Driver Geometry
One coordinated relationship between driver, controls and display.
Driver-Centric Motion Engineering
Every discipline,
engineered as one system.
Driver geometry, structure, motion, control and calibration are developed as one system—so simulated behaviour becomes purposeful physical response.
Structural Rigidity
The structure protects the intended driver and equipment relationship.
Motion and Control
Travel, response timing and calibration operate as one chain.
Build and Validation
The approved configuration is carried through production and checked as a system.
Driver Geometry
The platform begins with the driver.
Seat, steering, pedals, controls and display are positioned as one coordinated geometry. Integrated adjustment allows the environment to accommodate different drivers, equipment and uses without treating each contact point in isolation.
Adjustment is part of the architecture—not an accessory added afterward.
Seat Position
Establishes the driver’s relationship to the controls, display and platform structure.
Steering Position
Reach, height and angle are resolved in relation to posture and control access.
Pedal Position
Distance, angle and clearance are coordinated with seat and steering position.
Controls and Display
Secondary controls and eye line remain part of the same driver reference.
Motion and Control
Range matters only when response remains controlled.
Travel, timing, rigidity and calibration operate as one system. Vehicle data is interpreted and shaped into controlled physical response.
Motion range creates capability. Control and calibration make that capability useful.
Simulated Vehicle Behaviour
The virtual vehicle generates dynamic data.
Telemetry Input
Vehicle data enters the platform control system.
Control and Calibration
The signal is interpreted and shaped for the approved configuration.
Platform Response
The calibrated signal becomes controlled physical movement.
Driver Understanding
The driver receives physical information that supports interpretation.
Configuration and Build
The configuration defines the build.
Every platform is built to a defined configuration. Fabrication, assembly and integration preserve the design intent of the complete system.
The approved configuration defines what is built. Design intent defines what the build must preserve.
01Configuration releaseDriver · equipment · use
02Fabrication and finishingStructure · interfaces · material
03Mechanical and electrical integrationControls · motion · access
04Measurement and preparationInspection · calibration state
Verification and Validation
The complete configuration is the test configuration.
Every configured platform is checked as a complete system. Verification confirms the build. Validation demonstrates that the system performs its intended function.
Components matter. The final result depends on how they operate together.
Inspection and Checks
Individual work, assemblies or conditions are checked against applicable internal requirements.
Verification
Confirms the platform was built and integrated according to the approved configuration.
Validation
Confirms the completed system performs its intended function in the applicable context.
Certification
Formal confirmation against a defined external standard through an authorised process.
Operating Life
Engineering continues beyond initial delivery.
Service access, configuration records and defined interfaces support maintenance and controlled change through the platform’s operating life.
Future changes are assessed against the installed configuration—not assumed compatible by default.
Service Access
Inspection, maintenance and replacement are considered within the structural and installation design.
Configuration Record
The platform, equipment, software and calibration state remain associated with the installed system.
Approved Evolution
Changes are reviewed against the existing platform configuration and defined interfaces.
Technical Continuity
Documentation and support information remain connected to the installed configuration.
From Engineering to Configuration
Define the response around the driver.
Explore the GT platform family, review the response architectures, or begin a configuration discussion around the driver, equipment, space and intended use.
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