Plugin

Vehicles & motorsport

Pitwall OS Automotive

Vehicle readiness, lifing and a season planner that holds up

Automotive is the motorsport and vehicle backbone: race cars, track cars, karts, dragsters, hire fleets and collections all live as assets with readiness state.

Lifing works the way the paddock thinks — distance, hours, runs and heat cycles — and the season planner ties rounds and championships to the cars actually available.

What it adds

Vehicle fleet with readiness and status
Distance, hours, runs and heat-cycle lifing
Work orders, faults and incident history
Tyre sets, positions, heat cycles and storage
Race season planner with rounds and championships
Provenance, valuation and originality for collections

How it runs

Fleet

Every vehicle carries status, readiness and its own component tree.

Life

Distance, hours, runs and heat cycles tick over from sessions and events.

Fix

Work orders, faults and incident history stay attached to the car.

Plan

Season planner lines rounds and championships up against real availability.

Case studies

Each of these is a live demo workspace you can sign into. The companies are fictional, created to show how Pitwall OS Automotive works in a real operation.

Gridline · Motion simulator events and installations

Motion rigs lifed like race cars

Twenty-two motion simulators built from actuators, controllers, PCs and displays had no single service history, so faults were diagnosed from memory.

What they use in Automotive

Asset chain from Qubic serial to actuators, PC, GPU and display
Run-hours and service intervals per simulator
Work orders and commissioning test records
Customer and installation records in CRM alongside the rigs

Outcome

Every rig carries its own configuration and service history, so workshop builds and on-site fixes start from facts.

Workspace spotlight Open live demo

Pacific Nitro Works Racing · Top Fuel drag racing team

Pass-based lifing for parts that live four seconds

A two-car Top Fuel team measured component life in passes and heat cycles, and had to rebuild every engine between runs across a twelve-round season.

What they use in Automotive

Pass-based lifing on engines, clutch packs, superchargers, rods and cranks
Full teardown and reassembly jobs logged between every pass
Serialised marks per car — ENG-TF-014 on TF-01, ENG-TF-021 on TF-02
42 minute clutch turnaround tracked against the round schedule

Outcome

Teardown findings feed the next build, and the service schedule makes a pass at Gainesville repeatable at Seattle.

Workspace spotlight Open live demo

Scuderia Novanta GT · GT and endurance team

Endurance line-ups billed as accurately as they're run

Multi-driver GT entries meant gentleman-driver billing and stint plans were reconstructed after each event from notes.

What they use in Automotive

Multi-driver line-ups against car and event
Endurance run plans and pit stop sequences
Component lifing across long-distance running
Customer racing invoices generated from actual usage

Outcome

Stint data and invoicing come from the same record, so customer racing settles within days of the flag.

Workspace spotlight Open live demo

Valora Karting Team · Karting race team and driver academy

Every chassis, engine and session documented

A Valencia race team and academy ran 18 chassis and 32 engines across rental, Mini, Junior, Senior and KZ drivers with setup sheets living in notebooks.

What they use in Automotive

Chassis and engine records with hours since rebuild
Setup sheets per session with tyres, gearing and driver feedback
Scrutineering and race-ready checks before every event
Academy driver development plans in CRM

Outcome

Race preparation is evidence-based: engineers know each kart's history and coaches review sessions against a documented plan.

Workspace spotlight Open live demo

Ridgeline Racing · British Superbike privateer team

Component life measured session by session

A British Superbike privateer team with no factory support needed to know exactly how much life remained in engines, gearboxes, wheels and brake packages after every session.

What they use in Automotive

Motorcycles, engines, gearboxes, suspension, wheels and electronics as one linked asset tree
Component lifing by race and test mileage, hours and rebuild interval
Setup sheets with geometry, gearing, electronics, tyres and rider feedback per session
Work orders, inspections and crash history against every serialised part

Outcome

Parts are replaced on evidence rather than instinct, and two motorcycles stay race-ready on a privateer budget all season.

Workspace spotlight Open live demo

Talk to us about Pitwall OS Automotive See Pitwall OS Assets