Beet Juice Tire Ballast Chart | Pounds By Tire Size

A 75% tire fill with beet-based ballast usually adds about 10.7 to 11 pounds per gallon, so tire size decides the real weight gain.

Beet juice ballast is popular for one plain reason: it adds a lot of weight without the rim corrosion that gives many owners a headache. That extra weight can help traction, loader stability, and ride feel. Still, the number that matters is not “beet juice” by itself. It’s how many gallons your tire can hold at the usual fill level.

That’s where a chart earns its keep. Once you know your exact tire size, you can get close to the added pounds per tire, then double that number for the axle. No guesswork. No fuzzy math. Just a cleaner way to decide whether loaded tires will help your tractor, mower, skid steer, or implement setup.

Beet Juice Tire Ballast Chart For Common Tire Sizes

Most liquid ballast charts use the same baseline: valve stem parked at 12 o’clock, tire filled to about 75%, and weights treated as approximate. That last part matters. Two tires with close sizing can land a bit apart once tread style, casing shape, and rim width enter the picture.

So when you read a beet juice chart, treat it as a solid planning number, not a certified scale ticket. It gets you close enough to decide whether you’re adding 80 pounds, 300 pounds, or well over 1,000 pounds.

How To Read The Numbers

The first thing to check is whether the chart lists weight per tire or per pair. Most ballast charts list pounds per tire. That means a rear axle with two loaded tires carries double the chart value.

• Tire size is pulled from the sidewall, not from memory.
• Gallons per tire tells you how much fluid fits at the stated fill level.
• Pounds per tire tells you the added ballast from the liquid alone, not the tire and wheel total.

Say your chart shows 35 gallons and 375 pounds for one rear tire. A pair adds about 750 pounds. That is a real jump in planted feel when you’re pushing into dirt with a loader or pulling an implement that likes steady bite.

Why Beet Juice Stands Out

Rim Guard’s beet juice ballast details list the fluid at about 10.7 to 11.0 pounds per gallon, with most loaded tires filled to roughly 75%. That weight range is the whole story. Water is lighter. Calcium chloride can be heavy too, but many owners steer away from it because rim damage is no fun once a leak starts.

Beet juice also fits people who want a set-it-and-work approach. You get mass down low, where the tractor can use it, and you keep the three-point hitch free for an implement instead of hanging extra iron on the back all the time.

What Changes The Final Weight

A chart is only as good as the tire size you feed into it. Close is not good enough here. A 12.4-28 is not the same as a 12.4-24. A turf tire does not hold the same amount as a taller ag tire just because the width looks similar at a glance.

Fill level matters too. Most charts assume 75%. If a shop loads higher or lower, the added weight changes with it. Tire construction can nudge the result as well. So the chart gets you the right ballpark, while the actual install settles the last few pounds.

When Loaded Tires Make Sense

Beet juice ballast shines when the tractor spends real time doing traction work or front-end loader work. It is less dramatic when the machine mostly mows flat ground and rarely lifts much up front.

• Loader work where rear ballast keeps the machine calmer
• Box blade, tillage, and grading jobs that reward steady traction
• Hilly ground where low-mounted weight helps stability
• Snow work where tire slip wastes time and fuel

If your machine already feels nose-heavy with an empty rear end, loaded tires can be a smart fix. If your turf is delicate and compaction is your daily enemy, you may want to be more careful with how much permanent weight you add.

Tire Size	Gallons Per Tire	Beet Juice Pounds Per Tire
18X9.50-8	4	43
26X12.00-12	8	86
7.50-16	10	107
9.5-24	17	182
11.2-24	24	257
11.2-28	27	289
12.4-24	30	321
12.4-28	35	375
12.4-36	44	471
16.5L-16.1	40	428

That spread tells you why tire ballast feels so different from machine to machine. A garden tractor tire may gain only a few dozen pounds. A utility tractor rear tire can gain several hundred pounds per side. Same fluid. Totally different result.

The figures above come from a broader liquid ballast chart that lists gallons and per-tire weight across many tire sizes, using the same 75% fill assumption.

How Much Ballast A Pair Of Tires Adds

Owners often stop at the per-tire number and miss the axle total. That can throw off a buying decision. Two rear tires loaded with 321 pounds each are not a light tweak. That is about 642 pounds added down low, before you even count a ballast box or rear implement.

Here’s a simple way to think about it:

• Under 100 pounds per tire: usually small mower, garden, or light front tire territory
• 100 to 300 pounds per tire: common on compact and smaller utility setups
• 300 to 500 pounds per tire: plenty noticeable on loader and traction jobs
• 500 pounds and up per tire: now you are in serious rear tire ballast territory

That’s why matching ballast to the work matters. More is not always better. Too little can leave the tractor light and twitchy. Too much can beat up soft ground and leave the machine feeling heavier than the job asks for.

Rear Tires Usually Deliver The Big Gains

Rear tires hold more fluid on most tractors, so they are where the biggest ballast gains live. Front tires can be loaded too, though they often carry much smaller volumes. On many compact tractors, front loading is more about balance and steering feel than huge weight gains.

Skid steers, loaders, and industrial machines play by similar math. The sidewall size tells the story. Wider, taller casings hold more gallons, and more gallons mean more pounds.

Gallons Of Beet Ballast	Added Pounds Per Tire	Added Pounds Per Pair
5	54	108
10	107	214
15	161	322
20	214	428
25	268	536
30	321	642
40	428	856
50	535	1070

Common Mistakes That Skew The Math

A few slip-ups show up again and again when people use a beet juice tire ballast chart.

• Using the wrong size. Read the sidewall. Don’t guess from wheel diameter alone.
• Forgetting it is per tire. Double the number for the axle.
• Ignoring fill level. A chart built on 75% fill will miss if the tire is loaded to a different level.
• Skipping the job type. Loader work, mowing, and tillage do not all want the same ballast plan.

Another easy miss is forgetting what liquid ballast can’t do. Loaded tires add steady weight. They do not replace proper rear counterweight for every loader lift. If the loader manual calls for ballast on the hitch, follow that. Tire fluid and rear implements often work best as a team.

Using The Chart The Smart Way

Start with the tire size on the machine. Find the gallons and pounds per tire. Double it for the pair. Then stack that number against the work the machine does most often. If you spend your weekends lifting gravel, moving round bales, or pulling ground-engaging tools, the added mass usually pays off in a hurry. If the machine mostly trims grass on soft lawns, lighter may be better.

The real win with beet juice is that the weight sits low and stays out of the way. No extra bracket. No block hanging off the rear all day. Just a tractor that feels more settled when the job asks for bite and balance.

Use the chart as your starting line, not your final word. Get the size right, treat the numbers as close estimates, and think in axle totals instead of single-tire totals. That is the cleanest way to decide whether beet juice ballast is worth the fill on your machine.