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Top 16 Paddy Tire Sizes The 130 Detailed Answer
Top 16 Paddy Tire Sizes The 130 Detailed Answer … such as: paddy tire sizes 35 paddy tires, 37 inch tractor tires, rice and cane tires, …
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- Author: Size Matters Offroad
- Views: 조회수 15,211회
- Likes: 좋아요 189개
- Date Published: 2020. 8. 30.
- Video Url link: https://www.youtube.com/watch?v=5jhy7npdRnM
What is the difference between R1 and R2 tractor tires?
R2 is a tread type used typically with cane and rice or other crops grown in wet muck or flooded fields. Tread depth of R2 tires is approximately twice as deep as R1 tires. R2 tires also have the widest spacing between lugs to allow mud to shed easier.
What are rice paddy tires?
Our tires are specially designed for those who want the ultimate in traction and exceptional durability. Ideal for any Rig that loves to play in the mud. These tires give you the performance you demand in the deep slop. It has self-cleaning capabilities which will get through the even the nastiest of pits.
How are farm tractor tires measured?
Sizes like “380/70R24” are metric and found on most modern tires. Firstly, “380” indicates the width of the tire in mm. Secondly, the “70” indicates the Aspect Ratio of the tire. Width multiplied by aspect ratio gives sidewall height, so (380 x 70% = 266).
What is an R4 tire?
R4 tires, also known as industrial tires, are wide and durable tires designed primarily for use on hard surfaces like pavement and gravel. In terms of tread depth and lug spacing, they fall in between R1 and R3 tires.
What does R mean on a tractor tire?
– The letter R indicates radial construction. Read more about Radial Traction Solutions and see a Traction Comparison Chart. -15 indicates the rim diameter and means this tire would fit a rim with a 15 inch diameter.
What does R 1 mean on a tractor tire?
An R1 tire is used primarily for general dry land farming or where soil conditions are average to ideal. An R1 tire offers the most aggressive traction of these 3 designations.
What does tire size 20×10 8 mean?
20×10-8. The ATV tires within this category are all available in the selected size; 20×10-8. The numbers 20-10-8 represent the dimensions of the tire. The first number is the height, the second number is the width & the third number is the diameter of rim that it will fit on.
How tall is a 20.8 x38 tractor tire?
20.8x38s & 18.4x42s will dual. 18.4-42 is 73.5 inches tall where the 20.8-38 is72.
What size is a 6 12 tractor tire?
| Size | 6-12 |
|---|---|
| Rim Size | 12 Inches |
| Speed Rating | A2 |
| Tire Diameter | 23 inches |
| Item Dimensions LxWxH | 23 x 23 x 6 inches |
What does F2 mean on tractor tires?
F2. This is a free-rolling, three-rib steer tire used in general dryland farming. It typically complements a rear R1 tire. F2M. This is a free-rolling, four-rib steer tire used in general dryland farming.
What does R 3 on a tire mean?
R3 tires, also known as turf tires, are designed to minimize turf damage with their shallower tread depth. These tires are often a good choice for compact tractors that will primarily be used for mowing or when working around your lawn or garden.
What are the different types of tractor tires?
…
The three categories are:
- Agricultural Tractor Tires (R1)
- Turf Tractor Tires (R3)
- Industrial Tractor Tires (R4)
What are ag tires good for?
Ag tires are primarily used for agricultural use where the equipment will be used for navigating across and through the uneven and rough terrain of farms, fields, etc. They have a very aggressive tread that sheds snow and mud superbly. Most common are R-1 and for those in wet mucky conditions, R-1W.
What are industrial tractor tires?
Industrial tires offer much of the traction advantages of a lug design while having less of a negative impact on turf. And while it might be tempting to pick the most aggressive tread style, such as going to a R-2 design, in dry conditions these tires will wear more quickly and provide an extremely rough ride.
Understanding basic tire information
Understanding basic tire information 7R Series Tractor 8R Series Tractor Group sizes
The tire industry has converted to metric size designations when describing agricultural tires. In addition, tires are placed into groups by their rolling circumference index (RCI), commonly referred to as group size.
Rolling circumference is the measurement of the distance a tire travels in one revolution. Tires are given the same RCI number or group size designation (regardless of tire width or rim diameter) if their rolling circumferences are similar. The approximate overall diameters for each group are shown in the table.
Group Overall diameter 42 1498 mm (59 in.) 43 1600 mm (63 in.) 44 1676 mm (66 in.) 47 1955 mm (77 in.) 48 2057 mm (81 in.) 49 2172 mm (85.5 in.)
Understanding tire group size is important for proper tractor setup when equipped with a mechanical front-wheel drive (MFWD).
Reference the 8R Series Tractor tire offerings story for 8R front and rear tire matching guidelines.
Reference the 7R Series Tractor tire offerings story for 7R front and rear tire matching guidelines.
Mismatched tire sizes affect electronic transmission control, which may vary tractor ground speed. Mismatched tires may also increase wear on the tires and drivetrain components.
Tire terminology The metric tire rating system allows manufacturers to design tires that better meet specification requirements for diameter-to-width and rolling circumference dimensions, which are critical for MFWD tires.
Specific tire information is often available from the tire manufacturer, dealer, or the John Deere online configurator/Build Your Own tool. Tire terminology for both standard and metric tires is described below.
Standard size tire
18.4R46
18.4 = tire section width (inches)
R = radial construction
46 = rim diameter (inches) (this is not the total tire height or group size)
Metric size tire
520/85R42 158 A8 R1
520 = tire section width (mm)
85 = aspect ratio (percentage of sidewall height to section width)
R = radial construction
42 = rim diameter (inches) (this is not the total tire height or group size)
158 = load index
A8 = speed symbol
R1 = tread designation
NOTE: Detailed tire terminology definitions are described below. Common conversions between metric and standard tire sizes Tire size conversion chart Inch size Metric conversion (mm) 11.4 290 12.4 315 12.6 320 13.6 345 14.9 378 15.0 380 16.5 420 16.9 429 18.4 467 18.9 480 20.5 520 20.8 528 22.8 580 23.1 587 23.6 600 24.4 620 25.6 650 28.0 710 30.0 750 30.5 775 31.5 800 35.4 900 Formula for metric-
to-English conversion:
divide the metric number (in mm)
by 25.4 to get inches Example:
480-mm section width/25.4 =
18.89-in. section width tire Formula for English-to-
metric conversion:
multiply English number (in inches)
by 25.4 to get millimeters Example:
18.4-in. section width X 25.4 =
467-mm section width tire
Common tire sizes by group size Front Group 42 Group 43 Group 44 290/90R38 320/80R42 380/80R42 320/85R38 380/80R38 420/85R38 380/80R34
(14.9R34) 420/85R34 540/75R34 420/9030
(16.9R30) 480/70R34 620/75R30 480/70R30
(18.4R30) 540/65/R34 600/70R28 600/70R30 Rear Group 47 Group 48 Group 49 380/90R50
(14.9R50) 380/90R54 480/95R50
710/75R42 480/80R45
(18.4R46) 480/80R50 520/85R42
(20.8R42) 520/85R46 620/70R42 620/70R46 710/70R38 710/70R42 800/70R38 NOTE: Not all tires listed in the chart are available on all John Deere Tractors. See your local John Deere dealer for assistance in choosing the proper tires for specific tractor models. Tire terminology definitions Aspect ratio – Number that provides the tire sidewall height relative to the tire width.
Load index (LI) – A uniform method to report the load-carrying capacity of a tire. For example, 157 LI means the tire has a maximum load-carrying capacity of 4125 kg (9100 lb) at the speed specified by the speed symbol when the tire is inflated to its rated inflation pressure. When a tire is used in single application, there would be 8250-kg (18,200-lb) carrying capacity for the axle (4125 kg x 2 tires or 9100 lb x 2 tires). The load-carrying capacity per tire is reduced by 12 percent when the tires are used in dual application, so there would be 14,520-kg (32,030-lb) carrying capacity for the axle (4125 x 0.88 x 4 tires or 9100 x 0.88 x 4 tires). When comparing tires, the higher the load index number, the higher the load capacity.
Example of load index based on tire size:
A 520/85R42 with a 157 LI and an A8 speed symbol has a maximum load of 4125 kg (9100 lb) at the required cold inflation pressure of 159 kPa (23 psi) and maximum speed of 40 km/h (25 mph).
A 480/80R46 with a 158 LI and an A8 speed symbol has a maximum load of 4250 kg (9350 lb) at the required cold inflation pressure of 241 kPa (35 psi) and maximum speed of 40 km/h (25 mph). Load index chart International load index numbers (per tire) Load index lb kg Load index lb kg 135 4800 2180 163 10700 4875 136 4940 2240 164 11000 5000 137 5080 2300 165 11400 5150 138 5200 2360 166 11700 5300 139 5360 2430 167 12000 5450 140 5520 2500 168 12300 5600 141 5680 2575 169 12800 5800 142 5840 2650 170 13200 6000 143 6000 2725 171 13600 6150 144 6150 2800 172 13900 6300 145 6400 2900 173 14300 6500 146 6600 3000 174 14800 6700 147 6800 3075 175 15200 6900 148 6950 3150 176 15700 7100 149 7150 3250 177 16100 7300 150 7400 3350 178 16500 7500 151 7600 3450 179 17100 7750 152 7850 3550 180 17600 8000 153 8050 3650 181 18200 8250 154 8250 3750 182 18700 8500 155 8550 3875 183 19300 8750 156 8800 4000 184 19800 9000 157 9100 4125 185 20400 9250 158 9350 4250 186 20900 9500 159 9650 4375 187 21500 9750 160 9900 4500 188 22000 10000 161 10200 4625 189 22700 10300 162 10500 4750 190 23400 10600 Speed symbol – The top speed a tire is designed to travel.
A8 is rated for 40 km/h (25 mph). B is rated for 50 km/h (31 mph). D is rated for 65 km/h (40 mph). The speed symbol designation alone does not determine suitability for use on 50 km/h tractors.
Tire/wheel assemblies for 50-km/h tractors are specified by John Deere to tighter run out (the amount of sideways motion or wobble in a wheel or tire as it rotates) requirements than for non-50-km/h tractors. The low point of the tire radial run out and the high point of the wheel assembly are determined by measurement and marked by the supplier. The low point of the tire is aligned with the high point of the wheel during assembly by the supplier. The purpose of this requirement is to reduce assembly run out in order to provide improved ride quality. This assembly process is referred to as match mounting.
Tread designation – The tread designation is used to describe the tread and indicate tire usage. Designs offered are all lug- or bar-type tires and are separated into one of three specifications: R1, R1W, or R2.
R1 is a standard tread and is used primarily for general dry-land farming. These tires have the shortest lug height and the narrowest spacing between lugs.
R1W is a wet traction tread for wet, sticky soil conditions. This tread fills the gap between R1 and R2 tires having a deeper lug with wider spacing than R1 tires but shorter and narrower than R2. R1W is defined as having a lug height about 20 percent deeper than an equivalent R1 tire, but this could vary from 15 percent to 35 percent depending on the tire and manufacturer.
R2 is a tread type used typically with cane and rice or other crops grown in wet muck or flooded fields. Tread depth of R2 tires is approximately twice as deep as R1 tires. R2 tires also have the widest spacing between lugs to allow mud to shed easier. The wide-spaced lugs can show extra wear and cause problems with vibration when roading. R2 tires may not pull as well as R1 or R1W tires in drier soil conditions found in most row-crop applications.
Typically, tires with R2 tread should be matched on the front and rear of a tractor while R1 and R1W treads can be mixed or matched on the same tractor to meet requirements or preference. Turning radius Turning radius (1) Turning radius is measured from the center of the turn to the center of the outside tire (1).
Refer to the operator’s manual for tread settings information.
Last Updated : 25-Jul-2013
20″ Paddy Tires
Our tires are specially designed for those who want the ultimate in traction and exceptional durability. Ideal for any Rig that loves to play in the mud. These tires give you the performance you demand in the deep slop. It has self-cleaning capabilities which will get through the even the nastiest of pits.
ALL PRICING IS IN SETS OF 4
Sizes:
Size Tread Rims Dia Height Width
Understanding Tractor Tire Sizes Rim Guard Tractor Tires
It is straight-forward to look for the number on the sidewall of your tire when searching for your tractor tire size. Understanding tractor tire sizes, however, requires breaking down the jargon on your sidewall. Tractor tire sizes are indicated using both standard and metric formats. The indications on your sidewall matter replacing your tires, and also when inquiring about the amount of beet juice tire ballast needed for your specific tire size. We get inquiries for the amount of ballast needed for countless tire sizes. As a result, we have been conducting research to obtain a better understanding of tractor tire sizes and thought it would be helpful to share the information we have found with you.
Standard
Standard tire sizes are the easier of the two measurements to read. An example is “16.9 – 30”. Here, “16.9” indicates the width of the tire in inches and “30” indicates the tire will fit a wheel that is 30 inches in diameter. The “-” indicates the tire is bias-ply design. A standard tire size replacing the “-” with an “R” indicates the tire is radial design. To clarify, radial and bias-ply designs will be explained later on. Some standard sizes include the tire width. An example of what this would look like is “27 x 8.5 – 15” with “8.5” indicating the width of the tire in inches.
Metric
Next, is the metric format. Sizes like “380/70R24” are metric and found on most modern tires. Firstly, “380” indicates the width of the tire in mm. Secondly, the “70” indicates the Aspect Ratio of the tire. Width multiplied by aspect ratio gives sidewall height, so (380 x 70% = 266). Therefore, sidewall height of this tire is 266mm. “R” means the tire is radial. Lastly, “24” is the rim diameter in inches.
Radial
Tire sizes containing “R” are radial. Radial tires contain an embedded structure around the circumference of the tire. Radial treads flex independently from the sidewall. Therefore, allowing for more traction, even tread wear, and less of a footprint left in the field.
Bias-Ply
Tire sizes containing “-” are bias-ply. Bias ply tires contain multiple overlapping layers at an angle of 30-45 degrees to the tread line. Bias ply tires are stiff, so they are less prone to puncture when navigating over rough ground.
Load Index
Load index is a method to report load carrying capacity of a tire relative to its speed rating. In our example “125” is the load index rating. So, “125” means there is a capacity of 3640 pounds. Check out more load index values here Load Index Chart
Speed Index
Speed index indicates the speed a tire can travel when carrying a particular load. In reference to our example, the speed index is “A8” meaning the maximum speed it’s designed to run is 25 MPH. See the full list of values on our Speed Index Chart
Tread Style
Different jobs call for different styles of tread. Whether you are using your tractor for mowing or pulling implements in the field, there are various tread styles to help yield the best results. The tread style in our sample reference, “R1”, is arguably the most popular. These treads are versatile and perform well in mud, dirt and fields. View an expanded list of the most popular tread styles in agriculture Tractor Tread Style Chart
Wrap-Up
We hope this helps you decode the jargon on your sidewall. If there are any areas we are missing, feel free to let us know! Our goal with this research is to determine how much beet juice is needed to fill every tire. Interested in inquiring about our beet juice tire ballast? We can help you find your nearest dealer by filling out the form on our webpage, or by emailing [email protected]
R1, R3, R4: Exploring Different Types of Tractor Tires
Shopping for tractor tires can be confusing. Whether you’re choosing the best tires for a new tractor, or simply looking to replace worn-out tires on an older model, there are many factors to analyze.
Radial or bias tires? What type of liquid ballast, if any? And what size of tires do you need?
Another factor to consider is the design of the tire tread, which can dramatically affect performance. Most tractor tires are sorted into three categories: R1, R3 and R4. Each is suitable for a different purpose.
Let’s cut through the letters and numbers to explore the advantages offered by each type of tire.
Read more: Check out these tips for buying new tires for an old tractor.
R1: Agricultural Tire
R1 tires, also known as agricultural or ag tires, are the standard workaholic tires used for farm tractors. Their treads feature large, widely-spaced lugs designed to generate maximum traction over challenging terrain (including mud and snow) without slipping or clogged.
R1 tires are narrower than other types of tires. This helps focus the weight of the tractor to increase traction. They’re primarily intended for off-road use.
A variation of the R1 tire, known as the R1W, is designed for use in especially wet and soggy conditions. The tread depth of an R1W generally runs about 20 percent deeper than on an R1 tire.
So although they perform similarly on dry ground, R1W tires offer better performance when the going gets tough.
R3: Turf Tire
R3 tires are known as turf tires for a reason. They’re wider than R1 or R2 tires, with shallower tread depths and closely-spaced lugs.
These factors combine to distribute the weight of the tractor across a wider surface area, creating a tire that’s very gentle on lawns. Whereas an R1 tire can be quite aggressive, gouging wet ground and leaving significant tracks behind, R3 tires are designed to minimize damage as much as possible.
For mowing grass and performing routine garden chores, R3 tires are the perfect choice. But they’re not as suitable for wet conditions (mud, snow, etc.). Their shallow treads can quickly clog and reduce traction, causing your tractor to spin its wheels.
Read more: There’s not getting around it—tires keep things rolling on the farm.
R4: Industrial Tire
R4 tires, also known as industrial tires, are wide and durable tires designed primarily for use on hard surfaces like pavement and gravel.
In terms of tread depth and lug spacing, they fall in between R1 and R3 tires. This blend of strengths results in a tread design that offers decent traction while shedding mud and snow.
True to their “jack of all trades” nature” nature, R4 tires aren’t quite as kind on grass as R3 tires. And they’re not quite as effective at traversing challenging terrain as R1 tires.
However, R4 tires shine when tasked with their intended purpose: carrying heavy loads over hard ground. They don’t wear down as quickly and feature tough sidewalls capable of supporting a lot of weight.
This makes R4 tires a great choice when performing work with a front-end loader or forklift attachment.
What About R2 Tires?
Although they don’t receive as much attention as R1, R3 and R4 tires, R2 tires do exist. With treads twice as deep as on R1 tires, R2 tires are geared for use in extremely wet conditions—standing water, for example, as found in rice paddies.
But the extreme design of R2 tires makes them less suitable for general use. Unless you’re farming in appropriately wet conditions, an R1 or R1W tire will provide better overall performance.
By exploring the various types of tires available before making a purchase, you’re more likely to achieve satisfactory performance from your tractor. Have fun shopping!
Top 16 Paddy Tire Sizes The 130 Detailed Answer
Grooving 18L-24 paddy tires
Grooving 18L-24 paddy tires
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Updating Our tires are specially designed for those who want the ultimate in traction and exceptional durability. Ideal for any Rig that loves to play in the mud. These tires give you the performance you demand in the deep slop. It has self-cleaning capabilities which will get through the even the nastiest of pits. ALL PRICI
20″ Paddy Tires – D&D Paddy Tires & Wheels Updating Our tires are specially designed for those who want the ultimate in traction and exceptional durability. Ideal for any Rig that loves to play in the mud. These tires give you the performance you demand in the deep slop. It has self-cleaning capabilities which will get through the even the nastiest of pits. ALL PRICI Table of Contents:
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Understanding basic tire information
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R1, R3, R4: Exploring Different Types of Tractor Tires – Hobby Farms
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Most searched keywords: Whether you are looking for R1, R3, R4: Exploring Different Types of Tractor Tires – Hobby Farms Updating Shopping for tractor tires can be confusing. Let’s cut through the numbers and explore the advantages offered by three main types of tires: R1, R3, and R4.
Table of Contents:
Shopping for tractor tires can be confusing Let’s cut through the numbers and explore the advantages offered by three main types of tires R1 R3 and R4
R1 Agricultural Tire
R3 Turf Tire
R4 Industrial Tire
What About R2 Tires
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Most searched keywords: Whether you are looking for R1/R2 AND PR1 AG TIRES | WESTERN CANADIAN ROCKWELL INC Updating Not sure what tire to go with? Watch the video below to help understand AG tires and their different sizes and meanings.Looking for an extremely aggressive tire? Mud Bogging or Off-Road competitions? These are the answer!SQUARE LUG RICE AND CANE TIRE14.9-26: 55.5′ TALL 14.9′ WIDE 10PLY $836.99 EA IN STOCK 14.9-24: 50′ TALL, 14.9′ WIDE 210LB, 8 PLY $762.00 ea 12.4-24: 49′ TALL, 12.5′ WIDE, 160lbs ea 8 Ply, 689.99 ea11.2-24: 47′ TALL, 11.2′ WIDE, 85 lbs ea 8 Ply 689.99 ea9.5-24: 43′ TALL, 9.5′ WIDE 108LB EA 8 PLY $504.99 ea 2 IN STOCK8.3-24: 40′ TALL, 8.5′ WIDE, 77lbs ea 6 Ply, $415.00 ea IN STOCK 8.3-20: 37′ TALL, 8.5′ WIDE, 85lbs ea 8 ply, $403.00 ea 7.50-16: 34′ TALL, 8′ WIDE, 65lbs ea 6 Ply, $389.00 ea IN STOCK Chinese R2 Tires28L26: 65′ TALL, 28′ WIDE, 595 lbs ea, $2024.00 ea 23.1-26: 65′ TALL, 23.1′ WIDE, 465 lbs ea20L24: 55′ TALL, 20′ WIDE, 305 lbs ea $1125.00 ea19.5L24: 53′ TALL, 19.5′ WIDE, 296 lbs ea $975.00 ea IN STOCK 18L24: 52′ TALL, 18′ WIDE, 275 lbs ea $947.00 ea IN STOCK 14.9-24: 49′ TALL, 14.9′ WIDE, 200 lbs ea $704.00 ea 2 IN STOCK12.4-24 47′ TALL 12.5′ WIDE 155 lbs ea BKT TR17114.9-24: 49.5′ TALL, 15′ WIDE, 150lbs ea, 6 Ply 14.9-24: 49.5′ TALL, 15′ WIDE, 153lbs ea, 8 Ply 12.4-24: 46′ TALL, 12.5′ WIDE, 143lbs ea 11.2-20: 39.5′ TALL, 11′ WIDE, 85lbs ea, 9.5-20: 37′ TALL, 9.5′ WIDE, 67lbs ea9.5-18: 35′ TALL, 9.5′ WIDE, 65lbs ea 9.5-16: 32′ TALL, 9.5′ WIDE, 55lbs ea 6.0-12: 25′ TALL, 6′ WIDE, 20lbs ea, $116.99 ea IN STOCK BKT TR273 18.4-26, 57′ tall 18.5′ wide 14.9-24: 49.5′ TALL, 15′ WIDE 160lbs ea Need something a little less aggressive?We also have a BKT TR135 (R1) tires, available in:BKT TR135 R116.9 -24: 52′ TALL, 17′ WIDE, 193lbs ea12.4-20: 42′ TALL, 12.5′ WIDE, 74lbs eaR1 Tires18.4-26: 57′ TALL, 18.5′ WIDE, 242lbs ea16.9-24: 53′ TALL, 17′ WIDE, 195lbs ea 10 Ply GREEN = IN STOCK ALBERTA CANADA7.5- 16, 9.5-16, 8.3- 20 ,11.2-20 Tires will mount on automotive rims.If you’re interested in a set but need them shipped, we can look after that as well! Just for a rough idea on cost 4, 14.9-24 tires to the Toronto area is only $350 and west to the Vancouver area is only $250 for the same set! *Tire diameters are measured to the crown, and mounted on the proper width rim, inflated to operational pressure** As of May 10 2019 there is a 25% tax on all Chinese Tires entering the US, we include this tax in the price of any Chinese tire quoted or sold to US customers, if you would like more info on this please contact us directly***AG Tires and Wheels are not designed for or permitted on Public Roads, they do not carry DOT certifaction*****Shipping will be charged separately. Contact us for a Quote*** WESTERN CANADIAN ROCKWELL INC
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Understanding basic tire information
Understanding basic tire information 7R Series Tractor 8R Series Tractor Group sizes The tire industry has converted to metric size designations when describing agricultural tires. In addition, tires are placed into groups by their rolling circumference index (RCI), commonly referred to as group size. Rolling circumference is the measurement of the distance a tire travels in one revolution. Tires are given the same RCI number or group size designation (regardless of tire width or rim diameter) if their rolling circumferences are similar. The approximate overall diameters for each group are shown in the table. Group Overall diameter 42 1498 mm (59 in.) 43 1600 mm (63 in.) 44 1676 mm (66 in.) 47 1955 mm (77 in.) 48 2057 mm (81 in.) 49 2172 mm (85.5 in.) Understanding tire group size is important for proper tractor setup when equipped with a mechanical front-wheel drive (MFWD). Reference the 8R Series Tractor tire offerings story for 8R front and rear tire matching guidelines. Reference the 7R Series Tractor tire offerings story for 7R front and rear tire matching guidelines. Mismatched tire sizes affect electronic transmission control, which may vary tractor ground speed. Mismatched tires may also increase wear on the tires and drivetrain components. Tire terminology The metric tire rating system allows manufacturers to design tires that better meet specification requirements for diameter-to-width and rolling circumference dimensions, which are critical for MFWD tires. Specific tire information is often available from the tire manufacturer, dealer, or the John Deere online configurator/Build Your Own tool. Tire terminology for both standard and metric tires is described below. Standard size tire 18.4R46 18.4 = tire section width (inches) R = radial construction 46 = rim diameter (inches) (this is not the total tire height or group size) Metric size tire 520/85R42 158 A8 R1 520 = tire section width (mm) 85 = aspect ratio (percentage of sidewall height to section width) R = radial construction 42 = rim diameter (inches) (this is not the total tire height or group size) 158 = load index A8 = speed symbol R1 = tread designation NOTE: Detailed tire terminology definitions are described below. Common conversions between metric and standard tire sizes Tire size conversion chart Inch size Metric conversion (mm) 11.4 290 12.4 315 12.6 320 13.6 345 14.9 378 15.0 380 16.5 420 16.9 429 18.4 467 18.9 480 20.5 520 20.8 528 22.8 580 23.1 587 23.6 600 24.4 620 25.6 650 28.0 710 30.0 750 30.5 775 31.5 800 35.4 900 Formula for metric- to-English conversion: divide the metric number (in mm) by 25.4 to get inches Example: 480-mm section width/25.4 = 18.89-in. section width tire Formula for English-to- metric conversion: multiply English number (in inches) by 25.4 to get millimeters Example: 18.4-in. section width X 25.4 = 467-mm section width tire Common tire sizes by group size Front Group 42 Group 43 Group 44 290/90R38 320/80R42 380/80R42 320/85R38 380/80R38 420/85R38 380/80R34 (14.9R34) 420/85R34 540/75R34 420/9030 (16.9R30) 480/70R34 620/75R30 480/70R30 (18.4R30) 540/65/R34 600/70R28 600/70R30 Rear Group 47 Group 48 Group 49 380/90R50 (14.9R50) 380/90R54 480/95R50 710/75R42 480/80R45 (18.4R46) 480/80R50 520/85R42 (20.8R42) 520/85R46 620/70R42 620/70R46 710/70R38 710/70R42 800/70R38 NOTE: Not all tires listed in the chart are available on all John Deere Tractors. See your local John Deere dealer for assistance in choosing the proper tires for specific tractor models. Tire terminology definitions Aspect ratio – Number that provides the tire sidewall height relative to the tire width. Load index (LI) – A uniform method to report the load-carrying capacity of a tire. For example, 157 LI means the tire has a maximum load-carrying capacity of 4125 kg (9100 lb) at the speed specified by the speed symbol when the tire is inflated to its rated inflation pressure. When a tire is used in single application, there would be 8250-kg (18,200-lb) carrying capacity for the axle (4125 kg x 2 tires or 9100 lb x 2 tires). The load-carrying capacity per tire is reduced by 12 percent when the tires are used in dual application, so there would be 14,520-kg (32,030-lb) carrying capacity for the axle (4125 x 0.88 x 4 tires or 9100 x 0.88 x 4 tires). When comparing tires, the higher the load index number, the higher the load capacity. Example of load index based on tire size: A 520/85R42 with a 157 LI and an A8 speed symbol has a maximum load of 4125 kg (9100 lb) at the required cold inflation pressure of 159 kPa (23 psi) and maximum speed of 40 km/h (25 mph). A 480/80R46 with a 158 LI and an A8 speed symbol has a maximum load of 4250 kg (9350 lb) at the required cold inflation pressure of 241 kPa (35 psi) and maximum speed of 40 km/h (25 mph). Load index chart International load index numbers (per tire) Load index lb kg Load index lb kg 135 4800 2180 163 10700 4875 136 4940 2240 164 11000 5000 137 5080 2300 165 11400 5150 138 5200 2360 166 11700 5300 139 5360 2430 167 12000 5450 140 5520 2500 168 12300 5600 141 5680 2575 169 12800 5800 142 5840 2650 170 13200 6000 143 6000 2725 171 13600 6150 144 6150 2800 172 13900 6300 145 6400 2900 173 14300 6500 146 6600 3000 174 14800 6700 147 6800 3075 175 15200 6900 148 6950 3150 176 15700 7100 149 7150 3250 177 16100 7300 150 7400 3350 178 16500 7500 151 7600 3450 179 17100 7750 152 7850 3550 180 17600 8000 153 8050 3650 181 18200 8250 154 8250 3750 182 18700 8500 155 8550 3875 183 19300 8750 156 8800 4000 184 19800 9000 157 9100 4125 185 20400 9250 158 9350 4250 186 20900 9500 159 9650 4375 187 21500 9750 160 9900 4500 188 22000 10000 161 10200 4625 189 22700 10300 162 10500 4750 190 23400 10600 Speed symbol – The top speed a tire is designed to travel. A8 is rated for 40 km/h (25 mph). B is rated for 50 km/h (31 mph). D is rated for 65 km/h (40 mph). The speed symbol designation alone does not determine suitability for use on 50 km/h tractors. Tire/wheel assemblies for 50-km/h tractors are specified by John Deere to tighter run out (the amount of sideways motion or wobble in a wheel or tire as it rotates) requirements than for non-50-km/h tractors. The low point of the tire radial run out and the high point of the wheel assembly are determined by measurement and marked by the supplier. The low point of the tire is aligned with the high point of the wheel during assembly by the supplier. The purpose of this requirement is to reduce assembly run out in order to provide improved ride quality. This assembly process is referred to as match mounting. Tread designation – The tread designation is used to describe the tread and indicate tire usage. Designs offered are all lug- or bar-type tires and are separated into one of three specifications: R1, R1W, or R2. R1 is a standard tread and is used primarily for general dry-land farming. These tires have the shortest lug height and the narrowest spacing between lugs. R1W is a wet traction tread for wet, sticky soil conditions. This tread fills the gap between R1 and R2 tires having a deeper lug with wider spacing than R1 tires but shorter and narrower than R2. R1W is defined as having a lug height about 20 percent deeper than an equivalent R1 tire, but this could vary from 15 percent to 35 percent depending on the tire and manufacturer. R2 is a tread type used typically with cane and rice or other crops grown in wet muck or flooded fields. Tread depth of R2 tires is approximately twice as deep as R1 tires. R2 tires also have the widest spacing between lugs to allow mud to shed easier. The wide-spaced lugs can show extra wear and cause problems with vibration when roading. R2 tires may not pull as well as R1 or R1W tires in drier soil conditions found in most row-crop applications. Typically, tires with R2 tread should be matched on the front and rear of a tractor while R1 and R1W treads can be mixed or matched on the same tractor to meet requirements or preference. Turning radius Turning radius (1) Turning radius is measured from the center of the turn to the center of the outside tire (1). Refer to the operator’s manual for tread settings information. Last Updated : 25-Jul-2013
Understanding Tractor Tire Sizes Rim Guard Tractor Tires
It is straight-forward to look for the number on the sidewall of your tire when searching for your tractor tire size. Understanding tractor tire sizes, however, requires breaking down the jargon on your sidewall. Tractor tire sizes are indicated using both standard and metric formats. The indications on your sidewall matter replacing your tires, and also when inquiring about the amount of beet juice tire ballast needed for your specific tire size. We get inquiries for the amount of ballast needed for countless tire sizes. As a result, we have been conducting research to obtain a better understanding of tractor tire sizes and thought it would be helpful to share the information we have found with you. Standard Standard tire sizes are the easier of the two measurements to read. An example is “16.9 – 30”. Here, “16.9” indicates the width of the tire in inches and “30” indicates the tire will fit a wheel that is 30 inches in diameter. The “-” indicates the tire is bias-ply design. A standard tire size replacing the “-” with an “R” indicates the tire is radial design. To clarify, radial and bias-ply designs will be explained later on. Some standard sizes include the tire width. An example of what this would look like is “27 x 8.5 – 15” with “8.5” indicating the width of the tire in inches. Metric Next, is the metric format. Sizes like “380/70R24” are metric and found on most modern tires. Firstly, “380” indicates the width of the tire in mm. Secondly, the “70” indicates the Aspect Ratio of the tire. Width multiplied by aspect ratio gives sidewall height, so (380 x 70% = 266). Therefore, sidewall height of this tire is 266mm. “R” means the tire is radial. Lastly, “24” is the rim diameter in inches. Radial Tire sizes containing “R” are radial. Radial tires contain an embedded structure around the circumference of the tire. Radial treads flex independently from the sidewall. Therefore, allowing for more traction, even tread wear, and less of a footprint left in the field. Bias-Ply Tire sizes containing “-” are bias-ply. Bias ply tires contain multiple overlapping layers at an angle of 30-45 degrees to the tread line. Bias ply tires are stiff, so they are less prone to puncture when navigating over rough ground. Load Index Load index is a method to report load carrying capacity of a tire relative to its speed rating. In our example “125” is the load index rating. So, “125” means there is a capacity of 3640 pounds. Check out more load index values here Load Index Chart Speed Index Speed index indicates the speed a tire can travel when carrying a particular load. In reference to our example, the speed index is “A8” meaning the maximum speed it’s designed to run is 25 MPH. See the full list of values on our Speed Index Chart Tread Style Different jobs call for different styles of tread. Whether you are using your tractor for mowing or pulling implements in the field, there are various tread styles to help yield the best results. The tread style in our sample reference, “R1”, is arguably the most popular. These treads are versatile and perform well in mud, dirt and fields. View an expanded list of the most popular tread styles in agriculture Tractor Tread Style Chart Wrap-Up We hope this helps you decode the jargon on your sidewall. If there are any areas we are missing, feel free to let us know! Our goal with this research is to determine how much beet juice is needed to fill every tire. Interested in inquiring about our beet juice tire ballast? We can help you find your nearest dealer by filling out the form on our webpage, or by emailing [email protected]
R1, R3, R4: Exploring Different Types of Tractor Tires
Shopping for tractor tires can be confusing. Whether you’re choosing the best tires for a new tractor, or simply looking to replace worn-out tires on an older model, there are many factors to analyze. Radial or bias tires? What type of liquid ballast, if any? And what size of tires do you need? Another factor to consider is the design of the tire tread, which can dramatically affect performance. Most tractor tires are sorted into three categories: R1, R3 and R4. Each is suitable for a different purpose. Let’s cut through the letters and numbers to explore the advantages offered by each type of tire. Read more: Check out these tips for buying new tires for an old tractor. R1: Agricultural Tire R1 tires, also known as agricultural or ag tires, are the standard workaholic tires used for farm tractors. Their treads feature large, widely-spaced lugs designed to generate maximum traction over challenging terrain (including mud and snow) without slipping or clogged. R1 tires are narrower than other types of tires. This helps focus the weight of the tractor to increase traction. They’re primarily intended for off-road use. A variation of the R1 tire, known as the R1W, is designed for use in especially wet and soggy conditions. The tread depth of an R1W generally runs about 20 percent deeper than on an R1 tire. So although they perform similarly on dry ground, R1W tires offer better performance when the going gets tough. R3: Turf Tire R3 tires are known as turf tires for a reason. They’re wider than R1 or R2 tires, with shallower tread depths and closely-spaced lugs. These factors combine to distribute the weight of the tractor across a wider surface area, creating a tire that’s very gentle on lawns. Whereas an R1 tire can be quite aggressive, gouging wet ground and leaving significant tracks behind, R3 tires are designed to minimize damage as much as possible. For mowing grass and performing routine garden chores, R3 tires are the perfect choice. But they’re not as suitable for wet conditions (mud, snow, etc.). Their shallow treads can quickly clog and reduce traction, causing your tractor to spin its wheels. Read more: There’s not getting around it—tires keep things rolling on the farm. R4: Industrial Tire R4 tires, also known as industrial tires, are wide and durable tires designed primarily for use on hard surfaces like pavement and gravel. In terms of tread depth and lug spacing, they fall in between R1 and R3 tires. This blend of strengths results in a tread design that offers decent traction while shedding mud and snow. True to their “jack of all trades” nature” nature, R4 tires aren’t quite as kind on grass as R3 tires. And they’re not quite as effective at traversing challenging terrain as R1 tires. However, R4 tires shine when tasked with their intended purpose: carrying heavy loads over hard ground. They don’t wear down as quickly and feature tough sidewalls capable of supporting a lot of weight. This makes R4 tires a great choice when performing work with a front-end loader or forklift attachment. What About R2 Tires? Although they don’t receive as much attention as R1, R3 and R4 tires, R2 tires do exist. With treads twice as deep as on R1 tires, R2 tires are geared for use in extremely wet conditions—standing water, for example, as found in rice paddies. But the extreme design of R2 tires makes them less suitable for general use. Unless you’re farming in appropriately wet conditions, an R1 or R1W tire will provide better overall performance. By exploring the various types of tires available before making a purchase, you’re more likely to achieve satisfactory performance from your tractor. Have fun shopping!
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R1/R2 AND PR1 AG TIRES
WE ARE STILL OPEN FOR BUSINESS! DUE TO CURRENT WORLD AFFAIRS, SHIPPING INCLUDING CROSS BORDER SHIPPING IS STILL AVAILABLE, IT MAY BE DELAYED, BUT HAS NOT BEEN STOPPED. WE WILL KEEP OUR CUSTOMERS UPDATED WITH ANY DELAYS THAT MAY OCCUR BEFORE FOLLOWING THROUGH WITH A PURCHASE.
Paddy Tyre
Suitable for tractor for soil tillage and spreading in wet soft fields ,such as paddy and shattercane
Extra deep tread specially designed to get excellent traction on wet and sticky soil with excellent self cleaning properties
preventing mud clogging between the Lugs
Sidewall rubber preveting weather cracking
Tough tread compound to resist fast wear
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