Engine and Lap Analyzation

Analyze your tune and lap times.
All in one place.

Load datalogs, inspect calibrations, compare BIN files, and get actionable diagnostics and corner coaching.

  • Interactive datalog charts with WOT pull detection
  • 9 analysis engines — fuel, boost, timing, thermal & more
  • BIN calibration diff with table-by-table delta maps
  • Lap telemetry analysis with corner detection
Request a Tune
Supported platforms
B58 Gen1 B58 Gen2 S58 MHD+ Datalog XDF Definitions RaceChrono AiM Apex Pro Harry's LapTimer SoloStorm TrackAddict RaceCapture VBOX (.vbo)

Everything you need to analyze your tune and lap times

Five purpose-built tools, each focused on a different layer of the calibration and real-world performance picture.

Datalog Viewer

Load MHD CSV exports and explore your engine data with synchronized, multi-channel Plotly charts. Automatic WOT pull detection, gear tracking, and optional DME table overlays to correlate what the ECU is commanding against what the engine actually did.

Interactive Charts WOT Pulls Gear Detection Table Overlay

Tune Analyzer

Nine analysis engines run against your datalog and BIN to surface actionable diagnostics. Inspect fuel scalar correction, WGDC base / P-factor / D-factor behavior, ignition timing, EGT protection activity, thermal proximity, and a full tune health checklist with MG1 torque recommendations.

Fuel Scalar WGDC / P-D Factor Timing EGT / Thermal

BIN Compare

Upload two calibration BIN files and diff them table-by-table. Changes are color-mapped on a blue-to-red diverging scale so increases and decreases are immediately visible at a glance — no manual spreadsheet comparison needed.

Delta Maps XDF Auto-Match Table-by-Table

Lap Analysis

Import telemetry from seven different logging apps — RaceChrono, AiM, Apex Pro, Harry's LapTimer, SoloStorm, TrackAddict, and more. Auto-detects the format, identifies corners, computes sector times, and overlays engine operating points for track-day debriefs.

7 Formats Corner Detection Sector Times

MG1 Torque Limits

Dive into the BMW MG1 torque fill architecture — the most complex layer in the S58 calibration. Inspect 11 filling flags and 26 torque limit bits, with per-cell headroom analysis against your own BIN so you can see exactly which limits are the binding constraint.

11 Fill Flags 26 Torque Bits Headroom Analysis

Privacy First

CSV datalogs are parsed entirely in the browser and never transmitted to the server. Your raw engine data stays on your machine. Only BIN files, which are required for server-side binary decoding, are temporarily uploaded to the session.

Client-side CSV Session-only BINs

Up and running in seconds

No install, no setup. Just sign in and start loading files.

1

Sign in

Use your access password to authenticate. Sessions persist so you won't need to log in each visit.

2

Load a datalog

Export a CSV from MHD+ and drop it on the Viewer. Charts render immediately with all channels available.

3

Upload your BIN

Add your calibration BIN file to unlock the Analyzer, Compare, and MG1 Limits tabs with full table data.

4

Review diagnostics

Run the Analyzer to get flagged issues and recommendations, or diff two BINs to review what changed.