Why is RPM tracking so difficult?

Because the asset moves across parties and doesn't belong to any one system of record. Without serialization and field-level scans, balances drift, customers under-report, and the only truth is a physical audit — usually quarterly and always too late.

What's the ROI of RPM tracking?

Typical outcomes: 20–40% reduction in unrecovered RPM within the first year, materially lower working capital tied up in circulating assets, and enforceable contract terms that stop shortfalls before they compound. For large networks, this runs to millions annually.

What's the difference between RPM and one-way packaging?

One-way packaging is disposed of or recycled after one trip. RPM is engineered for multiple uses — more expensive upfront, cheaper per trip if recovery rates are high. RPM economics depend entirely on cycle count and return rate.

Do I need RFID for RPM tracking?

Not necessarily. Barcode or QR scanning through driver apps covers most use cases. RFID helps at high-throughput points (bulk check-in at a brewery dock) but adds infrastructure cost. Start with scan-based tracking; layer RFID where volume justifies it.

How does RPM interact with sustainability reporting?

RPM is a core input to packaging sustainability metrics. Cycle count, recovery rate, and condition data directly feed reporting frameworks (CDP, GRI, ISO 14001). Without system-level tracking, these metrics are estimates — with it, they're audited.

What is RPM (Returnable Packaging Material)?

Returnable Packaging Material (RPM) refers to durable assets — beverage crates, beer kegs, pallets, automotive bins, rolling cages, plastic totes — that circulate through a supply chain multiple times rather than being disposed of after one use. Tracking RPM is a supply chain discipline in its own right because the assets are expensive, mobile, and chronically under-recovered without proper systems.

How does it work

RPM management starts with serialization — every crate, keg, bin, or cage gets a unique identifier (barcode, RFID, or QR) that can be scanned as the asset moves. The system then tracks the asset through its lifecycle: dispatch from plant or depot, arrival at customer or retail point, empty state, pickup for return, and eventual return to origin.

Each transaction updates the asset’s current location and status. Operators run RPM ledgers — per-customer balances of assets out in the field — and use them to manage deposits, enforce return obligations, and forecast asset availability. When balances drift (customers holding RPM longer than contracts allow), the system triggers recovery workflows.

Good RPM systems also handle condition tracking — damaged crates, contaminated kegs, broken pallets — and feed maintenance or write-off workflows. Over time, the data reveals patterns: customers with persistent shortfalls, routes where RPM leaks, cost-per-trip by asset type.

Why it matters

Unrecovered RPM is a direct bottom-line hit. Beverage distributors routinely lose millions annually in unreturned kegs and crates. Automotive OEMs tie up working capital in plant-to-supplier bins that sit idle. Retail rolling cages disappear into 3PL networks. Without tracking, the only signal is a quarterly physical audit showing the deficit — too late to act.

Beyond cost, RPM is increasingly a sustainability metric. Reusable packaging displaces single-use — but only if recovery rates are high enough to make the economics work. Good RPM systems underpin credible circular-economy claims.

Where it shows up in logistics

RPM shows up across a handful of verticals most visibly.

Vertical	Typical RPM asset
Beverage / brewery	Kegs, crates, bottles, CO2 cylinders
Automotive OEM	Returnable plastic bins, steel racks, dunnage
Retail	Rolling cages, nesting totes, pallets
FMCG distribution	Standardized totes, pallet pools
Pharma cold chain	Reusable insulated containers

How Shipsy approaches RPM

Shipsy’s platform treats RPM as a first-class asset class alongside shipments. Each item has a lifecycle state, a current custodian, and a contract obligation (deposit, return window, condition standards). Driver apps scan RPM at every handoff — dispatch, delivery, empty return pickup — so balances stay current without manual reconciliation. Astra plans return pickups together with forward routes, so empty collection doesn’t require a second driver visit. Nexa automates deposit and return-credit settlement against customer contracts. For beverage distributors, this has unlocked primary and secondary distribution visibility with crate- and keg-level tracking at scale. For automotive OEMs, the same mechanics handle plant-to-supplier bin circulation.

Explore the RPM tracking deep-dive, the FMCG route-to-market playbook, or the industries hub.