.