The six-month return depends on the combination
A six-month ROI for logistics location is real on both small and huge halls. It still depends on the technology combination for this site, not a number copied from the building next door.
What a six-month return is actually testing
Logistics ROI is only as strong as the real-time location system (RTLS) combination installed on that floor. Hall size, fleet size, and what must stay visible (trucks, yard, material) pick the radios, the locator density, and the upkeep lines. A small hall and a 100,000 m² (about 1.08 million ft²) building can both pay the investment back within six months. A multi-building site across 2 km² (about 494 acres) can do the same. None of those sites earns that result by installing a neighbour's stack.
Industry cost practice draws the same line between sites: infrastructure cost per square metre (per square foot) rises when the accuracy band tightens, because denser anchors, cabling, and survey work follow the tighter band. A hybrid of technologies across zones usually beats one technology forced over every bay. twinzo treats the choice as an internal logistics decision under internal logistics optimization, with precision, battery, and relative cost bands compared in compare RTLS technologies.
Why hall size, fleet size, and visibility pick different stacks
A dense shared-anchor layout pays when many forklifts share one roof and the benefit is fleet OPEX you can actually cut through forklift tracking and lower empty travel. The same dense layout on a handful of trucks in a small hall spends money on mounts that never see a second vehicle, so the investment does not pay back within six months. A location pack on each truck does the opposite: it fits a small fleet under a large roof without carpeting every bay in anchors, and it gets expensive once every extra truck needs its own pack.
VHF fits when the same asset must stay visible indoors and outdoors on one move. A compact hall that never opens a yard door does not need that outdoor leg. Material cages are a separate purchase, because tag count and battery swap labour scale with the cages, not with the trucks, as framed in tracking material is a separate purchase. Sibling pages under this topic split the other jobs: small warehouse visibility, one large building and a large fleet, and indoor and outdoor on the same move.
Documented amounts that are not interchangeable
Documented twinzo sites already show the spread. A 15,000 m² (about 161,000 ft²) logistics center invested €3,500 (about $3,850) in logistics RTLS and recorded €11,000 (about $12,100) of year-one OPEX saved from live position and clearer shift balance. Detail for that floor sits under what the smallest documented RTLS case actually looked like. A 30,000 m² (about 323,000 ft²) automotive Tier-2 hall invested €120,000 (about $132,000) and recorded €960,000 (about $1.06 million) of year-one OPEX saved after the fleet fell from 36 to 20 forklifts. In both cases the year-one saving is larger than the investment, which is consistent with ROI within six months. The euro amounts are not a shared budget.
Lean manufacturing still hunts empty kilometres (miles) and idle capacity on both site sizes. The combination that makes those waste lines countable is what changes. Copying the Tier-2 invoice onto the small warehouse, or the small warehouse pack onto the 100,000 m² (about 1.08 million ft²) roof, is how a real empty-travel problem still misses payback.
What you still store after the payback
The combination that pays back within six months also fills a spatially oriented dataset. Live logistics uses that record for free capacity, industrial fleet management, and aisle waits on a hall people trust. Continuous improvement and management use the same place-and-time history after the project sponsor leaves. Correlation and causality analytics asks which empty corridors and dwell pockets keep preceding a stop. Those three uses share the locations. They do not share a reason to buy the most expensive technology on the cost chart for every square metre (square foot).
That equal split is what keeps a location program useful beyond the first fleet cut. Live search and fleet load sit beside the stored spatiotemporal record and hall-wide pattern work as equal jobs, not as extras after truck count falls. A stack bought only for today's truck count still has to write history dense enough for the later two jobs, which is why medium-precision tracking for aisle decisions and a tighter pocket only where the mark matters usually beat site-wide exact-position spend. That is useful smart manufacturing practice when logistics, production monitoring, and continuous improvement read the same hall. twinzo surfaces the live side under internal logistics optimization and production monitoring.
How teams pick a combination before they buy
1. Name the building, the fleet, and what must stay visible - Small hall, 100,000 m² (about 1.08 million ft²) roof, or 2 km² (about 494 acres) of different buildings. Say which assets are in scope: trucks only, yard handoff, or material cages.
2. Refuse the stack from the neighbouring site until this site's numbers fit - Each combination keeps its own six-month test under each combination keeps its own six-month test.
3. Put year-one OPEX or recovered line time against the install for this combination only - ROI within six months fails when two modules' euros are added into one cell, or when install and upkeep lines from what to include when calculating RTLS ROI are left off the sheet.
4. Keep a tighter technology for the few marks that need it - Medium precision, about 1–3 m (3–10 ft), covers most aisle, buffer, and fleet decisions for asset tracking. Exact floor position is a smaller zone, not a default carpet.
What the product can do is on the features overview. How a rollout is priced is on pricing. Get in touch if you want to test which combination pays back within six months on your own hall, not on the hall next door.