# Sage X3 Production Planning, Scheduling and Tracking > Source: https://netray.co/erp-help/sage-x3-production-planning-scheduling-tracking > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: ERP Help ## Short answer Sage X3 plans production from master data (items, BOMs, routings, work centers) through MRP or manual work orders, schedules operations against work center capacity, then records progress with production tracking. Setup quality in the BOM, routing and work center calendar decides whether the plan is believable. ## Kind how-to ## System sage ## Erp Sage X3 ## Module Manufacturing / MRP / Scheduling ## Query sage x3 production planning ## Alternate Queries - sage x3 production scheduler - sage x3 production tracking - sage x3 mrp and work orders ## Applies To Sage X3 Manufacturing module, V7 onward; screen names and menu placement differ slightly by version and activity codes ## Steps ### Set up planning, scheduling and tracking **Items:** - Confirm the Manufacturing activity code is on for your folder, and that the items to be built are set as manufactured with a valid BOM and routing. - Build work centers with capacity, efficiency and calendars; accuracy here drives scheduling. - Define routings (operations, work center, setup and run times) and BOM components with scrap or yield where relevant. - Set item-site planning parameters: lead times, lot sizing, safety stock and planning policy. - Run MRP (or MPS for top-level items) to generate planned and firm work order suggestions. - Firm the suggestions into work orders, then run the scheduler to place operations on the work center calendars and review the load. - Issue components and record operation and output quantities through production tracking, so cost and stock update as work progresses. - Review variances, close work orders and feed the results back into lead times and routing standards. ## Sections ### Planning: MPS, MRP and work orders **Body:** Sage X3 supports master production scheduling for finished goods and MRP that explodes requirements through BOMs and nets them against stock, orders and supply. MRP output is a set of suggestions: planned work orders and purchase suggestions that you firm into real documents. Planning is only as accurate as lead times, lot sizes and stock accuracy. Many sites get poor MRP results not because of the engine but because routing times are guesses and inventory counts drift. Fix those before tuning planning parameters. ### Scheduling **Body:** Scheduling places each work order operation on a work center timeline using routing times, work center capacity and calendars. The scheduler lets planners see load by work center, find bottlenecks, and reschedule when priorities change. Decide on forward versus backward scheduling by business need: backward from a due date for make-to-order, forward from release for make-to-stock. Treat finite capacity as a refinement. Start with load visibility first, then add finite rules when data quality supports it. ### Production tracking **Body:** Production tracking records what happened: components consumed, operations completed with time, and finished quantity received into stock. Choose the granularity deliberately. Tracking at work-order level is light but gives coarse cost data, while operation-level tracking with labor time gives better variance analysis at the price of more data entry. Backflushing components at completion reduces shop floor effort but depends on accurate BOMs. Mixed models are common: backflush low-value hardware, issue expensive or serialized parts manually. ## Pitfalls - Running MRP on routing times and lead times nobody has validated. - Letting inventory accuracy drift, which turns MRP suggestions into noise. - Over-tracking at operation level when the shop floor will not enter the data. - Ignoring work center calendars, so scheduled dates ignore shifts and holidays. - Firming everything MRP suggests without a planner review. ## Ai Angle Planners often ask questions like which work orders are late and why. A private AI layer such as ERPray can answer from live X3 data, showing the query, for example open work orders past due by work center, shortages by component and supplier lead time. It stays read-only, so scheduling changes remain with your planners. ## Faq ### Does Sage X3 have finite capacity scheduling? **Answer:** X3 includes scheduling against work center capacity and calendars, and you can review load by work center. How strict the finite behaviour is depends on version and configuration. Plan to validate it against your own routings, and consider advanced scheduling tools if you need complex sequencing. ### What is the difference between MPS and MRP? **Answer:** MPS plans top-level finished goods against forecasts and orders. MRP then explodes those requirements through the BOM to plan components and sub-assemblies. Many shops run MRP alone, using MPS only for items that need controlled, level-loaded schedules. ### How do I track production on the shop floor in X3? **Answer:** Use production tracking against work orders to record component usage, operation completion and finished output. For hands-on terminals, check whether your version offers a shop floor or mobile front end, or integrate a separate data collection tool. ### Why does MRP suggest work orders for items we have in stock? **Answer:** Usually because stock is allocated or reserved, safety stock is set, lead time offsets put demand earlier than expected, or on-hand differs from the system. Check item-site planning parameters, allocations and open demand before blaming the engine. ## Search terms sage x3 production planning, sage x3 production scheduler, sage x3 production tracking, sage x3 mrp, sage x3 work orders, sage x3 manufacturing module, sage x3 routing and bom, sage x3 shop floor --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json