Tips for Reducing Box Shipping Weight Without Losing Strength

One of the fastest Tips for Reducing box shipping weight I ever saw came from a tiny change nobody wanted to try. We shaved 38 grams off a mailer-style carton, and the client’s monthly freight bill dropped by just over $1,400. The carton size went from 10.25 x 8 x 4.5 inches to 9.75 x 7.5 x 4.25 inches, and the board spec moved from a 350gsm C1S artboard wrap to a lighter 300gsm wrap with the same structural insert. Not sexy. Very effective. I remember staring at the invoice and thinking, “Well, there goes my faith in dramatic packaging meetings.”

I’ve also seen the opposite. A brand in Los Angeles tried to “save weight” by switching to thinner corrugated board without testing compression strength. They moved from 44 ECT single-wall to a 32 ECT sheet, and three weeks later pallet crush complaints started rolling in from their 3PL in Dallas, Texas. The damage claims were uglier than the savings, and the replacement run cost them about $6,800 over six weeks. That’s the part people skip when they get obsessed with the scale. Honestly, I think that’s where a lot of packaging projects go off the rails: someone sees a lighter spec and immediately treats it like a victory lap.

If you ship enough volume, Tips for Reducing box shipping weight are not about making packaging flimsy. They’re about removing wasted material, controlling dimensional weight, and keeping package protection intact. In my experience, the win comes from smart box engineering, not random material cuts. That means box size, board grade, inserts, closures, and print build all matter. A lot. A 0.12 lb reduction in packaging may look minor on paper, but across 18,000 orders a month, it becomes 2,160 pounds of material not moving through your warehouse in Ontario, California. And yes, the tape roll absolutely counts, even if everybody likes to pretend it’s invisible.

Tips for Reducing Box Shipping Weight: What Actually Matters

Start with the plain-English version. Shipping weight is what the package actually weighs on a scale, but carriers also care about dimensional weight, which is based on how much space the carton takes up. So yes, a light box can still cost a fortune if it’s too large. UPS, FedEx, and many regional carriers bill by whichever number is higher, actual weight or dimensional weight. If your carton is 14 x 10 x 8 inches and your product only needs 11 x 8.5 x 5.5 inches of interior space, you’re paying for air in a very literal sense. Lovely little trap, right?

Tips for reducing box shipping weight matter because weight affects more than postage. A lighter box can reduce warehouse strain, improve pack speed, lower labor fatigue, and cut the chance of forklifts or conveyor belts getting abused by oversized cartons. It also shapes customer perception. Nobody writes glowing reviews about “the extra 11 ounces of empty cardboard,” but they do notice crushed corners and torn seams. I’ve seen customers forgive a plain box shipped from Charlotte, North Carolina; I’ve never seen anyone forgive a box that arrives looking like it lost a fight with gravity and a loading dock.

The real goal is to remove unnecessary material without weakening the packout. That sounds simple until you sit down with a supplier, a fulfillment manager, and someone from finance who wants a 14% cost reduction by Friday. I’ve had that meeting in Chicago, Illinois, with sample cartons spread across a conference table and a calculator running hot. The answer is usually not one magic spec. It’s a chain of small improvements, often in 0.25-inch and 5-gram increments.

At one factory visit in Shenzhen, I watched a line operator add a second insert because the first one “looked too light.” The box survived, sure, but the insert weight jumped by 21 grams per unit. Multiply that across 80,000 orders and suddenly you’re paying for paper you never needed. That is why tips for reducing box shipping weight need real production eyes, not just spreadsheet optimism. The spreadsheet, by the way, is always full of confidence right up until a truck gets loaded.

“We thought we were buying strength. What we were actually buying was dead weight.” — a supply chain manager I worked with after a very expensive quarter

If you sell through ecommerce shipping channels, remember this: your box is not just a container. It’s part of your transit packaging system. That system has to survive drops, stacking, vibration, humidity, and the occasional angry sortation center. So every change should protect the product while trimming excess ounces. That is the difference between smart optimization and cheap nonsense. A package leaving a fulfillment center in Atlanta, Georgia, has the same basic physics as one leaving San Jose, California, and neither route cares how good the PowerPoint looked.

How Box Shipping Weight Affects Shipping Costs and Pricing

Carrier pricing is basically a math problem with a bad attitude. You’ve got rate tables, zone pricing, fuel surcharges, residential fees, oversize fees, and dimensional weight rules layered on top. If your box is bigger than needed, you can get charged as if it were heavier than it really is. That’s how a 2.6 lb shipment can be billed at 7 lb. Everyone loves that surprise. Nobody loves the invoice afterward, especially when the shipment is only going from Indianapolis, Indiana to Columbus, Ohio.

The best tips for reducing box shipping weight often start with understanding how carriers actually bill. A carton that drops 3 ounces may not sound dramatic, but across 25,000 shipments a month, that’s 4,687.5 pounds of material not moving through your system. If that lower weight also lets you reduce carton size by even half an inch on one dimension, you can cut dimensional weight too. That’s where the real savings stack up, especially on Zone 6 and Zone 7 shipments where every cubic inch seems to carry a surcharge with it.

I’ve seen brands chase a $0.06 savings on board while ignoring a $1.20 freight penalty. Bad trade. One cosmetics client of mine in El Segundo, California switched from a 10 x 8 x 6 box to a 9 x 7 x 5.5 configuration and changed the billable weight class on enough orders to save about $0.84 per shipment on average. At 60,000 shipments a year, that was over $50,000 in annual freight reduction. The board cost changed by only $0.11 per unit. That is the kind of math I like, because it doesn’t lie to me with a smile.

Here’s a simple comparison that shows why tips for reducing box shipping weight should always be evaluated against freight, not just materials:

Box Option	Outside Dimensions	Average Actual Weight	Typical Billable Weight	Estimated Cost per Shipment
Standard corrugated carton	12 x 10 x 8 in	13.4 oz	4 lb	$7.28
Right-sized corrugated carton	10.5 x 8.5 x 6.5 in	11.9 oz	3 lb	$6.41
Lightweight engineered carton	10.5 x 8.5 x 6.5 in	10.8 oz	3 lb	$6.36

The material difference between those two cartons may look tiny on paper, but freight pricing punishes waste. That’s why smart packaging teams look at the full landed cost: board, printing, inserts, tape, labor, warehouse handling, and shipping. A cheaper box that increases pack time by 12 seconds or raises breakage by 1.8% is not a savings. It’s a bill wearing a disguise. In a facility moving 4,000 orders a day in Newark, New Jersey, those 12 seconds are the difference between keeping up and stacking cartons by the dock door.

There’s another angle people forget. Your packaging budget is not only corrugated board. It includes branding, inserts, tape, labels, and sometimes protective wrap. If you use heavy ink coverage or a full lamination finish, the box can gain weight before you even add product. For custom boxes, that matters. A lot of brands do better with a lighter print layout and structural improvements than with fancy coatings they don’t actually need. I know the glossy finish feels fancy; I also know finance will not hug you for it.

If you want a practical place to start, compare specs and build options through Custom Packaging Products and then narrow to the right format for your actual shipment mix. For brands shipping apparel or lightweight goods, a category like Custom Poly Mailers may beat a carton entirely for some orders. For fragile or premium products, a stronger structure from Custom Shipping Boxes may be the better fit. In one Ohio program, switching 22% of low-fragility SKUs from cartons to mailers reduced outbound parcel weight by 0.4 ounces per order and lowered monthly spend by $2,300.

One more thing: don’t ignore the cost of labor. A box that’s 15% lighter but slower to pack can raise fulfillment costs in order fulfillment centers, especially if your team needs extra tape or more careful folding. Sometimes a slightly heavier carton saves money because it speeds up the line. That’s the sort of detail you only learn after watching a packing crew run 2,000 units on a busy Monday in Phoenix, Arizona. I’ve been there, and yes, the tape gun jammed exactly when everyone was watching.

Key Factors That Influence Box Shipping Weight

Start with the board. Single-wall corrugated, double-wall, and triple-wall all serve different jobs. A 32 ECT single-wall box might be perfect for a lightweight apparel kit, while a fragile electronics shipment may need something sturdier. The trick is matching the board strength to the actual product load, not just assuming thicker is always better. I’ve visited plants in Memphis, Tennessee where they used double-wall for items that could have shipped safely in a well-designed single-wall carton. That’s not caution. That’s waste. Waste with a shipping label on it.

The flute profile matters too. A B flute box doesn’t behave exactly like an E flute box, and a BC combination gives a different balance of crush resistance and space efficiency. The wrong flute choice can quietly add grams and increase outer dimensions, which raises dimensional weight and makes shipping materials more expensive than they need to be. If you ship high-volume ecommerce orders from a plant in Kent, Washington, this is one of the easiest places to find tips for reducing box shipping weight.

Box dimensions are a huge factor. Oversized cartons create dead air, and dead air usually gets filled with paper, bubble wrap, foam, or extra corrugated inserts. That means more weight, more labor, and more cost. I once sat in a client meeting in Atlanta, Georgia where they were using a box 2 inches too long “for safety.” Their actual product only needed 0.4 inches of clearance. Those extra 1.6 inches caused a bigger carton class, more void fill, and $0.23 more per order in shipping. Safety was expensive. It was also unnecessary, which is my least favorite kind of expensive.

Print coverage also changes weight. Heavy ink coverage, spot UV, lamination, and specialty finishes all add something, even if it’s not huge in isolation. If you are producing high-volume branded transit packaging, every added layer has to justify itself. A soft-touch finish on a premium unboxing box may be worth it. On a box that’s going straight from a warehouse in Louisville, Kentucky to a doorstep and getting recycled in 10 seconds? Maybe not. That’s not me being cynical. That’s just me having seen the recycling bin win more design battles than the customer ever did.

Inserts and internal packaging can make or break your weight target. Molded pulp, foam, paperboard braces, corrugated partitions, and paper-based void fill all behave differently. Foam can be lighter, but not always more sustainable. Molded pulp can be excellent for package protection, but it can also add mass if overbuilt. I’ve seen teams in Portland, Oregon use three different inserts where one well-designed corrugated cradle would have done the job for less money. Three inserts. One box. A small monument to overthinking.

• Board grade: ECT and burst specs determine structural performance.
• Flute type: Changes compression, print surface, and overall carton weight.
• Dimensions: The fastest path to reducing dimensional weight.
• Inserts: Often the hidden culprit behind extra ounces.
• Closures: Tape, glue, or locking tabs all affect line efficiency and weight.
• Product fragility: The more delicate the item, the more carefully you need to balance weight and protection.

And yes, tape matters. Not huge on a single unit, but when a warehouse uses two extra strips of 3-inch tape on every order, that adds up. Labels, tamper seals, and protective stickers do the same. These are not the glamorous parts of packaging. They’re the $0.03, $0.04, and $0.06 decisions that decide whether your tips for reducing box shipping weight actually stick. Also, tape seems to have a magical ability to disappear the moment you need it. I have no scientific proof, just experience and mild irritation.

If you want a benchmark for structure and sustainability language, I also like checking industry guidance from the Institute of Packaging Professionals and the International Safe Transit Association. Those groups don’t pick your box for you, obviously. But they do keep the conversation grounded in testing, not wishful thinking. A lab in Grand Rapids, Michigan can tell you very quickly whether a 36 ECT sample actually survives the edge crush and vibration pattern you’ll see on a Chicago-to-Boston route.

Step-by-Step Process for Reducing Box Shipping Weight

Step 1: Audit your current bill of materials. Weigh every component separately. Box, insert, tape, label, void fill, outer wrap. I mean every piece. The first time I did this for a consumer electronics client in Irvine, California, we found 17 grams of untracked material per order. Nobody had a line item for it because it was being added ad hoc by the warehouse team. That kind of leakage is common. It’s also the kind of thing that makes procurement people stare at the ceiling for a long time.

Step 2: Measure actual performance. Pull shipping invoices, damage data, return reasons, and packing time. If you don’t know your average package weight, box outer dimensions, and current dimensional weight charges, you’re guessing. And guessing is a terrible procurement strategy. Track at least 30 days of orders, and if your SKU mix varies a lot, look at 90 days. More data is not glamorous, but it’s usually cheaper than a bad decision. A test window of 45 business days is often enough for a decent sample in mid-volume operations.

Step 3: Right-size the carton. This is usually the biggest win. Better box dimensions can reduce void fill and lower dimensional weight at the same time. In one client project in Raleigh, North Carolina, simply trimming headspace by 0.75 inches on two sides cut freight charges enough to cover the cost of the sample development run in less than six weeks. That’s what I call paying for itself before the coffee in the sample room gets cold.

Step 4: Test lighter board options. Don’t just pick the lightest sheet and pray. Request sample runs using different ECT ratings and flute profiles. Then run drop tests, compression tests, and line-run trials. If you’re shipping through ecommerce shipping channels, also test vibration and corner crush. Real transit is rough, and the marketing team’s confidence does not change physics. I wish it did; it would make these projects much easier and probably slightly less annoying. Many suppliers in Dongguan, China can ship sample sets in 5-7 business days, but full production often takes 12-15 business days from proof approval.

Step 5: Optimize internal packaging. Replace heavy filler with smarter alternatives. Sometimes that means switching from large amounts of kraft paper to a corrugated insert. Other times it means replacing a rigid plastic tray with a paper-based Design That Still holds the product in place. Just because something is lighter doesn’t mean it protects better, so validate it. Test it. Then test it again after someone on the line “makes a small adjustment” (that phrase has caused me actual stress). A molded pulp tray out of Xiamen, China may weigh 14% more than a paperboard cradle, even if both look similar in a catalog photo.

Step 6: Calculate total cost, not just unit price. This is where teams mess up. They save $0.12 on the box and lose $1.80 on damage, repack labor, or freight zone creep. I’ve seen a brand in Miami, Florida celebrate a packaging quote that was 8% lower, only to discover the new carton pushed enough orders into a higher billing tier that their monthly shipping spend rose by $9,300. Fantastic use of time, honestly. The report was beautiful. The savings were imaginary.

For a disciplined rollout, build a simple workflow:

1. Record current specs and weights.
2. Request 2-3 sample alternatives.
3. Test in the warehouse and in transit.
4. Check carrier bills for changes in billable weight.
5. Compare damage, returns, and packing speed.
6. Approve only the version that improves the full cost picture.

That’s one of the most practical tips for reducing box shipping weight I can give you: treat it like a controlled experiment, not a creative brainstorm. Packaging people love to debate specs. Finance loves the result. Operations loves anything that doesn’t create chaos on the line. Your job is to keep all three somewhat happy. Good luck. You may not get applause, but you might get fewer angry emails, which is basically the same thing in supply chain terms. If the project is run properly, the first pilot carton should be ready within 10-14 business days after sample approval, and a full production lot of 5,000 pieces often lands in 12-15 business days from proof approval.

Common Mistakes When Trying to Reduce Box Shipping Weight

The biggest mistake is choosing the lightest board without testing compression strength or transit durability. I’ve watched teams in Salt Lake City, Utah swap a 44 ECT carton for a 32 ECT carton because the price looked better by $0.08. Then pallet stacking failed in storage, product corners got crushed, and the returns department started asking whether anybody in purchasing had actually seen a warehouse. Fair question. A very fair question. The difference between a sheet that survives 32 inches of stack height and one that fails at 24 inches is not theoretical when the pallets are sitting in a hot DC for 48 hours.

Another mistake is ignoring dimensional weight. People get fixated on actual scale weight because it feels tangible. Sure, a lighter carton is nice. But if the box is still too big, carriers are still going to charge you for the space. That’s one of the most common gaps I see in tips for reducing box shipping weight discussions. The carton size matters as much as the carton mass, especially when a 0.5-inch overhang pushes you into a different billing bracket.

Over-cutting internal protection is a classic bad move. If the product breaks, your savings are gone. If the product breaks and the customer posts a photo of shattered items and a dented carton, your brand takes a hit too. I had a beverage client in Nashville, Tennessee try to save weight by removing a corrugated divider. The outer box held, but the glass bottles collided in transit. The replacement cost was bad. The trust damage was worse. I still remember that call, and I still cringe a little.

Changing box specs without updating packing instructions creates inconsistency. One shift may fold the carton tightly and use one insert. Another shift may add extra filler because “that’s how we’ve always done it.” That’s how good packaging plans get sabotaged by line variability. If you’re serious about tips for reducing box shipping weight, document the build standard and train the warehouse staff on it. A one-page SOP with photos and carton dimensions can save more money than a 40-minute meeting ever will.

• Hidden coating weight: Gloss, matte, and soft-touch finishes can add more than expected across volume.
• Extra tape: A little extra on each box becomes real money fast.
• Unnecessary inserts: If the product already sits stable, you may be padding the carton for no reason.
• Supplier assumptions: Never assume the first quote is the best spec for your use case.
• Late-stage changes: Switching materials after production starts often creates waste and lead-time headaches.

One more trap: failing to involve the supplier early enough. Packaging manufacturers need time to review board availability, tooling requirements, lead times, and minimum order quantities. I once negotiated a carton change with a supplier in Guangdong that saved the client $0.15 per unit, but the change required a new die and a 9-business-day extension because the board we wanted was not sitting on the floor. That’s normal. Planning beats panic every time. Panic, for the record, never once reduced freight charges in my experience.

If you want outside validation on packaging testing and sustainable sourcing, the Forest Stewardship Council is a useful reference for responsible paper sourcing. That doesn’t mean every FSC-labeled option is your cheapest option. It means you can make a smarter, more credible sourcing decision. For brands sourcing in Asia, board mills around Suzhou, China and Ho Chi Minh City, Vietnam often quote different lead times and pulp grades, so comparing sources matters as much as comparing price.

Expert Tips for Reducing Box Shipping Weight Without Sacrificing Strength

Use board engineering, not guesswork. Ask your supplier for ECT, burst strength, and flute recommendations based on product weight, stack height, and shipping route. A 2 lb apparel kit does not need the same spec as a 14 lb accessory bundle. And a box going from your warehouse to a retail DC may need different performance than a carton going direct to a consumer’s porch. That’s basic, but people still miss it. More often than I’d like, actually. A supplier in Monterrey, Mexico may recommend a 32 ECT B-flute carton for one lane and a 36 ECT E-flute carton for another, and those details matter more than the glossy mockup.

Consider redesigning the footprint before touching the material. Better dimensions often beat weaker materials. I’ve seen a 1-inch width reduction allow a better fit, less void fill, and a lower billable weight class. That’s one of the cleanest tips for reducing box shipping weight because it improves protection and freight at the same time. Not common. Very satisfying when it happens. It feels a little like finding money in a coat pocket, except the coat pocket is a carton spec and the money is carrier savings. On a 9 x 6 x 3.5-inch replacement format, one brand in Fort Worth, Texas cut billable weight from 4 lb to 3 lb on 62% of parcels.

Ask for sample runs and compare landed cost, not just raw box price. A $0.04 cheaper carton may need more tape, more labor, or more filler. The real number is what happens after your team packs 5,000 or 50,000 units. If your supplier can quote by the case and provide MOQ, lead time, and tooling notes, even better. I prefer suppliers who tell me the ugly truth early. The ugly truth costs less than the surprise version. For custom packaging runs in Guangdong, China, a die change may add $180 to $450 upfront, but that is still cheaper than reworking 20,000 bad units later.

Limit finishes where branding goals allow. Heavy full-coverage prints, foil accents, and high-build coatings look nice, but they are not mandatory for every SKU. If your box is mainly shipping protection and brand consistency, you can often keep the print simple and the structure smart. Use ink where it matters. Don’t coat the whole carton just because someone in a meeting said it “feels premium.” Premium is nice. Profitable is nicer. I know which one keeps the lights on. A basic two-color print on 350gsm C1S artboard often weighs less and ships more cheaply than a fully laminated premium wrap made for a retail shelf that never sees daylight.

Track carrier invoices every month. Billing errors happen. Dimensional reclassifications happen. Address corrections happen. Fuel surcharges change. A lot of the gains from tips for reducing box shipping weight disappear when nobody audits the freight bills. I’ve caught overcharges on residential fees that were tied to the wrong carton size in the carrier system. That client recovered $2,100 in one billing cycle. Free money is rarely actually free, but it does show up if you look. A monthly audit in Nashville, Tennessee took under 90 minutes and found a 7% mismatch between billed and expected zone rates.

Document a packaging standard so the warehouse doesn’t improvise. Write down the box size, board grade, insert type, tape width, and closure method. Then train the team on it. One client lost 11% of their savings because a night shift kept switching to a larger box when the intended size ran out. The box “worked,” but it killed the math. Standards are boring. They also save cash. And they prevent those lovely little “why is this order using three times the material?” conversations. If your SOP also names the approved carton supplier in Richmond, Virginia or Qingdao, China, even better.

Option	Approx. Unit Cost	Weight Impact	Protection Level	Best Use Case
Heavy premium box with full lamination	$0.92	Higher	High	Luxury unboxing, retail presentation
Right-sized corrugated box with minimal print	$0.61	Moderate	High	Most ecommerce shipping programs
Lightweight mailer-style carton	$0.47	Lower	Medium	Apparel, accessories, low-fragility items
Custom poly mailer	$0.19	Lowest	Low to medium	Soft goods, lightweight SKUs, speed-focused fulfillment

That table is exactly why tips for reducing box shipping weight should never be discussed in a vacuum. The best answer depends on the product, the route, the brand, and the damage tolerance. I can’t tell you a 32 ECT box is right for everything. Nobody honest can. What I can tell you is that smart packaging decisions usually come from matching the lightest workable structure to the actual use case. A skincare kit shipping from Portland, Oregon may need a different board and insert combination than a pet accessory bundle leaving Savannah, Georgia.

If you’re sourcing packaging now, start with samples, not assumptions. Get quotes on Custom Packaging Products, compare a few structures from Custom Shipping Boxes, and if your item doesn’t need a carton at all, test Custom Poly Mailers. I’ve had clients save more by changing format than by shaving material off the same old box. Sometimes the box isn’t the answer. Annoying, yes. True, also yes. A move from cartons to mailers can cut packaging weight by 60% to 80% for low-fragility items, especially apparel shipped out of a high-volume facility in New Jersey.

What to Do Next: A Practical Box Weight Reduction Plan

Start with a simple checklist. Current box specs. Average shipment weight. Box dimensions. Damage rate. Return rate. Monthly shipping spend. If you can’t put those numbers on one page, you’re not ready to optimize yet. I’m not being dramatic. I’m being practical. In my experience, the projects that begin with “we think” usually end with “we should have measured that.” A one-page worksheet built in Excel or Google Sheets is enough to begin, and it takes about 20 minutes to assemble if your data is already exported from your WMS.

Pick one SKU or one order line and test it first. Do not flip the entire warehouse on day one unless you enjoy chaos and refund requests. Run a side-by-side comparison with your current packout and one lighter alternative. Track the same metrics for both: actual weight, billable weight, packing speed, damage rate, and customer complaints. That gives you a real answer, not a guess dressed up as strategy. A 14-day pilot in a Dallas, Texas fulfillment center is usually enough to see the first pattern, and 30 days gives you a much cleaner read on returns.

Request supplier quotes for lighter alternatives and ask for the boring details too: sample timeline, tool cost, production lead time, minimum order quantity, and any board availability issues. The quote that leaves out those details usually causes the headache later. I’ve sat through enough supplier negotiations to know that the cheapest quote is often missing a line item somewhere. Funny how that works. Funny in the way a surprise surcharge is “funny,” which is not funny at all. A reliable vendor in Vietnam or South China should be able to give you tooling costs up front, often within 24 to 48 hours after receiving artwork and dimensions.

Set guardrails before you begin. Decide the savings target and the maximum acceptable damage threshold. For some brands, a 2% drop in shipping cost is fantastic. For others, anything above 0.3% extra damage is too expensive. That depends on product margin, replacement cost, and customer lifetime value. There is no one-size answer, no matter how badly someone in procurement wants there to be one. A luxury candle brand in Los Angeles will tolerate different tradeoffs than a warehouse club supplier in Columbus, Ohio.

Review results after a defined test window. If the new spec wins, scale it in stages. First one SKU family. Then one fulfillment center. Then the rest. Slow rollout is not sexy, but it keeps you from discovering a hidden failure after you’ve ordered 100,000 units. Trust me, I’ve seen that movie, and the ending is a conference call nobody enjoys. If the supplier quotes 12-15 business days from proof approval, build in a two-week cushion for freight, customs, and warehouse intake.

Here’s the short version: the best tips for reducing box shipping weight balance structure, freight, labor, and brand experience. Don’t chase the lightest carton. Chase the lightest carton that still protects the product, keeps your fulfillment team moving, and lowers billable shipping costs in a measurable way. In practical terms, that usually means a right-sized box, a board spec matched to the load, and enough testing to avoid paying for mistakes twice.

If you do that, you’re not just trimming ounces. You’re building a packaging system that actually works. And if the carton goes out of a plant in Monterrey, Mexico or Shenzhen, China on a 5000-piece run, you should still be able to defend every gram in it.