Motorcycle Race Data Analysis & Telemetry

A fast lap is the result of hundreds of interconnected events.

Looking at a speed trace alone rarely tells the full story.

Antrieb combines multiple channels and evidence sources to understand the complete corner sequence:

1. Braking
2. Brake release
3. Turn-in
4. Minimum speed
5. Throttle application
6. Drive

Rather than simply highlighting where one lap differs from another, the objective is to determine what caused the difference and what should be changed next.

That could mean a riding technique change, chassis adjustment, electronics change, gearing decision or simply gathering better evidence before making a setup change.

Modern data acquisition can be incredibly powerful, but choosing the right hardware, configuring it correctly and knowing what to look for can quickly become overwhelming.

Antrieb can support the complete process, from selecting and supplying the right data-acquisition hardware through to installation, configuration, software setup and training.

We can help build a system around what you actually need to learn from the motorcycle, rather than simply fitting more sensors and generating more channels.

Support can include logger and dash selection, sensor specification, installation, channel configuration, calibration, software setup and practical training in platforms including AIM RaceStudio, MoTeC and 2D.

The objective is to make data useful and accessible, allowing riders and teams to get more from every session — whether that's an autumn trackday, a club race weekend or an international race event.

Antrieb supports commonly used motorcycle data-acquisition platforms including AIM RaceStudio, MoTeC and 2D.

From a simple GPS logger through to a fully instrumented race motorcycle, we can help specify a system appropriate to the rider, machine and objective.

More importantly, we can help make sure the information it produces can actually be turned into decisions.

Analysis can range from straightforward lap and sector comparison through to detailed channel analysis and correlation between rider input, motorcycle behaviour and lap-time performance.

Support can also include reviewing logger configuration and identifying useful additional channels where the available data is not sufficient to answer the engineering question.

Logged data can provide an objective view of how a rider is using the motorcycle.

We analyse areas including:

• Braking points
• Brake pressure
• Deceleration
• Brake release
• Corner entry speed
• Minimum speed
• Throttle application
• Racing line and consistency
• Exit acceleration

Lap overlays and individual channels can then be used to identify where time is genuinely available rather than simply chasing the largest difference on a trace.

The objective is to give the rider specific, actionable feedback rather than overwhelm them with information.

A rider feeling a problem does not automatically mean that the first apparent cause is the correct one.

For example, a rider who cannot open the throttle early may be experiencing a line problem, rear grip limitation, geometry issue, suspension behaviour, engine-braking characteristic or electronics intervention.

Antrieb combines rider feedback with measured evidence to build and test competing explanations before recommending a change.

Where suitable data is available, analysis can include suspension movement, wheel-speed behaviour, longitudinal and lateral acceleration, brake pressure, throttle position and ECU channels.

This helps prevent the common cycle of making setup changes based on symptoms rather than identifying the root cause.

Antrieb can provide on-site engineering support ranging from focused data and electronics assistance through to full race-team technical leadership.

Support can be tailored to the level required.

That may mean helping a rider interpret data between sessions, configuring data and control systems, working through engine or electronics calibration, supporting chassis and setup decisions, or taking responsibility for the complete technical direction of a race weekend.

Trackside engineering support can include:

• Data acquisition and telemetry support
• Data analysis and rider debrief
• ECU and control-system calibration
• Engine and electronics setup
• Chassis and suspension development
• Test planning and structured problem solving
• Session-to-session engineering direction
• Race strategy and event support
• Crew chief support
• Full technical management of the race team

For larger programmes, Antrieb can operate as the central technical lead, coordinating rider feedback, data, chassis setup, electronics, mechanics and session objectives into one clear engineering direction.

The level of support can scale from a single rider at a trackday or club meeting through to national and international race events.

Not every rider needs a data engineer permanently at the circuit.

Antrieb can also review logged data remotely alongside rider feedback and setup information.

This can be used to investigate a specific problem, analyse a test or race weekend, compare riders or laps, or identify the highest-value areas to work on at the next event.

Remote analysis can also provide independent engineering input when a rider or team wants another perspective on a persistent problem.

Data analysis should not finish with:

The useful questions are:

• Why were you slower?
• What evidence supports that explanation?
• What should we change?
• How will we know whether it worked?

That is the approach behind Antrieb Race Systems.

The same evidence-led process also underpins Antrieb Snapshot.