Start with the machine—not a generic mat count
“Bucket truck” and “aerial lift” cover a wide range of equipment. A compact towable lift, self-propelled boom lift, and truck-mounted aerial device do not place weight on the ground the same way. Record the machine’s operating weight, tire size, outside tire width, wheelbase, rear overhang, turning path, and stabilizer footprint from the manufacturer’s information before laying out the route.
Next, walk the property. Measure gates, side yards, driveway edges, slopes, drainage paths, recent trenches, soft shoulders, and the space needed to approach the work without making a last-second correction. The equipment operator’s route and setup requirements control the plan; the mats follow that plan.
Build the bucket-truck mat route in four parts
Starting transition
Begin on firm pavement or the strongest available surface, and avoid leaving the first mat edge hanging over a curb or drop.
Straight travel line
Cover the complete tire path with room for normal steering corrections instead of aiming for the narrowest possible lane.
Turns and backing
Widen the route before the turn starts. Account for the outside front tire and rear swing while backing into position.
Final work zone
Cover the approach and expected tire locations without assuming the travel mats are the required stabilizer support.
For a straight, one-panel-wide lane, divide the route length by eight feet and round up. A 96-foot lane starts with 12 mats. That is only the baseline. A second lane, wider corner, offset approach, or work pad requires additional panels. The ground mat quantity guide explains how to sketch and count those sections.
Travel mats and outrigger pads do different jobs
Portable ground protection mats create a temporary travel surface and help distribute tire loads over a broader area. An outrigger or stabilizer applies a concentrated reaction through a much smaller footprint. Those are different loading conditions and should not be treated as interchangeable.
A portable mat may be used as a property-protection layer beneath a correctly designed support arrangement when the responsible operator or qualified plan allows it, but the mat does not replace that arrangement. The crane access and outrigger guide explains the same distinction for crane work.
Choose 4×8 or 3×8 mats around the route
A 4×8 ground protection mat covers 32 square feet and is the better starting point for main travel lanes, wider equipment, turns, and work areas where extra coverage matters. The broader panel gives the operator more room to keep the tire path on the protected surface.
A 3×8 mat covers 24 square feet and is useful when a gate, side yard, or other restriction controls access. It is not the better turning mat. A mixed package can use 3×8 panels through the pinch point and 4×8 panels once the route opens up.
Both GroundMats.shop sizes are half-inch, double-sided HDPE panels with molded handholds and four corner holes. Use connection hardware compatible with the panels and site conditions, following the hardware supplier’s directions.
Know when portable ground protection is not enough
The mat does not improve the bearing capacity of the soil beneath it. Saturated topsoil, disturbed fill, concealed trenches, drain fields, steep grades, deep mud, and unsupported edges can still move under the machine. Repeated stopping, braking, or steering at the same location also changes the load on the route.
GroundMats.shop mats are supplier-rated up to 90 tons when evenly distributed under rated conditions. That is not an unrestricted approval for a bucket truck, boom lift, or outrigger. Axle loading, tire contact area, turning, slopes, soil strength, weather, and concentrated stabilizer reactions all matter. Review the ground mat load-rating guide before comparing the machine’s total weight with the product rating.
If the site cannot continuously support each panel, or the equipment and traffic exceed the role of a portable half-inch mat, stop and move to a heavier access system or a properly engineered plan. Never bridge a trench, ditch, hole, or unsupported opening with these panels.
Current mat pricing for an aerial-access route
| Mat size | Under 12 | 12–23 | 24+ |
|---|---|---|---|
| 4×8 | $195 each | $180 each | $160 each |
| 3×8 | $165 each | $145 each | $130 each |
Freight and applicable taxes are quoted separately. Delivered pricing depends on quantity and destination, so send the mat count, size mix, delivery ZIP code, and whether the destination is residential or commercial. Compare both products and ordering details on the ground protection mats for sale page.
Bucket truck and aerial lift route checklist
- Confirm operating weight, outside tire width, wheelbase, turning path, rear swing, and stabilizer footprint.
- Measure the full route, gates, corners, transitions, slopes, and final work position.
- Mark drainage areas, recent trenches, septic or irrigation components, soft shoulders, and concealed voids.
- Use 4×8 mats where primary-lane coverage and turning room are important.
- Use 3×8 mats only where restricted access makes the narrower panel useful.
- Support the full underside and every edge of each mat; never bridge a gap.
- Keep travel-route mats separate from the purpose-rated outrigger support decision.
- Make a slow test pass and stop if a panel shifts, an edge rises, or the soil pumps.
- Reinspect after rain, repeated passes, braking, or a change in equipment.
The practical takeaway
The right mat package protects the route the machine will actually travel—not just the straight line from the driveway. Size the lane around the tires, widen it before the turn, cover the final approach, and let the equipment requirements determine the stabilizer setup.
When the route is measured, compare the 3×8 and 4×8 options or send the quantity, destination type, and delivery ZIP code for straightforward delivered pricing.