This template streamlines fleet operations by consolidating vehicle inventories, driver assignments, and maintenance records into a single system. It eliminates the chaos of scattered paperwork and disconnected spreadsheets, giving you a clear view of your fleet's health and operational costs.
The database consists of four connected tables: Vehicles for asset details, Users for drivers and mechanics, Maintenance for logging repairs, and Fuel Logs for tracking expenses. Built-in relationships allow you to link multiple logs to a single vehicle, automatically aggregating costs and history.
Integrated AI features significantly reduce manual work by automatically fetching vehicle engine specifications from the web and analyzing maintenance descriptions to classify urgency and suggest repairs.
Spreadsheets often fail to keep maintenance history and driver assignments in sync, leading to data fragmentation and errors.
Softr Databases ensure data integrity through native relationships. Unlike spreadsheets where you rely on fragile VLOOKUPs, this database links drivers to vehicles and fuel logs to specific assets securely. You can use Rollup fields to instantly calculate total maintenance costs per vehicle without complex formulas, ensuring your financial data is always accurate.
This template leverages Database AI agents to automate routine fleet management tasks. The AI actively monitors your data—fetching technical specs for new vehicles and assessing the urgency of reported maintenance issues—so you can focus on decision-making rather than data entry.
Manage fleet staff profiles, roles, licenses, and assigned vehicle records
Track fleet assets with AI-powered engine specs and technical summaries
Log repairs using AI to assess issue urgency and suggest technical actions
Track fuel consumption, purchase costs, and driver receipt attachments
This template is designed for operational leaders who need to maintain oversight of vehicle assets.
Adapt the template to your specific needs by adding fields for insurance policy numbers, GPS tracking links, or inspection checklists. You can also modify the status options in the Maintenance table to match your team's specific workflow.
Switching from Excel is simple—import your existing vehicle lists and driver details via CSV. This instantly populates your new database, organizing your historical data into a structured format ready for immediate use.
Transform this database into a complete fleet operations portal using the interface builder. You can create a mobile-friendly app where drivers log fuel receipts and report issues directly from the road. With users and permissions, you can ensure drivers only access their assigned vehicle data while admins retain full visibility.
A fleet management database is a central system used to track vehicle inventories, driver assignments, maintenance interactions, and operating costs. It organizes critical data to help businesses monitor asset health, ensure compliance, and reduce unnecessary expenses.
No-code databases allow you to deploy a professional fleet tracking system immediately without needing technical skills. You maintain full ownership of your data and can easily adjust fields as your fleet grows, avoiding the rigidity of off-the-shelf software or the chaos of spreadsheets.
With Database AI agents, you can automate manual data tasks like researching vehicle technical specifications or categorizing repair requests. For instance, AI can analyze a maintenance description to automatically flag it as 'Critical' or 'Low' urgency.
Yes, you can use Softr's interface builder to create a custom app on top of this database. This allows you to build portals for drivers to submit logs via their phones while keeping the backend data secure.
Yes, this template is free to use. Softr's free plan includes database functionality, allowing you to start tracking your vehicles and maintenance costs immediately without upfront costs.
Excel lacks the relational structure needed to link multiple maintenance records to a single vehicle effectively. This database enforces data types and connections, preventing errors and making it easier to scale your fleet operations without the system breaking.