The Complete Guide to Tractor Hauling Trailers

Hauling your tractor should never be an exercise in high anxiety, but steep trailer ramps on traditional tractor hauling trailers can give even the most experienced farmer, landscaper, or property manager some well-earned gray hairs.

Choosing the right tractor hauling trailer is about more than matching the length of your bare machine to a deck or matching a weight to a carrying capacity. You’ll need to factor in heavy attachments. You’ll also need to ask yourself what your current loading practices are costing you.

Want to protect your equipment investment for the long haul? Read on.

Why Your Tractor Hauling Trailer Should Eliminate Breakover Angles
Calculating the Labor Costs of Loading Tractor Hauling Trailers
Choosing the Right Tractor Hauling Trailer
FAQ
Key Takeaways
Get the Right Tractor Hauling Trailer Today

Why Loading Geometry Matters for Tractor Hauling Trailers

Tractors with mid-mount mowers, backhoes, box blades, loaders, and other attachments can have much less ground clearance than the bare tractor specification suggests.

When equipment transitions from the ground onto a raised trailer, both the ramp angle and the point where the ramp meets the deck matter. Depending on the tractor’s wheelbase, ground clearance, and attachments, a more pronounced transition can increase the chance of scraping or high-centering.

A GoodMFG® hydraulic drop deck approaches that problem by bringing the trailer closer to the tractor.

The chassis lowers to the ground, leaving the deck 5.4 inches above the loading surface. A short 22-inch, 76.5-inch-wide ramp provides the remaining 11° transition. Current GT13FL and GT19FL models use the same loading geometry.

Tractor Hauling Trailers - Tractor on 13' Drop Deck Trailer from GoodMFG® — *Tractor on a GT13FL.*

That reduces the vertical climb and the severity of the ramp-to-deck transition compared with loading to the trailer’s normal 18-inch towing height.

For compatible tractors and attachments, that can make loading more straightforward and help reduce scraping or high-centering.

It does not guarantee clearance for every tractor. Check the complete machine in its transport configuration and follow the tractor manufacturer’s loading instructions.

The attached, spring-assisted rear ramp also means you do not need to position and retrieve a separate pair of long loading ramps before and after each use.

Consider the Complete Loading Workflow

Trailer purchase price is only one part of choosing the right tractor hauling trailer. The loading procedure also has to fit the way you work.

A conventional ramp trailer may require ramps to be positioned, aligned, secured, and stowed before and after loading. A hydraulic drop deck removes those separate-ramp handling steps.

Good Trailers have their own setup procedure. Before lowering, the trailer must be positioned on a suitable surface and completely uncoupled from the tow vehicle. After loading and securing the tractor, the trailer must be raised correctly, reconnected, and checked before towing.

That means the best workflow depends on how you use the trailer.

If you unload one tractor at a property and work there for most of the day, the additional setup involved in lowering the trailer may represent a small part of the overall job.

If you load and unload at many short stops during a route, the complete sequence deserves more consideration.

The advantage of the drop deck is not a guaranteed number of minutes saved. It is a lower loading surface, a short fixed transition, and no separate pair of long ramps to position and store.

Choosing the Right Tractor Hauling Trailer

Below are several representative compact and subcompact tractors to illustrate how tractor dimensions affect tractor hauling trailer selection.

GT13FL

The GT13FL provides an 11′8″ × 6′10″ usable deck and an estimated 5,055-pound carrying capacity. It can be a good fit for subcompact and smaller compact tractor configurations when the complete tractor, attachments, and other cargo fit within those limits.

Example brands & dimensions:

Kubota BX2380: ~1,330 lbs., 8.0’L x 3.8’W
John Deere 1025R: ~1,450 lbs., 8.6’L x 3.9’W
Mahindra eMax 20S: ~1,499 lbs., 7.8’L x 3.5’W
Kubota BX23S: ~1,570 lbs., 8.0’L x 3.8’W
Kubota B2601: ~1,632 lbs., 8.2’L x 4.1’W

The GT19FL provides a substantially longer 17′9″ × 6′10″ usable deck and an estimated 8,000-pound carrying capacity. That additional length and payload can be useful when a loader, rear implement, or other equipment makes the complete transport configuration too large for the GT13FL.

Mahindra Max 26XLT: ~1,819 lbs., 9.1’L x 4.5’W
John Deere 3038E: ~2,225 lbs., 10.7’L x 4.8’W
John Deere 2032R: ~2,435 lbs., 9.9’L x 4.8’W
Mahindra 1626: ~2,459 lbs., 10.7’L x 5.3’W
Kubota L2501: ~2,600 lbs., 10.6’L x 4.6’W

Heavy equipment on flatbed trailer - tractor hauling trailer flatbed drop deck on the ground.

Attachments

The tractor’s published length and weight are only the starting point.

Mounted attachments can change:

Total transport weight
Overall length & width
Ground clearance
Center of gravity
Load distribution
And the amount of deck space required.

Common examples include:

Front-end loaders and buckets: Add both weight and forward length. Measure the tractor with the loader in the manufacturer-approved transport position rather than estimating from bucket width.

Rotary cutters and rear mowers: These can add substantial rearward length. The advertised cutting width does not tell you how much total transport length the implement adds.

Backhoe attachments: Add significant weight and rearward length. Use the tractor manufacturer’s transport position and loading instructions, and position the complete load to achieve proper trailer weight distribution and tongue weight.

Box blades and rear blades: These may sit relatively low and can affect ground clearance during loading. Check the exact implement dimensions rather than relying on a category-wide estimate.

Pallet forks: Account for the fork frame and tine length, and place the attachment in the manufacturer-approved transport position before securing the tractor.

Mid-mount or belly mowers: Because the mower sits underneath the tractor, ground clearance can become especially important at loading transitions. A lower, gentler approach can help, but exact clearance depends on the tractor and mower configuration.

Before buying a trailer, measure and weigh the actual tractor setup you intend to transport.

FAQ

How do I calculate the total trailer load for my tractor setup?

Start with the tractor’s published weight, then add the actual weight of mounted attachments, implements, ballast, loaded tires, tools, securement equipment, and any other cargo traveling on the trailer.

Use the manufacturer’s specifications for the exact ballast or tire-fill configuration rather than a generic allowance.

Then compare the complete load with the trailer’s carrying capacity, dimensions, load-distribution requirements, and tongue weight.

Why are belly mowers and mid-mount attachments so difficult to load on traditional trailers?

A mid-mount mower reduces the clearance available underneath the center of the tractor.

As the tractor transitions from a ramp to a raised trailer deck, that low-mounted equipment may be more likely to scrape or high-center depending on the tractor’s wheelbase, mower position, and loading geometry.

Lowering the GoodMFG® deck to 5.4 inches and using an 11° rear approach reduces the severity of that transition, but you should still check the exact tractor/mower combination and follow its manufacturer’s loading instructions.

Key Takeaways

Everyone wants to protect their tractor, because tractors are key to their livelihood. If you’re looking for an excellent tractor hauling trailer, consider these key points.

Choose a tractor hauling trailer by evaluating the complete transport configuration, not the bare tractor specification.
Loaders, mowers, backhoes, ballast, buckets, and rear implements can change weight, length, clearance, and load distribution substantially.
GoodMFG® flatbeds lower the chassis to the ground, bringing the deck to 5.4″ with a short 11° transition from the ground to the deck.
Lower loading geometry can help reduce scraping or high centering for compatible tractors and attachments but does not guarantee clearance.
The GT13FL provides an 11′8″ usable deck and 5,055 pounds of estimated carrying capacity; the GT19FL provides 17′9″ and 8,000 pounds.
Measure the actual tractor and attachments, account for all cargo weight, and plan for proper distribution and securement before choosing the trailer.