Solutions

Design and validate complex motorsport electrical systems before you build them.

Modern race vehicles combine ECUs, power electronics, telemetry, and high-density wiring harnesses. NeuroNetIQ helps engineering teams design, model, and validate these systems before hardware is built.

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The engineering challenge

Race vehicles integrate ECUs, CAN networks, sensors, power distribution, and telemetry systems under extreme reliability constraints.
Electrical architectures are often assembled rapidly during development, creating hidden failure points, wiring complexity, and difficult in-field diagnostics.
Engineering teams need a way to design, analyse, and validate electrical systems before committing to expensive hardware builds.

Our approach

Electrical architecture modelling and computable validation
CAN network and telemetry system design
Power distribution and harness architecture
Digital twin modelling using LoomLab
Custom engineering software and data acquisition tools

What we deliver

Electrical system architecture review
LoomLab digital twin of the system
Power distribution and harness design validation
Physics-based electrical checks: voltage drop, current, thermal, fault protection
Engineering recommendations for reliability and serviceability

Pilot programme

Motorsport Electrical Architecture Pilot

A focused engineering engagement where we convert an existing vehicle electrical system into a validated digital twin and identify architecture improvements before build or integration.

£10k–£20kBook a Discovery Call

Start with one real problem

A 30-minute discovery call is free. A diagnostic engagement gives you a real output in one to two weeks.

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