You won the project and promised your customer you’d deliver in 32 weeks.
Engineering begins the design, and 12 weeks later, they release the BOM. That’s when Procurement flags a problem.
The design calls for three long-lead items: a custom motor, a specialty enclosure, and a control board. They won’t arrive for another 16 weeks, leaving you with just a month to complete the project. You’ll need twice that time.
Two options, neither good. Absorb an $18,000 premium freight bill to expedite the components, or call the customer to explain why you won’t make the deadline.
The worst part is that this crisis keeps happening.
The reason is not your people. It is the sequence of your process.
The Problem Is Built Into the Sequence
Engineer-to-order (ETO) projects can span six to 18 months. Within that window, long-lead components such as custom fabrications, specialty electronics, made-to-order castings, and industrial controls may require 20 weeks or more of supplier lead time.
As of May 2026, the average lead time for production materials was 81 days. (Source: Institute for Supply Management, 2026). Across major microcontroller (MCU) suppliers, lead times for automotive-grade parts range from 12 to 55 weeks. (Source: J2 Sourcing AB, March 2026).
Engineering cannot release a confirmed BOM until the design is substantially complete, typically between 30% and 60% of the project timeline. In practice, engineers often release a half-done design just to get the long-lead items moving. Either way, by the time Procurement receives a usable BOM, the ordering window for the most critical components has already closed.
Procurement is not late because they are slow. It is late because the procurement engagement does not occur until after the BOM is released. The handoff is sequential, and in ETO, sequential is a timing failure waiting to happen.
What It Actually Costs
The most visible cost is premium freight. Bottom-performing manufacturers spend up to 10% of total logistics costs on expedited freight, more than three times what top performers spend. (Source: APQC Open Standards Benchmarking, via Logility, 2026.)
But the number that reaches the CFO is project margin. Long-lead parts that trigger expedited freight, overtime, or production rescheduling get absorbed directly into the job costs.
Schedule compression is where the real damage accumulates. When critical components arrive late, downstream fabrication, assembly, and testing are delayed, pushing back delivery dates.
There is also supplier friction. Repeated expedites can strain vendor relationships and even fracture them.
Then there is the customer. A long delivery delay signals an unreliable partner. For the COO or VP of Operations on the receiving end, it is the kind of thing that gets remembered when the next project goes out for bid.
The Components Were Knowable
What makes the problem most frustrating is that in many ETO projects, long-lead component categories were knowable from the outset.
Engineering may not know the exact part number for a custom motor on day one, but they know the project requires a motor. They know the power spec range, and they know which suppliers have delivered similar jobs. With lead time history from past projects in front of them, they know which items to commit to first. That is enough to start the conversation, check supplier lead times, and flag the item for early procurement engagement.
The gap comes down to process. Most ETO operations have no formal mechanism to surface probable long-lead items during early engineering, and no connection between the engineer changing a drawing and the buyer holding an open purchase order against it. Procurement waits for the BOM. The BOM waits for the design. Engineering and procurement end up working from different versions of the truth that reconcile only at final assembly, when it’s too late and too expensive.
What Parallel Procurement Planning Looks Like
Rushing engineering is not the solution. The fix is to run procurement planning alongside engineering, not after it.
- Staged BOM release. Push the long-lead motor or frame to Procurement while the rest of the BOM stays in design.
- Lead-time visibility. Surface historical supplier lead times during design so the right items move first.
- ECO propagation to Procurement. The moment an engineer changes a drawing, the buyer learns which open commitments are affected, before wrong-part orders accumulate.
- Project-centric allocation. Tie each purchase to the project’s own stock so parts are not cannibalized by other jobs.
- A single source of truth. Engineering, Procurement, and the floor read the same revision, not three.
Align Engineering and Procurement with an Odoo ETO System Built on Novobi’s ETO Blueprint
Out-of-the-box Odoo and other standard ERP platforms assume a stable BOM and a finished design before buying begins. In ETO, that assumption rarely holds. This is where Novobi’s ETO Blueprint comes in.
Our implementation starts by assessing your current system architecture to design a bespoke Odoo solution built for how your team actually works.
From there, the Blueprint closes the long-lead-time gap by linking early engineering visibility to procurement planning. It surfaces likely long-lead items during active design and flags them for buyer engagement while engineering is still underway.
Lead-time data from your previous projects informs how early each item must move. When a design changes, the system surfaces the downstream procurement impact automatically, so buyers act on the right information instead of reconciling it later. And direct CAD-to-Odoo BOM sync keeps Procurement on the same revision as Engineering.
The result: procurement that runs in parallel with engineering, and a project margin you can see and protect.
Protect Your Profit Margin and Keep Your Delivery Promises
When long-lead items are identified early, and procurement runs in parallel with design, expedited invoices are no longer a cost of doing business. Delivery commitments become promises you keep. Supplier relationships stabilize. Margins stop leaking. And the customer call explaining a delay becomes a thing of the past.
Your procurement team was never the bottleneck. Your process was.
If your company is absorbing expedited shipping costs or facing constant delivery delays due to a structural timing flaw in your process, Novobi can help. Visit our ETO Blueprint page to learn how.
DISCLAIMER: The information in this article reflects the views and opinions of Novobi, based on publicly available information, and is intended for informational purposes only. It is not legal or financial advice. All trademarks are the property of their respective owners.
