Carrier Surcharges

UPS Large Package Surcharge 2026

The "130 Inch Rule" that kills profit margins.

Check Your Box Size

The Danger Zone

If your package (Length + 2xWidth + 2xHeight) exceeds 130 inches, UPS adds a surcharge of roughly $160 - $215 depending on the zone and seasonality.

This fee applies per package. If you ship 10 large boxes, that is a $2,000 surcharge.

How to Calculate "Length + Girth"

This formula confuses everyone. Here is the step-by-step method.

Example Box: 40" x 20" x 20"

  1. Identify Longest Side: Length = 40 inches.
  2. Identify Other Sides: Width = 20, Height = 20.
  3. Calculate Girth: (2 x 20) + (2 x 20) = 40 + 40 = 80 inches.
  4. Add Length + Girth: 40 (Length) + 80 (Girth) = 120 inches.
  5. Result: 120 < 130. Safe (No Surcharge).

Example Box: 42" x 24" x 24"

  1. Identify Longest Side: Length = 42 inches.
  2. Calculate Girth: (2 x 24) + (2 x 24) = 48 + 48 = 96 inches.
  3. Add Length + Girth: 42 + 96 = 138 inches.
  4. Result: 138 > 130. SURCHARGE APPLIED ($160+).
Check Your Surcharge Status
Updated for 2026 Rules

The "90 lb" Minimum Billable

It gets worse. If you trigger the Large Package Surcharge, UPS ignores the actual weight of your box and bills you for a minimum of 90 lbs.

Scenario: You ship a large plastic spoiler (5 lbs) in a 60x20x20 box.
1. Size: 60 + 40 + 40 = 140 inches (>130). Surcharge Triggered.
2. Weight: 5 lbs -> Bumped to 90 lbs Billable.

You pay the base rate for 90 lbs (approx $80) PLUS the Surcharge ($160). Total cost: ~$240 for a 5 lb package.

Don't Get Hit by the Fee

Use our tool to find the exact "tipping point" for your box dimensions.

Launch Surcharge Calculator

Glossary

GirthThe measurement around the thickest part of the package (2W + 2H).
Over MaximumPackages > 165 inches (L+Girth) or > 150 lbs. Requires LTL Freight. Fine: $1,250+.
AHSAdditional Handling Surcharge. A smaller fee for packages > 48" long or > 50 lbs.
Billable WeightThe greater of Scale Weight, DIM Weight, or Minimum Billable (90 lbs for Large Pkgs).

Frequently Asked Questions

For 2026, the UPS Large Package Surcharge applies if your package meets ANY of these criteria: (1) Length + Girth > 130 inches, (2) Length > 96 inches, or (3) Specific handling weight limits are exceeded. The fee typically starts around $160 (Commercial) to $200+ (Residential) per package.
Girth = (2 x Width) + (2 x Height). Total Size = Length + Girth. For example, a box that is 48 x 24 x 24 inches: Length (48) + Girth (2x24 + 2x24 = 96) = 144 inches. Since 144 > 130, this package triggers the surcharge.
Yes. If a package triggers the Large Package Surcharge, UPS automatically bills it at a minimum weight of 90 lbs, even if the actual weight is only 10 lbs. This is in ADDITION to the surcharge fee itself.
Large Package is a fee ($150-$200). 'Over Maximum' is a penalty ($1,250+) for shipping something UPS does not accept (Length > 108 inches, Weight > 150 lbs, or Size > 165 inches). Never ship an Over Max package; use LTL freight instead.
Reduce the box size. Even shrinking the height by 1 inch can bring the total (Length + 2W + 2H) under 130 inches. If you are at 131 inches, you are paying $200 extra for 1 inch of cardboard.

Related Topics & Tools

Warehouse Injury Rate Benchmarks and OSHA Standards 2026

The warehouse and storage industry (NAICS 493) recorded a Total Recordable Incident Rate (TRIR) of approximately 4.2 cases per 100 full-time workers in the most recent BLS data, roughly double the private-sector average of 2.3. OSHA's National Emphasis Program on warehousing and distribution centers, active since July 2023 and running through at least July 2026, places facilities under heightened inspection priority — any facility above the industry TRIR benchmark faces elevated citation risk. The three leading injury causes are overexertion and bodily reaction (32% of incidents), contact with objects and equipment (28%), and falls, slips, and trips (24%). Optimizing your warehouse layout to reduce travel distances and eliminate forklift-pedestrian conflict zones — which you can model with the MetricRig Warehouse Space Planner at /logistics/warehouse-rig — directly addresses the top injury vectors.

Read More

How Many Sofas Fit in a 40ft Container?

A standard 40ft container (usable volume approximately 67 CBM) fits 20–35 standard three-seater sofas when loaded flat, or 40–80 sofas when knocked down flat (KD) and stacked. A 40ft High Cube container adds roughly 8 CBM of additional height, increasing those figures to 25–40 assembled sofas or 50–90 KD units. The exact number depends critically on sofa dimensions, whether the sofas are fully assembled or knocked down, and how tightly the load can be floor-stacked. A typical three-seater sofa measures 220cm x 90cm x 90cm, occupying approximately 1.78 CBM assembled — yielding roughly 37 assembled units in a 40ft standard before weight limits or stacking constraints intervene.

Read More

Warehouse Order Accuracy Rate Benchmarks 2026

Warehouse order accuracy rate measures the percentage of orders shipped correctly — right product, right quantity, right condition, right address — as a share of total orders shipped. The industry benchmark in 2026 ranges from 96–98% for manual pick-and-pack operations to 99.5–99.9% for facilities using barcode scanning or warehouse management systems (WMS) with scan-to-verify workflows. Best-in-class ecommerce fulfillment centers running fully automated or RF-scan-verified pick operations consistently achieve 99.8%+ accuracy. The formula is: Order Accuracy Rate = (Total Orders - Incorrect Orders) / Total Orders × 100.

Read More

How to Calculate Safety Stock: Formula and Real Examples

Safety stock is the buffer inventory held to protect against stockouts caused by demand variability and lead time variability. The standard formula is: Safety Stock = Z x √(Average Lead Time x σ_demand² + Average Demand² x σ_lead²), where Z is the service level z-score (1.28 for 90%, 1.65 for 95%, 1.96 for 99%), σ_demand is the standard deviation of daily demand, and σ_lead is the standard deviation of lead time in days. For operations with stable lead times, a simplified version applies: Safety Stock = Z x σ_demand x √Average Lead Time. A 95% service level target on a SKU with 12 units average daily demand, 4-unit standard deviation, and 21-day average lead time requires approximately 30 units of safety stock.

Read More

Pallets Per Hour Warehouse Productivity Benchmark

Industry benchmarks for warehouse pallet throughput vary by function: receiving averages 15 to 25 pallets per labor hour, putaway averages 18 to 30 pallets per labor hour, and outbound shipping averages 20 to 35 pallets per labor hour for standard floor-loaded or racked operations. Top-quartile operations with powered equipment, optimized layouts, and WMS guidance can hit 40 to 60 pallets per hour on outbound staging. The key formula is Throughput Rate = Total Pallets Processed / Total Labor Hours Applied to that function, measured separately for each workflow. Use the MetricRig Warehouse Space Planner at metricrig.com/logistics/warehouse-rig to evaluate whether your layout — aisle widths, dock door count, rack configuration — is physically enabling or constraining these rates.

Read More

LTL Carrier Claims Ratio Benchmarks 2026

A best-in-class LTL carrier maintains a claims ratio of 0.5% or below — meaning freight claims paid represent less than 0.5% of total freight revenue. The industry average across all LTL carriers in 2026 sits at approximately 0.8–1.2% of revenue, while underperforming carriers can reach 1.5–2.5% or higher. From the shipper's perspective, a cargo claims frequency rate (claims filed per 100 shipments) under 1.0% is considered acceptable, with top-performing shippers achieving below 0.5% through combination of proper packaging, accurate classification, and strategic carrier selection. Use the MetricRig Freight Class Calculator at /logistics/freight-class to ensure correct classification on every shipment — misclassified freight is disproportionately represented in claims disputes because carriers handle it with less certainty about correct value and handling requirements.

Read More