Infrared Sensor Accuracy | Professional racing, track events | Industry Standard: ±0.5°C (ISO 17025) Our Base: ±0.3°C (▲0.2°C) Our Advanced: ±0.2°C (▲0.1°C) | ▲0.3°C precision in Base/Advanced ensures reliable lap time splits. | Higher accuracy requires specialized calibration (costlier for Advanced). |
Battery Life | Long-duration races, endurance events | Industry Standard: 8h (AA batteries) Our Base: 10h (rechargeable) Our Advanced: 12h + solar assist (▲2h) | ▲4h+ endurance reduces mid-race interruptions. Solar assist (Advanced) adds redundancy. | Solar variant adds bulk (Advanced). Rechargeable batteries require maintenance. |
Display Type | Day/night visibility, cockpit integration | Industry Standard: Basic LCD (100 cd/m²) Our Base: Backlit LCD (500 cd/m²) Our Advanced: OLED (1000 cd/m²) | ▲500 cd/m² (Base) and ▲1000 cd/m² (Advanced) ensure readability in direct sunlight. | OLED (Advanced) increases cost by ~30%. Backlit LCD may strain night vision. |
Connectivity | Data logging, real-time telemetry | Industry Standard: None Our Base: Bluetooth 5.0 (20m range) Our Advanced: Bluetooth + GPS (▲50m range) | ▲GPS in Advanced enables track mapping and geotagged lap data. | GPS adds latency (~0.2s) and power draw (shortens battery life by 15%). |
Durability | Off-road racing, harsh environments | Industry Standard: IP54 (dust/water-resistant) Our Base: IP65 (▲IP rating) Our Advanced: IP67 (▲IP rating) | ▲IP67 (Advanced) withstands immersion in 1m water (ideal for mud/splash zones). | IP67 materials increase weight by 20% (may affect portability). |
Lap Time Precision | Championship racing, split-second timing | Industry Standard: 0.1s resolution Our Base: 0.05s (▲0.05s) Our Advanced: 0.01s (▲0.04s) | ▲0.01s precision (Advanced) meets FIM/AMA competition standards. | Higher precision requires proprietary sensors (no third-party compatibility). |