For bikes, cars, and commercial vehicles.
OilHive is a platform that brings together oil changes, fuel economy, riding feel, and service history in one place.
Make the daily changes in oil degradation and fuel economy visible through your logs — affected by engine condition, mileage, and riding conditions.
The more you log, the more your data grows into actionable guidance for oil change timing and oil selection.
What you can do with OilHive
Track oil changes and fuel economy
Save oil brand, viscosity, date, mileage, cost, and fuel economy trends together. Look back at how fuel economy and feel changed before and after oil changes.
Capture how it feels over time
Record engine sound, vibration, shift feel, and throttle response. Track perceptual changes like 'felt great right after the oil change' or 'noticed a difference around X km'.
Compare how different oils perform
Compare how oil change intervals, fuel economy, and feel differ when using different oils in the same vehicle. Accumulated records guide your next oil choice.
Notice changes in fuel economy
Track fuel economy trends to spot unusual shifts — a useful cue for noticing low tire pressure, missed maintenance, or changes in riding conditions.
Welcome to OilHive
Your logs become community knowledge, growing into predictions for future oil choices and maintenance.
More logs, clearer decisions.
Which oil, in which vehicle, for how long. Recording engine mileage, riding conditions, fuel economy, and feel changes together grows your data into decision-making material for your next oil change and maintenance.
Tribology Tools
Lambda Ratio Calculator
LiveCalculate λ ratio, minimum film thickness, and maximum contact pressure.
Specific Wear Rate Calculator
LiveCalculate specific wear rate and wear volume from BCRF height-map files.
Contact Pressure Calculator
SoonMinimum Film Thickness Calculator
SoonSpecific Wear Rate Calculator
SoonComing soon
Fleet oil management
Fleet dashboard for centralized oil management across multiple vehicles.
Engine oil degradation prediction
Predict engine oil degradation from driving data using ML models.
Oil change interval prediction
Suggest optimal oil change timing based on vehicle type, usage, and oil grade.
Fuel economy change analysis
Analyze fuel efficiency changes before/after oil changes from fuel logs.
Data contribution
Contribute test data and log data to OilHive to improve prediction model accuracy.
Start with a single oil change.
Log oil changes, fuel economy, riding feel, and service history to build future decision-making material tailored to your vehicle.
Get started with OilHive