Key takeaways
- Expanded metal: Strong traction, good drainage, and commonly available in steel or aluminum. Mud can collect in the openings, so cleaning still matters.
- Punched or perforated aluminum: Lighter than steel and resistant to corrosion, with a relatively cleanable surface.
- Rungs or crossbars: Effective for tire grip, especially on a steep ramp, but can produce a bumping ride and may catch small tires if the spacing is excessive.
- Rubber-coated or grit sections: Quiet and grippy in dry conditions, but they can wear, peel, or become slippery when contaminated with mud and oil.
- Solid plate: Easy to sweep but risky when wet unless it has a substantial raised tread pattern.
Best ATV Ramps for Loading and Unloading
The best ATV ramps are typically 6 to 8 feet long, rated for at least 1.5 times your ATV’s loaded weight, and fitted with high-traction surfaces plus secure vehicle connections.
The right choice depends less on a brand name than on four measurements: the height from the ground to your truck or trailer bed, the ATV’s total loaded weight, the available storage space, and how often you load. A lightweight folding ramp may be ideal for occasional use, while a wider, heavier pair of ramps is safer and more efficient for frequent hauling.
Our top picks
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Quick Picks by Loading Situation
| Situation | Best ramp type | Recommended specifications | Why it fits |
|---|---|---|---|
| Pickup truck, occasional use | Single folding ATV ramp | 6–7 ft long, 1,200–1,500 lb capacity, 48–54 in wide | Stores easily and provides enough width for most utility ATVs |
| Pickup truck, frequent use | Pair of arched aluminum ramps | 6–8 ft long, 1,500 lb or more per pair, 12–15 in wide each | Separate wheel paths improve control and reduce ramp weight |
| High trailer or box truck | Long bi-fold or tri-fold ramp | 8–10 ft long, 1,500–2,000 lb capacity | Reduces the loading angle and ground-clearance problems |
| Narrow storage space | Tri-fold aluminum ramp | 6–7 ft long, folded width under 20 in | Fits beside tools or along a garage wall |
| Heavy ATV or side-by-side | Heavy-duty dual-ramp system | 2,000 lb or more combined capacity, reinforced hinges | Offers more margin for a machine, fuel, accessories, and rider |
How Long Should an ATV Ramp Be?
Ramp length controls the loading angle. A longer ramp is usually easier and safer to climb, but it weighs more, costs more, and needs more ground space.
Use this approximate calculation:
Ramp angle = inverse sine (loading height ÷ ramp length)
For example, if your truck bed is 30 inches high and you use a 6-foot ramp, the angle is about 24 degrees. Replacing it with an 8-foot ramp reduces the angle to about 18 degrees. That difference can help prevent the ATV’s front or rear frame from contacting the ramp transition, especially with a long wheelbase or low ground clearance.
| Loading height | 6-foot ramp | 8-foot ramp | Practical recommendation |
|---|---|---|---|
| 18 inches | 17° | 13° | Either length works; choose based on storage |
| 24 inches | 24° | 17° | 6 feet is workable for most ATVs |
| 30 inches | 30° | 22° | 8 feet is the more forgiving choice |
| 36 inches | 37° | 27° | Use 8 feet or longer where space allows |
These figures describe the ramp alone and do not account for a tailgate edge, suspension movement, or uneven ground. If the angle looks steep, do not compensate by accelerating harder. Use a longer ramp, lower the loading height, or use a trailer designed with a suitable approach angle.
Weight Capacity: Choose More Than the ATV’s Dry Weight
Ramp capacity should exceed the complete moving load, not just the ATV’s advertised dry weight. Include fuel, winch, plow, racks, cargo, and the rider if the rider will remain on the machine during loading.
For example, a 650-pound ATV with 40 pounds of fuel and accessories, 30 pounds of cargo, and a 190-pound rider creates a 910-pound working load. A ramp rated at 1,000 pounds technically covers it, but leaves little allowance for dynamic forces. A ramp or pair rated for 1,500 pounds gives a more sensible margin.
For two separate ramps, check whether the manufacturer’s rating is per ramp or combined. A “1,500-pound capacity” may mean 750 pounds per ramp. Never assume that a pair automatically doubles the listed capacity.
Single Ramp or Two-Ramp Pair?
Single wide ramps
A single ramp, commonly 48 to 54 inches wide, lets the ATV’s tires stay on one continuous surface. It is simpler to position and useful when loading a machine with unusual wheel spacing. The disadvantages are weight and bulk. A wide steel ramp can be awkward for one person to carry, particularly after it becomes muddy.
Two separate ramps
A pair of ramps is lighter to handle and often easier to store. You can position each ramp to match the ATV’s tire spacing, and the open center reduces total material. The trade-off is setup precision: both ramps must be parallel, equally supported, and secured independently.
For a narrow ATV, measure the outside-to-outside tire spacing and compare it with the usable ramp width. Leave enough room for steering correction; loading with the tires close to the edge is an unnecessary risk.
Traction Surfaces That Work in Real Conditions
Expanded metal and punched aluminum surfaces drain water and mud while providing many contact edges. They are usually a better all-weather choice than a smooth solid plate.
- Expanded metal: Strong traction, good drainage, and commonly available in steel or aluminum. Mud can collect in the openings, so cleaning still matters.
- Punched or perforated aluminum: Lighter than steel and resistant to corrosion, with a relatively cleanable surface.
- Rungs or crossbars: Effective for tire grip, especially on a steep ramp, but can produce a bumping ride and may catch small tires if the spacing is excessive.
- Rubber-coated or grit sections: Quiet and grippy in dry conditions, but they can wear, peel, or become slippery when contaminated with mud and oil.
- Solid plate: Easy to sweep but risky when wet unless it has a substantial raised tread pattern.
For an ATV, look for a ramp with traction across the full tire path rather than only at the outer edges. A smooth center section can become a problem when the machine drifts during loading.
Folding Designs: Storage Benefits and Wear Points
Bi-fold ramps fold once and are generally quicker to deploy. Tri-fold ramps reduce the stored length further and can fit in a short truck bed or narrow garage area. Folding joints, however, add hinges, pins, fasteners, and potential pinch points.
Before buying, check the folded dimensions rather than relying on the word “compact.” A 7-foot ramp may still be nearly 4 feet long when folded in half. Also inspect how the ramp locks open. Positive locking pins or robust mechanical stops are preferable to relying on friction or a loose strap.
The parts that usually need attention first are hinge hardware, connecting pins, strap hooks, and the surface coating. Aluminum can bend if a ramp is dropped on a corner, while steel can rust around welds and scraped areas. Neither material eliminates the need for inspection.
Truck, Trailer, or Van: Match the Ramp to the Vehicle
Pickup trucks
Use a ramp with a lip or hook that bears securely on the tailgate or bed edge. A rubber-coated contact point helps protect painted surfaces, but it does not replace a safety strap. The ramp must not be able to slide backward as the ATV’s weight transfers onto it.
Open trailers
Trailers often offer a lower loading height than pickups, but the rear edge may be narrow or unsupported. Confirm that the ramp’s top hooks sit on structural metal, not on a thin fender or removable gate. A longer ramp is useful if the trailer has a high deck or a steep rear transition.
Vans and enclosed trailers
Measure the door opening, interior width, and floor height. A ramp may fit the doorway but fail to provide enough clearance for the ATV’s handlebars, mirrors, or racks. A folding ramp is convenient, but verify that its folded thickness does not interfere with the door or consume essential cargo space.
Setup Procedure for Safer Loading
- Park on firm, level ground and place the vehicle in park with the parking brake applied.
- Inspect the ramp for bent rails, loose hinges, damaged welds, missing pins, and worn straps.
- Center a single ramp or measure the spacing of a pair against the ATV’s tires.
- Seat the upper lip fully on a structural edge and attach the supplied safety strap or an appropriately rated tie-down.
- Confirm that the lower end is flat and cannot rock. Chock the vehicle if the ground is sloped.
- Load in low range at a controlled speed. Keep the wheels straight and avoid abrupt throttle or braking.
- After the ATV is secured, remove the ramp or stow it so it cannot shift during transport.
Do not use a ramp that is wet with oil, resting on loose gravel, or supported by a tailgate that is not rated for the combined load. If loading feels unstable, stop and correct the setup rather than trying to power through it.
Maintenance and Ownership Costs
Rinse mud and salt from the ramp after use, then let it dry before folding. Dirt trapped in hinges accelerates wear, while packed mud can hide cracks and corrosion. Lubricate steel hinge points according to the manufacturer’s guidance, but keep lubricants away from tire-contact surfaces.
Replacement straps and pins are inexpensive compared with an ATV or tailgate, so replace them when webbing frays, hooks deform, or locking pins no longer fit tightly. For frequent users, paying more for a welded frame, replaceable hardware, and a corrosion-resistant finish is often better value than replacing a light-duty ramp every few seasons.
Bottom Line
For most pickup-truck owners, the best ATV ramps are an 8-foot folding or paired aluminum design with a 1,500-pound-or-greater working capacity, full-length traction, secure vehicle straps, and a width suited to the ATV’s tires. Choose 6 feet when storage and portability matter more than a shallow angle, and step up to 8 or 10 feet for high trailers, vans, heavy machines, or frequent loading. The safest ramp is not simply the strongest one; it is the one that fits the vehicle, provides adequate capacity, stays firmly attached, and creates a manageable loading angle.
