F1 Logan delivers high performance data logging for real time telemetry and post session analysis in motorsport and industrial testing. This compact solution combines robust hardware with intuitive software for engineers who need reliable, accurate signal capture under demanding conditions.
Designed for teams that prioritize precision and workflow efficiency, F1 Logan integrates seamlessly with existing test benches and race cars. The system emphasizes quick setup, stable time stamped records, and straightforward export options that keep the focus on data driven decisions.
| Model | Channels | Sample Rate | Storage | Use Case |
|---|---|---|---|---|
| F1 Logan Pro | 16 | 1 MSa/s per channel | 512 GB SSD | Racing and prototype validation |
| F1 Logan Lite | 8 | 500 kSa/s per channel | 256 GB SSD | Development and bench testing |
| F1 Logan Compact | 4 | 250 kSa/s per channel | 128 GB SSD | Component level diagnostics |
| F1 Logan Rack | 32 | 2 MSa/s per channel | 1 TB NVMe | High throughput test cells |
Hardware Integration and Mounting
Physical Design and Connectivity
F1 Logan units feature rugged chassis construction with reinforced USB C and Ethernet ports for stable high bandwidth links. Front panel indicators give immediate feedback on acquisition status, while rear I/O delivers flexible sensor interfacing.
Sensor Compatibility and Adapters
The system supports a wide range of analog, digital, and frequency inputs through scalable adapter modules. Teams can use common industrial connectors, enabling fast reconfiguration between events without custom wiring.
Software Platform and Data Workflow
Real Time Monitoring and Controls
Live dashboards in the accompanying software let engineers watch critical parameters during runs. Configurable alarms, trend graphs, and instant snapshots help identify issues before they affect the vehicle or equipment.
Post Processing and Export
Collected sessions convert to open standard formats that work with third party analysis tools. Batch export, metadata tagging, and project archiving reduce repetitive setup work across campaigns.
Performance Benchmarks and Reliability
Accuracy, Latency, and Uptime
Independent tests show F1 Logan maintains tight timing alignment across channels, even during long endurance sequences. Redundant power paths and error corrected memory contribute to consistent, interruption free logs.
Environmental Tolerance
Operating temperature ranges and vibration ratings suit both trackside and laboratory environments. Sealed connectors and conformal coating protect against dust, moisture, and chemical exposure during repeated events.
Deployment Recommendations and Best Practices
- Verify sensor ranges and wiring harnesses before vehicle integration to avoid rework.
- Schedule regular backup checks and SSD health monitoring during long campaigns.
- Document configuration files and label all adapter modules for rapid reuse.
- Run synchronization tests with other data sources to validate timing alignment.
FAQ
Reader questions
How does F1 Logan handle time stamping across multiple sessions?
Internal GPS disciplined clock keeps sample accurate across days of testing, and exported logs retain precise time indices for easy correlation with external systems.
Can F1 Logan integrate with existing CAN based vehicle networks?
Yes, optional CAN interfaces let the logger subscribe to bus traffic, allowing synchronized recording of vehicle network signals alongside physical sensors.
What support does F1 Logan provide for custom sensor builds? Application engineers assist with wiring diagrams, signal conditioning, and driver configuration so that proprietary or prototype sensors work on the first try. Is remote control and monitoring available for F1 Logan during race weekends?
Secure web interface and VPN ready links enable setup changes and live monitoring from pit wall or remote office without direct LAN access.