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Paper Roll Securement: Eye Orientation, Stacking, Voids, and the 5,000-Pound Rule
Paper rolls can roll, tip, telescope, or crush blocking during a sudden stop. Learn how the federal rules change with the roll eye vertical, crosswise, or lengthwise—and what drivers should verify in sided, flatbed, and curtain-sided vehicles.
Paper rolls require an orientation-based plan
Large paper rolls combine substantial weight with a curved surface and packaging that can be damaged by concentrated pressure. The securement method must control rolling, sliding, tipping, falling, and movement into open space without crushing the product or relying on a component that cannot carry the force. Before counting straps or closing doors, identify the roll eye direction, vehicle type, layer pattern, voids, individual and total weight, and the exact function of each restraint.
Know when the commodity rule applies
49 CFR 393.122 applies when paper rolls in a shipment weigh 2,268 kilograms (5,000 pounds) or more individually or together. A shipment below that total, and paper rolls unitized on a pallet, may be secured under either Section 393.122 or the general rules in Sections 393.100 through 393.114. The threshold selects the rule set; it never permits a lighter roll to shift, roll, or destabilize the vehicle.
Identify the eye before loading
The eye is the cylindrical opening through the roll. With the eye vertical, the opening points toward the roof and floor. With the eye crosswise, it runs from one side of the vehicle toward the other. With the eye lengthwise, it runs generally parallel to travel. These terms describe the core orientation—not the printed label, wrapper seam, pallet direction, or the way the loader approaches the roll. Record the orientation for every row and layer.
Verify weight, dimensions, and vehicle capacity
Obtain reliable roll weights, diameters, widths, and shipment totals from the bill of lading, mill ticket, load plan, or scale. Confirm the trailer floor, deck, wall, anchor, axle, suspension, tire, and gross ratings can handle both total weight and concentrated loading. Securement cannot correct an overloaded axle, damaged floor, or unsupported footprint. Stop the process when a weight, dimension, or structural rating is unknown.
Inspect the vehicle and materials first
Check floors, decks, sidewalls, bulkheads, doors, posts, tracks, anchors, rub rails, curtains, and support structures for cracks, holes, rot, failed welds, bending, corrosion, contamination, or missing hardware. Inspect tiedowns, tensioners, friction mats, chocks, wedges, blocking, bracing, dunnage, bands, and edge protection. Under 49 CFR 393.104, damaged or weakened securement components and structures may not be used when their condition compromises performance.
Control the loading zone
Use stable, level ground and a documented loading plan. Stay outside the path of a clamp truck, forklift, crane, suspended roll, and any roll that is not fully supported. Never place hands, feet, or tools between a roll and a wall, another roll, blocking, or the deck. Do not climb on the load or enter a trailer while powered equipment is moving unless the facility's controlled procedure specifically requires and protects that work.
Load vertical-eye rolls tightly in a sided vehicle
Vertical-eye rolls must be placed tightly against vehicle walls, other rolls, or other cargo to prevent movement. If the rolls do not reach the sidewalls, control lateral movement by filling the void, blocking, bracing, tiedowns, friction mats, banding the rolls together, or an allowed combination. A visible gap is not harmless simply because the roll is upright; it can allow momentum, tipping, packaging damage, and loss of vehicle stability.
Measure rear voids and split-load gaps
When a void behind a vertical-eye group—including the space at the rear—exceeds the roll diameter, rearward movement must be controlled by friction mats, blocking, bracing, tiedowns, or banding. In a split load, any group not protected from forward movement by vehicle structure or other cargo needs the open space filled or another allowed forward-restraint method. Treat every separated group as a securement decision rather than assuming the first group protects the rest.
Evaluate vertical-eye tipping ratios
For vertical-eye rolls, the width-to-diameter relationship affects tipping restraint. A roll not otherwise protected from sideways or rearward tipping needs banding, bracing, or tiedowns when its width exceeds twice its diameter. The forwardmost roll or group has additional thresholds: more than 1.75 times the diameter when not protected by structure or cargo, and more than 1.25 times the diameter under the conditions specified in Section 393.122(b)(4). Use actual dimensions and the exact paragraph; do not estimate the ratio by appearance.
Use friction mats as an engineered part of the system
A friction mat used as the principal securement in a direction must protrude from beneath the roll in that direction so its placement can be verified. Section 393.108 assigns an unrated friction mat a horizontal resistance value equal to 50 percent of the weight placed on it; a rated mat follows its manufacturer rating. Keep mats clean, flat, compatible with the surfaces, and protected from bunching, tearing, oil, water, debris, or a loading movement that drags them out of position.
Build vertical stacks only on a complete lower layer
Vertical-eye rolls may not be loaded on a lower layer unless that lower layer extends to the front of the vehicle. Each higher layer must be controlled against forward, rearward, and lateral movement by an allowed bottom-layer method or a blocking roll. A blocking roll must be at least 1.5 inches taller than the other rolls or raised that amount with dunnage. A rearmost roll raised with dunnage may not rely on friction mats alone.
Chock crosswise-eye rolls and secure the chocks
A crosswise-eye roll in a sided vehicle must be prevented from rolling or shifting longitudinally by vehicle structure, other cargo, adequate chocks, wedges, blocking and bracing, or tiedowns. Chocks, wedges, and blocking must be held in place by more than friction so they cannot loosen during transit. Verify the retainer, fastener, track, or approved capture method; a loose wedge placed beside a roll is not a complete roll-control system.
Never use rear doors as the crosswise backstop
The rearmost crosswise-eye roll may not be secured by the rear doors of the vehicle or container, or by blocking held in place by those doors. Complete the rearward restraint before the doors are closed, and inspect it from an authorized position. If the door is difficult to close, bows outward, carries visible pressure, or must be forced, stop and have the load corrected rather than using the latch to compress or contain the roll.
Apply the eight-inch lateral-void rule
For crosswise-eye rolls, if the total space between the roll ends—or a row's ends—and the sidewalls exceeds 8 inches, use void fillers, blocking, bracing, friction mats, or tiedowns to prevent movement toward either wall. Measure the combined clearance, not just the larger single-side gap. Recheck after loading because centering, packaging compression, wall shape, and roll movement can change the apparent space.
Form crosswise upper layers only in supported wells
A second crosswise-eye layer is allowed only when the bottom layer extends to the front, and a third or higher layer requires every well beneath it to be filled. The foremost upper roll, or any upper roll with an empty well ahead, needs forward restraint by an allowed banding or blocking arrangement or by placement in a qualifying well. A rearmost upper roll in either of the last two wells must be banded to other rolls. Do not improvise a partial upper row.
Restrain lengthwise-eye rolls in every direction
Each lengthwise-eye roll in a sided vehicle needs forward restraint from vehicle structure, other cargo, blocking, or tiedowns; rearward restraint from other cargo, blocking, friction mats, or tiedowns; and lateral roll control from walls, other cargo, or adequately retained chocks, wedges, or blocking. For stacked loads, fill the lower layer whenever another roll will fit, place upper rolls in wells, and control each upper roll forward and rearward.
Treat flatbeds and curtain-sided vehicles differently
For vertical- or lengthwise-eye rolls on a flatbed or in a curtain-sided vehicle, use the sided-vehicle placement method and secure the entire load with tiedowns under Sections 393.100 through 393.114. Stacked vertical-eye paper rolls are prohibited in these vehicles. Crosswise-eye rolls need longitudinal roll control, securely retained chocks or blocking, and tiedowns meeting the general rules to prevent lateral movement. A curtain is not a structural sidewall unless specifically designed and rated for that function.
Calculate tiedown capacity and protect the product
When tiedowns are part of the system, Section 393.106 generally requires aggregate working load limit equal to at least one-half the weight of the article or group. Section 393.108 bases each device on its lowest-rated component or anchor. Confirm markings, connectors, tensioners, and anchor ratings; apply edge protection wherever cutting or abrasion can occur; and use approved spreaders or protectors so tension does not cut the wrapper, crush the roll edge, or allow the tiedown to migrate.
Perform a function-based final inspection
Walk the load from every safely accessible side and verify roll count, weights, eye directions, layer pattern, contact points, measured voids, tipping ratios, chock retention, blocking, bands, mat placement, tiedown paths, WLL, anchors, edge protection, doors, axle distribution, and loose equipment. Ask what prevents each row from moving forward, rearward, laterally, vertically, rolling, and tipping. A checklist that merely says straps tight will miss orientation-specific failures.
Reinspect after settling and stop for movement evidence
Drivers covered by 49 CFR 392.9(b) must inspect cargo and securement within the first 50 miles and reexamine at duty-status changes, after three hours, or after 150 miles—whichever occurs first. Stop sooner after hard braking, rough pavement, unusual noise, changed handling, a bulging curtain or wall, door pressure, lost tension, crushed blocking, displaced mats, loose bands, roll rotation, or a new gap. Use a safe location and qualified help; never enter the path of a shifted roll. This guide reflects Title 49 eCFR text displayed as current through October 21, 2026; verify the current rules, load plan, manufacturer instructions, and carrier procedures for the actual shipment.
Educational summaries help you prepare, but official FMCSA and state licensing sources remain the authority for current requirements.
Official sources
49 CFR 393.122 — Paper roll securement ↗49 CFR 393.104 — Securement devices and systems ↗49 CFR 393.106 — General requirements for securing cargo ↗49 CFR 393.108 — Working load limits and friction mats ↗49 CFR 392.9 — Inspection of cargo and securement systems ↗ELDT.live independently creates and reviews its content. We do not present practice questions as official examination questions and do not guarantee a licensing result.