Private performance workspace

LogTRC Run Lab

Put setups head-to-head. The report ignores ride length and duration, and concentrates on speed, power, efficiency, RPM, acceleration and thermal behavior.

Your current run is loaded. Click + Add run to add another track for comparison.

Performance snapshot

1 valid run

260705QHWGU

260705QHWGU · vesc csv
Max speed GPS50.4 km/h
Efficiency87.3 Wh/km
Peak power6,925 W
Best 3s gain+11.7 km/h

Efficiency champions

The lowest measured Wh/km wins each category.

Three views prevent an unfair one-number verdict

Speed champions

Peak speed, acceleration and repeatable steady speed.

Higher is better

Telemetry comparison

Green marks the strongest result for that metric
Metric260705QHWGU
Max speed50.4km/h
Peak ERPM10,989ERPM
Efficiency87.3Wh/km
Peak power6,925W
Input current121.3A
Motor current185.4A
Lowest voltage55.6V
Voltage range11.4V
Peak duty80.0%
FET temperature35.6°C
Motor temperature16.5°C
Peak acceleration2.00m/s²
Best 3s gain11.7km/h

Operating-range laboratory

Compare every setup at the speeds that matter to you
Selected speed window
20 - 40 km/h

Matched-speed comparison

Every point compares runs at the same speed. Gaps mean that run did not collect enough data there.

Steady-state efficiency

Acceleration and unstable-speed sections are excluded
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Automatic cruise detectorA section qualifies after at least 4.5 seconds with no more than 3 km/h speed variation and very little speed slope. Sweet spots need repeated coverage across at least three neighboring speed buckets.

Clean cruising efficiency curve

Only detected steady-state telemetry
Stable sections only

Advanced performance lab

Engineering view

Performance envelope

Speed versus power
Bubble size represents electrical current. Bubble color moves from green to red as Wh/km rises.

Propeller load map

ERPM converted into real speed
Bubble size represents duty cycle. Hover to inspect current, duty and efficiency at each point.

Efficiency frontier

Fast and efficient lives toward the upper-left
Optimal frontierDominated

Acceleration heatmap

Best detected time through each speed band
Hover a cell to see median time and the number of detected attempts.

Visual analysis

Hover, hide runs from the legend, and zoom the scatter graph

Performance overview

Normalized score

Peak output

Speed, power and ERPM

Efficiency by speed band

Lower Wh/km is better

Power required for speed

Each point is a telemetry sample

Current demand

Peak amperage

Temperature and voltage

Lower stress is better

Smart analysis

Generated from measured values only
Add at least two runs with matching telemetry to generate the written comparison.