Packaging engineered for the freight

Packaging is the most underrated line item in shipping. Too little and the freight arrives damaged, the claim gets filed, and the customer is unhappy. Too much and you’re paying to ship air, paying for dimensional weight, and burning money on material that doesn’t add protection. The right packaging sits at the intersection of protection, cost, and compliance — and getting it right is an engineering problem, not a guess.

RS Group’s packaging consultants treat it that way. We assess how your product actually moves — the modes, the dock transfers, the handling, the climate — and design packaging that survives the journey at the lowest sensible cost. Whether you’re launching a new product, fighting a damage problem, or trying to cut freight spend, we bring the testing, the design, and the sourcing together so the box does its job and nothing more.

Your packaging consultants

A packaging consultant looks at the whole journey, not just the product on a desk. We start with how your freight is shipped — LTL with its many dock transfers, truckload with fewer touches, refrigerated, hazmat, international — because the handling environment dictates the design. Then we factor in the product’s fragility, weight distribution, stacking, and value, and the carrier and regulatory requirements it has to meet. The output is packaging that’s matched to reality, backed by data instead of habit.

Packaging design and development

We design and develop packaging from the ground up or improve what you already use. That covers the structural design (the box, crate, dunnage, and inner protection), the material selection (corrugated grade, foam, molded pulp, film, palletization), and the prototyping needed to prove it before you commit to a production run. The goal is a package that protects the product through every step it will face — and that’s practical to assemble, ship, and dispose of.

What is packaging optimization?

Packaging optimization is the discipline of getting maximum protection at minimum total cost. It’s where most savings hide. Optimization means right-sizing the package to cut dimensional weight and wasted void; reducing material without sacrificing protection; improving cube efficiency so more product fits per pallet and per trailer; and standardizing where it makes sense to simplify sourcing and assembly. Done well, optimization lowers both the material cost and the freight cost at the same time — the package gets cheaper and ships cheaper.

Damage and cost reduction

Freight damage is expensive twice: the cost of the lost or returned product, and the cost of the claim, the reship, and the eroded customer trust. The two levers — damage and cost — usually pull against each other, and the consultant’s job is to find the point where they balance. We analyze damage patterns to find the real failure mode (it’s rarely where people assume), redesign the weak point, and then strip out the over-packaging that crept in elsewhere. The result is fewer claims and a lower landed cost per shipment, not a trade between them.

Compliance and performance testing

Designing a package is only half the work; proving it survives is the other half. We run packaging through performance testing that simulates the real transport environment — drop, vibration, compression, and stacking tests modeled on the distribution hazards your freight will see (the kind of protocols carriers and standards bodies like ISTA define). For regulated freight, we test and document to the applicable compliance standards — including the packaging requirements for hazardous materials, where UN-rated packaging isn’t optional. Testing turns “we think it’ll hold” into “we’ve proven it holds.”

Packaging procurement

A great design is only useful if you can source it reliably and affordably. We help with packaging procurement — specifying the materials, finding and qualifying suppliers, and structuring the buy so you get consistent quality at a competitive price without overbuying. Because we move freight every day, we connect the packaging spend to the freight spend, so the decision is made on total landed cost, not just the price of a box.

Packaging life cycle analysis

Finally, we look at the package across its whole life cycle — sourcing, assembly, transport, the end-customer experience, and disposal or recyclability. A package that’s cheap to buy but slow to assemble, that ships poorly, or that creates a disposal headache for the customer isn’t actually cheap. Life-cycle analysis weighs all of those costs together — including the sustainability impact — so you choose packaging that’s sound from cradle to grave, not just at the point of purchase.