Manhattan WMS expects a distribution center; you run a crib, a yard, and a hangar store
A custom warehouse management system for a Tulsa energy or aerospace operation, built for parts cribs, equipment yards, and serialized stock, runs $55k to $150k and 4 to 7 months. Manhattan-style enterprise WMS and ERP (Enterprise Resource Planning) add-ons are designed for high-volume distribution centers; a parts crib that issues to work orders and a yard that stages rig equipment need different software.
You looked at Manhattan or a Tier-1 WMS and realized it's built for a distribution center moving pallets to retail stores, not for your operation. Your 'warehouse' is a parts crib issuing components to work orders, an equipment yard staging rig iron, and a hangar store handling serialized aerospace parts. The enterprise WMS assumes a flow you don't have and a scale you don't need.
So you're either drowning in an over-built system or limping along on an ERP's bolt-on warehouse module that barely tracks bin locations. Neither handles issuing serialized parts to a specific work order, staging equipment for a rig move, or the kit-picking an MRO job needs. For a Tulsa operation, the off-the-shelf choices are too big or too thin, with nothing that fits.
What breaks first in Tulsa
- Enterprise WMS assumes DC-scale pallet flow you don't have
- ERP warehouse add-ons barely track bins, let alone serialized issue-to-work-order
- Staging rig equipment in a yard isn't a flow any off-the-shelf WMS models
- Kit-picking for MRO jobs and serialized aerospace parts has no native support
The fix: warehouse management built for Tulsa, not rented
A custom WMS fits the operation you actually run: a parts crib that issues serialized components to specific work orders, a yard that stages and tracks rig equipment, and a hangar store with kit-picking for MRO jobs. It's sized for your volume, integrates with inventory and field-service systems, and gives you crib and yard control without the cost and overhead of a distribution-center platform.
What warehouse management costs in Tulsa
| Project scope | Typical cost | Timeline |
|---|---|---|
| Parts crib + work-order issue | $55k to $90k | 4 to 5 months |
| Crib + yard + serialized tracking | $100k to $150k | 5 to 7 months |
| WMS integration to existing inventory | $35k to $60k | 2 to 3 months |
The capability list that earns its budget
What we build under warehouse management in Tulsa
The engagements Tulsa teams bring us most often: warehouse management system (WMS), WMS development, pick pack ship, warehouse automation, barcode and RFID and slotting optimization.
Exactly what you get
A warehouse system sized for your reality, not a distribution center's. The parts crib issues serialized components straight to work orders, so every part is traceable to the job it served. The yard stages and tracks rig equipment with check-in and check-out. The hangar store kit-picks assemblies for MRO jobs. It scans across all three areas and integrates with inventory and field service, giving a Tulsa operation real crib-and-yard control without enterprise-WMS overhead.
How to choose a developer in Tulsa
Find a team that has built warehouse software for parts cribs, yards, or MRO stores, not just distribution centers. Ask how they handle serialized issue-to-work-order and yard staging. Confirm clean integration with your inventory and field-service systems. A developer who only knows Tier-1 DC patterns will either over-build or hand you a thin bin-tracker, when what you need is software shaped to a crib, a yard, and a hangar.
- !They push a Tier-1 WMS at your crib - ask why not right-size it
- !No serialized issue-to-work-order - ask how a part ties to a job
- !No yard concept - ask how rig equipment is staged and tracked
- !No kit-picking - ask how MRO jobs get their assemblies
- !No integration plan - ask how the WMS talks to inventory and field service
If warehouse management is on the roadmap, business intelligence dashboards, lms, internal tools usually follow within the year. Budget them as one conversation.
Rohan advises mid-market and enterprise teams on ERP, CRM and custom software, and has led delivery on dozens of business-software builds.
Writes for Digital Heroes, shipping business software for 2,000+ brands across 55+ countries since 2017.
Frequently asked questions
Why not just use a Tier-1 WMS like Manhattan?
Because it's built for high-volume distribution centers, and your operation is a parts crib, an equipment yard, and a hangar store. You'd pay for and maintain optimization features you'll never use, while still lacking serialized issue-to-work-order and yard staging. A right-sized custom WMS fits your actual flow for far less overhead.
What does issue-to-work-order traceability give us?
It ties every serialized or lot-tracked part to the specific job it was issued to, so you can trace what went into any rig move or MRO assembly. That traceability matters for warranty, audit, and FAA-regulated aerospace work, and ERP warehouse add-ons handle it poorly if at all.
Can it manage our equipment yard, not just a building?
Yes. A custom WMS models the yard as a tracked location, with staging, check-in, and check-out for rig and field equipment. That's a flow no off-the-shelf WMS designed for indoor pallet storage handles, and it's often a core reason Tulsa operations build custom.
How does it handle MRO kit-picking?
By supporting job-based picking, where the system assembles the parts a specific MRO or energy job needs as a kit, rather than picking against generic orders. That matches how aerospace and energy assembly work actually flows and reduces errors on complex jobs.