Features

Maintenance Forecast

Track airframe health signals from your flight logs and know which aircraft needs service before it does not make it to the next survey day.

Scheduled maintenance instead of emergency repair

Reactive maintenance costs more than proactive maintenance every time. NVdrones tracks cumulative flight hours, motor temperature averages, battery charge cycles, and vibration index per airframe, generating a predicted next-service date that keeps your fleet available when you need it.

Per-airframe signal tracking

Four health signals monitored continuously from log data: motor temperature average, vibration index, battery cycle count, and gimbal axis load. Thresholds calibrated per airframe model.

Predicted service date

Based on current wear rates and historical flight cadence, NVdrones projects the date when each airframe will reach its recommended service threshold, giving your team a planning window of 2 to 6 weeks.

Email alerts before it matters

Pro and Team plans send alert emails when any signal crosses 80% of its threshold. You get the warning; you decide whether to accelerate the service window or operate with known margin.

Airframe Health

Real signal data, not generic checklists

The card to the right shows the live health panel for a DJI M300 RTK with 847 total flight hours. Signals are extracted from synchronized log files, not entered manually.

  • Motor temperature tracked as rolling average across all motors per mission
  • Vibration index derived from IMU log channels during cruise and hover phases
  • Battery cycles counted per cell, aggregated per battery ID
  • Gimbal axis loads inferred from gimbal stabilization log during flight
UAV-203
DJI M300 RTK
Active
Total flight hours 847 h
0 h Service at 1,200 h
Predicted next service
Jul 18, 2026
Based on 12-week average cadence
Motor Temp Avg
62 C
Vibration Index
1.14
Battery Cycles
287
Gimbal Axis Loads
91%

What maintenance forecasting tracks

Flight hour accumulation Total airframe hours logged since first sync, updated after each mission. Compared against model-specific service intervals.
Motor temperature trends Rolling average from multi-motor telemetry. High averages indicate load stress or cooling degradation ahead of failure.
Battery cycle tracking Per-battery cycle count from charge logs. Alerts at 80% of the manufacturer-defined cycle life for each battery serial.
Vibration index history IMU-derived vibration metric across missions. Rising index values indicate frame, prop, or motor mount wear before visible symptoms appear.
Gimbal axis monitoring Axis correction demand from stabilization logs. High sustained loads predict gimbal motor or bearing wear within the next service window.

Schedule maintenance on your terms

Connect your first airframe and start accumulating health history. Free plan includes maintenance signal tracking for one aircraft.

Request Early Access See pricing