Vehicle Condition-Based Maintenance

Lone Star’s MaxUp® Fleet offers Conditioned-Based Maintenance (CBM) software that conducts real-time analysis on critical vehicle systems, predicts when and why components will fail to perform properly and recommends actions to prevent failures. MaxUp® Fleet provides predictive and prescriptive analytics for vehicle subsystems such as:

• Engines
• Tires
• Gearboxes
• Cooling
• Lubrication
• And more!

This results in lower maintenance costs, increased asset availability, and overall fleet reliability. Check out this CASE STUDY.

MaxUp® Fleet’s Vehicle Condition-Based Maintenance software will keep your vehicles more productive for longer at a lower cost.

Fleet Managers encounter common challenges: Optimizing fleet assets, maximizing vehicle uptime, and reducing maintenance costs. These factors can have a significant impact on your company’s profitability, return on assets, customer satisfaction, and missed commitments. Lone Star’s MaxUp® Fleet VCBM software provides real-time predictive and prescriptive analytics that allow fleet managers to have far more visibility into the actual condition of each vehicle AND that vehicle’s sub-systems. This visibility enables more efficient planning for maintenance and repairs and fleet assets can be allocated more productively.

Asset Optimization:

Realtime feedback assures the achievement of quality commitments through fleet management and proactive planning. Predictive capabilities enable timely problem resolution prior to expensive maintenance, lost revenues, or safety and compliance issues.

Maximize Uptime:

MaxUp® Fleet will provide vehicle health insights to minimize breakdowns during operations. MaxUp® Fleet facilitates prioritized scheduling and bundling of maintenance activities to reduce downtime and increase resource efficiency.

Reduce Maintenance Costs:

Defer/allocate spending on maintenance when needed or required based on condition, not just miles or time. Reduce costs through proactive maintenance actions such as tire pressure adjustments, hard braking, and other alerts impacting operational performance.