Round Bale Movers: Bale Beds vs. Self-Loading Trailers

By the XES Netting team — bale net-wrap manufacturer · Updated August 14, 2026 · ~13 min read

Ask which round bale mover to buy and you will get an argument, not an answer. That is because the people arguing are usually solving different problems. A cattleman feeding 40 head through a Montana winter and a custom hay guy clearing 300 bales off rented ground before the owner needs the field are both "moving round bales," and almost nothing they need overlaps.

This guide sorts the equipment by job first, then gets into the mechanical arguments that actually matter — arm style, pump type, capacity, width, and the loading hazard that inline trailers are notorious for. It closes with the part nobody covers: what these machines do to the bale itself, which is where a good day's work quietly turns into storage loss. If you only need to know how to avoid tearing wrap with a loader, round bale handling without damage covers that; if your question is road-legal transport, see hauling round bales safely.

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Two jobs, two machines

Almost every "which bale mover" debate dissolves once you separate these.

Feeding is a short-haul, high-frequency, all-weather job. One or two bales, from the stack to the ring, several times a week for five months. It happens in mud, snow, and the dark. It needs a machine that is on the truck you are already driving, that loads without you getting out, and that does not care about the weather.

Field clearing is a long-haul, high-volume, seasonal job. Hundreds of bales scattered across a field that has to be empty. It happens on dry ground in daylight, usually right after baling, and the winning metric is bales per hour with one person.

A bale bed is terrible at field clearing — two bales a trip will not clear 300 bales before dark. A 14-bale retriever is terrible at feeding — you are not hooking a 43-foot trailer to feed one bale in February. The scale of the change on the field-clearing side is worth stating plainly, because it is what justifies the money:

"We started out one bale at a time with a tractor or pickup, then built a carrier for 2 on the tractor. Thought we were big time! Put a front end loader on and carried 3 . . . Wow. Now i carry 14"

— WLC · AgTalk Stock Talk thread 1167851

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Pickup bale beds: the daily feeding tool

A bale bed replaces the flatbed on a one-ton pickup with a bed that has hydraulic arms and spinning spindles. You back up to a bale, grab it, and it rides on the bed. Feed with it, unroll with it, and — because the arms are just hydraulics — lift feed totes, posts, and panels with it the other eleven months.

The main brands are DewEze, Hydra-Bed, Besler, Krogmann and Cannonball, with Butler now under the same parent as DewEze. Published lift capacities cluster tightly: DewEze and Hydra-Bed around 3,000–3,100 lb, Krogmann around 2,500 lb. Every one of them will pick up any bale you can make, so capacity is not the deciding factor. Three other things are.

The first is a genuine reality check on the truck. Owners report an extended-cab one-ton with a bale bed weighing around 9,000 lb empty. Add two 1,400 lb bales and a cake feeder and you are into the truck's real limits long before you run out of hydraulic capacity. Bale beds wear pickups out — one operator described an engine-driven Krogmann that "has worn out 2 pickups."

The second is whether the bed lies flat when you are not feeding. If the truck is a farm truck for the other eight months, arms and lips that stick up matter:

"Also, another big one for me was Hydrabed was the only brand that the bale arms go clear flat so no lip, no arms in the way, just like a regular flatbed if you want. If I want them up or have the spinners in, ok, otherwise your might not even know it's a bale bed."

— J HL · AgTalk Stock Talk thread 1097373

The third is dealer distance. These are hydraulic machines that live in mud and salt; something will eventually need a part. Several buyers noted that the nearest stocking dealer was three or four hours away, which quietly reframes the whole comparison.

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Squeeze arms vs. pivot arms

This is the mechanical fork in the road, and it maps directly onto what you feed.

Parallel or squeeze arms come straight in from both sides and clamp the bale between spindles. Pivot arms swing through an arc, so they open much wider and can pick up a bale that is not lined up. DewEze's own comparison puts the parallel bed's grip range at roughly 41–90 in and the pivot at roughly 34–110 in.

That extra range is why pivot beds have taken over on operations feeding big squares as well as rounds — you can pick a 3x4 up sideways, which a squeeze bed cannot reach around. Owners running both are consistent about which they reach for:

"Got two Deweze here, a squeeze and pivot ,like pivot better"

— Cobb · AgTalk Stock Talk thread 1094082

Squeeze beds have one specific failure mode worth knowing before you buy used. A squeeze grips by friction, and friction has to be enough to hold a wet 1,500 lb bale over a cattle guard:

"We can't safely carry 2 bales down the road with the Dew-eze as it doesn't squeeze tight enough. More than once a bale has fallen off going down the road."

— cows-n-crops · AgTalk Stock Talk thread 1094082

Not everyone sees that — plenty of DewEze owners report theirs "will squeeze till belts scream" — but it points at the real variable, which is grip speed and force:

"DewEze takes several seconds to squeeze the bale while the HydraBed stabs the bale in a split second. No comparison between the 2."

— cows-n-crops · AgTalk Stock Talk thread 1094082

Two practical notes. Squeeze force depends on bale density — a soft bale compresses and slips where a tight one holds, which is one more reason bale density is worth getting right at the baler. And if you carry two bales on the road regularly, test that specific load before you buy, not a single dry bale in the yard.

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The pump decision: engine-driven vs. electric

The hydraulics have to come from somewhere, and this is the choice owners feel most strongly about. There are three options: a clutch pump driven off the engine, a PTO-driven pump on trucks that offer the option, or an electric-over-hydraulic pack running off the battery.

Engine-driven pumps deliver far more flow — commonly in the 4.5–11 GPM range against roughly 3.7–5.5 GPM for electric — which shows up as cycle time. And in cold weather, the gap widens, because cold oil and a battery are a bad combination:

"I personally can't imagine trying to do much of anything with an electric pump in your temps. I'll be first to admit swapping engine pumps is a real pain but only thing I'd have personally."

— wayneNWAR · AgTalk Stock Talk thread 1097373

"Also engine driven pump. 15gpm + if you can get it. If i had to give up my dew eze, the cows would be heading to market pretty fast."

— Jon · AgTalk Stock Talk thread 1097373

The counter-argument for electric is honest: it installs easily, it moves between trucks, and if you are feeding a couple of bales a day it is enough. An engine pump means belts, brackets, and working under the hood of a modern crowded engine bay — one dealer's blunt summary was that PTO drives are fast and beltless but "pretty tough to work on."

The rule that fits the evidence: more than two bales a day, or real winter, buy engine-driven. Occasional use in a mild climate, or a bed that will move to another truck, electric is fine.

Control style is a smaller decision than it looks. Manual cables are mechanical and famously durable — one owner replaced a set after twenty years — while electric-over-hydraulic valves add a wireless remote so you can work outside the cab, at the cost of solenoids under the truck in the mud. Owners on both sides report years of trouble-free use; the one consistent complaint is electric valve motors failing individually, which is a cheap part to keep on the shelf.

"If you have had a pivot dew eze, stick with it. If you had the remote and engine hydraulics, everything else will just make you mad."

— ntexcotton · AgTalk Stock Talk thread 1097373

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Self-loading trailers and retrievers

For clearing fields, the machine is a self-loading carrier pulled behind a tractor: a bed that picks bales up with a hydraulic arm as you drive past, then tips or pushes the whole load off in a row. Highline, Anderson, FarmKing, Pro Ag (Morris) and Haukaas are the common names, in 8-, 10-, 12- and 14-bale sizes; Highline's BM1400 and Anderson's RBM1400 are typical of the 14-bale class.

The throughput is the point, and it is dramatic when you are short of people:

"I have a Highline 1400.It works good when you only have 1 person around.Biggest day we did 500 bales stacked on end of field."

— swmnhay · HayTalk thread 20712

"I've never used a Farmking but I bought the Morris (Pro Ag) 900 hay hiker that hauls 8 5x6 bales. I was able to demo it before I bought it and actually bought the demo unit I was trying out. I love it. This is the third season I've used it and I've moved 10k bales with it in that time."

— IHCman · HayTalk thread 20712

The most common regret is buying too small. The logic that leads people to the 8-bale model — I only need to bunch them at the end of the field — tends not to survive contact with the machine:

"I bought the 900 with just intentions of bunching bales at the ends of fields but now wish I'd bought the 1400 right away and just haul em home right away."

— IHCman · HayTalk thread 20712

Once bales are on a machine that holds fourteen, the sensible destination stops being the field edge and becomes the yard. Buy for where you will want them in year two.

Loading-arm layout is the other spec worth a thought. Single-arm machines load from one side only, so you drive a consistent pattern; double-arm machines pick up from either side and let you weave. Preference genuinely splits — one owner specifically liked the Morris because it has only a single loading arm — but single-arm is simpler and cheaper to maintain, and double-arm is faster on scattered bales.

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Width is the constraint nobody mentions

Capacity gets the brochure headline. Width is what determines whether the machine can legally and safely get to the field.

"It is wide.I think with the lift arms taken off it is about 12' wide.It is 18' wide I think with them on."

— swmnhay · HayTalk thread 20712

Eighteen feet is wider than a traffic lane. He moved his 120 miles by taking the driver's-side lift arm off first. Even truck-pulled gooseneck carriers get wide fast — two five-foot bales side by side is already over 120 inches, past the point where one grower said it exceeded his comfort for road travel.

Before you buy, work out three things: the transport width with arms folded or removed, whether your gates and lanes clear that, and what your state requires for an over-width implement of husbandry. Those rules vary and are worth confirming locally rather than assuming.

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Inline trailers and the sliding-load hazard

Inline bale trailers are the truck-pulled middle ground: a long gooseneck or bumper-pull deck that carries bales nose-to-tail, loaded from the back with a tractor or skid steer and dumped as a row. They are cheaper than a self-loading retriever and pull behind the truck you already have.

They also have a hazard that is not obvious until it happens to you. Pushing the last bale on shoves the entire row at once, and that force goes straight into the towing vehicle:

"When shoving the last bale on (which causes the whole load of bales to slide at once) you put a lot of pressure trying to make the vehicle roll. If parked at 90 degrees to the trailer then the pressure on the transmission park mechanism or the parking brake is minimized."

— okben · AgTalk Stock Talk thread 1167851

Parking at 90° to the trailer works, and it is what most experienced operators do, but it trades one risk for another — sideways load on the tires:

"1000s loaded here, have knocked off bead on 3/4 ton once."

— mobeefguy · AgTalk Stock Talk thread 1167851

The options operators actually use, roughly in order of how well they work:

• Hydraulic or mechanical tire brake on the trailer — the purpose-built answer; some makers add it for a few hundred dollars.
• Automatic wheel chocks or drop-down ground anchors — newer trailers offer these; anchors work better than a tire brake on dewy grass.
• Trailer brakes locked on from the cab, or a second person on the brake pedal.
• Park at 90° — free, effective, and hard on tires if the ground grips.
• Load the front bales from the side — sidesteps the problem entirely for most of the load.

That last one is the technique worth learning, and it comes with a bale-quality condition attached:

"Load from the side for the front bales is the best way. I use spears and front bales will get dropped in a little crooked but straighten up. Last 2 or 3 go on from rear. Helps a lot if round bales are nice and tight and round."

— Kelly · AgTalk Stock Talk thread 1167851

Baleage changes the calculation again, because wrapped bales are heavier and grip each other instead of sliding:

"Baleage is a different beast, especially if it is just string tied. It can be very sticky compared to dry hay and I normally just haul one less bale to the wrapper or try to load the front two from the side if they are on the heavy wet side."

— beanplanter · AgTalk Stock Talk thread 1167851

One less bale per load on wet wrapped bales is cheap insurance, and it protects the film as much as the truck.

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What bale movers do to your bales

This is the section that gets left out of every comparison, and it is the one with money in it. Handling equipment does not just move bales — it changes their shape and how they are set down, and both drive storage loss.

Retrievers rotate the bale, which can give you two flat spots

A bale sitting in the field develops a flat spot on the bottom. Pick it up with a retriever that tips it onto the deck and you rotate it — so the old flat spot ends up somewhere else, and a new one forms wherever it now sits:

"With the bale retriever the bale gets turned about 1/3 when it tips it onto the bed so if they have sat awhile the flat spot/bottom is near the top so you can end up with 2 flat spots on bales if not picked up right away."

— swmnhay · HayTalk thread 20712

The fix is free: pick bales up promptly. A bale collected the same week has not had time to settle into a flat spot, so the rotation costs you nothing. Leave them a month and you have built a bale that will not shed water properly in either orientation — the point of a round bale is that rain runs off a curve. If your bales are going soft-shouldered in the field anyway, round bales not holding shape covers the baler-side causes.

Double-row carriers can leave bale sides touching

This one is subtler and costs more:

"When selling hay appearance matters to most everyone and double flat sided bales look crappy. Another problem i found with most of the double row movers is they leave the sides of the bales touching. This is real handy for double bale loading later but can cause surface mold issues in damp cool weather."

— carcajou · HayTalk thread 20712

He is describing exactly what extension research warns about. The correct outdoor arrangement is the opposite of what a double-row carrier leaves behind: bales butted end to end within a row, and 3 feet between rows so sun and wind can dry the curved surfaces. North Carolina Cooperative Extension puts the numbers on it: dry matter losses on outside-stored bales range from 2% to 52%, average surface loss is about 4 inches — roughly 20% of the bale, or one bale in five — and a single inch of rain drops about 22 gallons of water on a 6x6 round bale. University of Missouri Extension gives the same storage guidance.

Which is why the most useful thing in the whole inline-trailer thread was one grower explaining his second pass:

"I use it to get them off of the field and sit for awhile, then i restack with a skidsteer and pack them together leaving 3' or so between rows."

— WLC · AgTalk Stock Talk thread 1167851

His reason is drainage and access, not agronomy — "To let it have a chance to dry in the winter. If we get a wet spell, i have a hard time getting back in the stack with a pickup otherwise" — but he has independently landed on the exact spacing the extension services recommend. If you take one thing from this article, take that: the mover gets bales out of the field; a short second pass sets them for storage. On the numbers above, that pass is worth more per hour than the first one.

Net wrap does the rest of that work. A tightly wrapped bale keeps its curve, sheds water off the round instead of soaking it into a flat, and survives spears and squeeze arms without unraveling — which is the whole argument in net wrap vs twine and the storage math in is net wrap worth it.

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Choosing: a decision table

Your situation	Buy this	Why
Feeding cattle daily all winter	Pickup bale bed, engine-driven pump	Always attached, works cold, doubles as a farm truck
Feeding a small herd, mild climate	Bale bed, electric-over-hydraulic	Cheaper, moves between trucks, fast enough for 1–2 bales/day
Feeding big squares as well as rounds	Pivot-arm bed	Wider opening reaches a 3x4 sideways
Clearing your own fields, one operator	Self-loading retriever, 12–14 bale	Highest bales/hour solo; buy bigger than feels necessary
Clearing fields, already own a loader tractor	Inline trailer behind the truck	Much cheaper; loading is the tractor's job anyway
Hauling baleage to a wrapper	Inline trailer, one bale under capacity	Wet bales are heavier and stick; protects film and truck
Moving bales on the road between farms	Flatbed or gooseneck + loader	Retriever transport width is the binding constraint

If your bale numbers are climbing and you are trying to work out whether hired hauling beats owning iron, hay hauling cost and load counts has the freight side. For small squares, the equipment is a completely different family — see small square bale handling systems.

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The bottom line

Pick your round bale mover by the job, not the badge. A bale bed is a feeding machine — buy it with an engine-driven pump if you feed in real winter, and buy pivot arms if you handle big squares too. A self-loading retriever or inline trailer is a harvest machine — buy more capacity than you think you need, and check the transport width before the sale, not after. The brand arguments are mostly noise; every mainstream bed will lift any bale you can make.

What is not noise is what happens to the bale. Collect bales promptly so a retriever's rotation does not give you a second flat spot, and make a second pass to set rows 3 feet apart with ends butted. That is where the stored tonnage is won. And the bale has to hold its shape through all of it — which is what factory-direct net wrap from XES Netting is for, in 48, 51, 64 and 67 inch widths for every mainstream round baler.

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Frequently asked questions

What is the best way to move round bales?

It depends on the job. For daily winter feeding, a pickup bale bed carries one or two bales and is always hooked up. For clearing a field after baling, a self-loading retriever moving 8–14 bales per trip is far faster for one person. Most operations with real bale numbers end up owning both.

Is a pivot bale bed better than a squeeze bale bed?

Pivot arms open wider — roughly 34–110 inches versus about 41–90 inches on a parallel squeeze — so they handle off-line bales and can pick up big square bales sideways. Squeeze beds are simpler and work well on uniform round bales. Owners running both generally prefer the pivot.

Do I need an engine-driven pump on a bale bed?

If you feed more than about two bales a day or work in real cold, yes. Engine-driven pumps typically deliver 4.5–11 GPM against roughly 3.7–5.5 GPM for electric-over-hydraulic, and electric packs slow badly in cold weather. For light, occasional use in a mild climate, electric is cheaper and easier to install.

How many round bales can a self-loading bale trailer carry?

Common sizes carry 8 to 14 round bales, with some heavy-duty models going higher. Capacity depends on bale diameter — a trailer rated for 14 four-foot bales may only take 12 five-by-six bales. The most frequent buyer regret is choosing the smaller model.

How far apart should round bales be stored outside?

Leave about 3 feet between rows so sun and wind can dry the curved surfaces, and butt bales tightly end to end within each row to limit exposed surface. North Carolina Cooperative Extension reports outdoor dry matter losses ranging from 2% to 52%, with average surface loss around 4 inches — roughly one bale in five.

Why do bales fall off a bale bed on the road?

Squeeze-style beds hold by friction, so a soft or wet bale can compress and slip, especially when carrying two. Check that your bed grips a full-size, dense bale hard enough before relying on it for road travel, and remember that bale density at the baler affects how well any squeeze arm holds.

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This guide is maintained by the XES Netting team — a bale net-wrap manufacturer. Every farmer quote in this post is verbatim with a thread link, so you can go read the originals. Bale handling equipment moves loads heavy enough to kill: follow the manufacturer's operating instructions, never work under a raised load, and confirm road width and lighting rules with your own state's transport authority before moving over-width equipment.

Featured photo: Bringing in the Bales by David Wright, licensed under CC BY-SA 2.0, via Wikimedia Commons.

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