Go Conditions a Board Paper Can Actually Enforce
Go conditions in board papers must enforce audited site throughput metrics and locked capital drawdown tranches rather than unadjusted vendor claims.
Non Recurring Engineering Holds
Meaning
Non-recurring engineering holds function as formal administrative freezes applied during industrial scale-up to halt tooling procurement until design maturity is verified. Manufacturing lines face distinct risks when physical assets are ordered before drawing tolerances match shop floor realities, meaning that these halts protect capital allocation by locking tool fabrication until prototype data clears the engineering gate. Operations teams trigger these freezes during the transition from prototype development to full production, halting procurement whenever dimensional variances appear in initial sample runs.
The boundary of this mechanism sits at the release of frozen purchase orders, stopping the moment tool steel is cut for volume manufacturing.
Audit Threshold
Evaluating production readiness requires specific verification protocols during design reviews to determine if drawing packages satisfy machine tool limitations. Equipment audits check dimensional stack-ups against demonstrated supplier capability, separating actual factory output from marketing forecasts provided during vendor selection. Premature removal of administrative freezes creates severe financial exposure, forcing expensive scrap cycles when tool modifications occur after cutting begins.
Technical reviews measure tolerance loops against machine capability indices rather than theoretical drawing intent.
Capacity Friction
Factory throughput suffers when engineering changes collide with fixed tooling schedules, creating bottlenecks across machining centres. Production planning balances assembly capacity against ongoing tool modifications, ensuring that machine utilization targets do not override quality gates. Supply chain managers track component availability while tooling alterations proceed under strict revision control.
Operational friction increases when suppliers attempt parallel processing, running volume production before engineering holds are officially released.
Capital Exposure
Financial risk escalates rapidly when tooling orders proceed without verified first article inspection data, leaving organizations vulnerable to unrecoverable scrap costs. Budget allocations suffer severe impacts when engineering revisions force complete tool replacement after fabrication starts. Capital control procedures demand strict adherence to freeze protocols, preventing unauthorized spending on volume tooling until pilot yields stabilize.
Tooling amortization schedules depend entirely on frozen drawing baselines, meaning that unverified changes invalidate projected unit costs across the production lifecycle.