Small fleet in a large hall
The hall is vast. The fleet is eight trucks. A quote arrives for locators across the whole roof, priced as if forty trucks were already sharing that grid. Cutting one truck cannot repay it inside six months.
Why the roof drives the cost
Classic BLE receivers, UWB anchors, and angle-of-arrival arrays grow with floor area. Tags on the forklifts are the smaller line. That split makes sense when a large fleet shares one roof, as in one large building and a large fleet. It does not make sense when the fleet stays small. Industry cost notes make the same point: site-wide high-precision infrastructure is priced per square metre (per square foot), so an empty aisle still costs money.
The combination that still pays back within six months puts the location on the truck. SLAM and similar vehicle packs scale with how many movers you instrument. A large, tall, or often-changed hall does not need a locator in every bay before the first path exists. How that family locates a vehicle is described in SLAM for RTLS.
What you still add when dispatch is the other waste
A pack on the truck shows empty loops. It does not by itself replace a shouted job. If operators still phone drivers between those loops, add AOS (commonly known as FGS) so the next need is a claimable work order. That software line is independent of roof area. Call-first sites that are not ready for any location grid are described in calls and micro-stops before a location grid.
Sparse beacons remain useful where a bay name is enough and a continuous path is not. They are a supplement. They are not an excuse to carpet a 100,000 m² (about 1.08 million ft²) roof for eight trucks.
Where this combination gets expensive later
Each extra forklift needs its own pack. A fleet that grows into the dozens changes the arithmetic, and a shared indoor grid can become the cheaper template. Until that growth is real, buying the large-fleet layout early spends the money on hardware the shift does not use, so the investment does not pay back within six months. How to judge that choice is described in the six-month return depends on the combination.
Paths from the packs still belong in the spatially oriented dataset. Correlation and causality analytics can ask which long empty runs keep preceding a starve. A small fleet produces a thinner record than a hundred trucks. It is still a record of this hall.
How teams choose the pack instead of the roof
1. Divide the locator quote by the trucks that will actually carry work - If one avoided lease cannot repay the quote within six months, the roof grid is early.
2. Price a pack per current truck, plus AOS if calls are still the dispatch method - Both belong in internal logistics optimization and material order automation.
3. Re-price a shared grid only after the fleet count justifies the area - Do not pre-buy the 100,000 m² (about 1.08 million ft²) template.
4. Keep exact floor position off this purchase unless one mark requires it - Medium precision is enough for corridor waste. That tighter case is described in exact floor position only where the mark matters.
What the product can do is on the features overview. How a rollout is priced is on pricing.
Get in touch if a large hall and a short fleet are being quoted as if they were the same project.