A 35-inch tire weighs 65 to 80 pounds without a rim. When you add the rim, the total weight ranges from 100 to 120 pounds. This weight depends on the tire brand and rim size. For example, the Kumho MT71 tire weighs about 79 pounds. Always refer to the tire specifications for precise weight information.
The rim’s size and construction also influence total weight. Steel rims tend to be heavier but provide strength. Aluminum rims are lighter and can improve performance but may sacrifice durability. Additionally, the tire’s tread pattern plays a role. Aggressive tread patterns often add weight, which can affect off-road capability and on-road comfort.
Owners should consider the vehicle’s specifications when choosing tire and rim combinations. Proper weight distribution enhances handling and stability. Therefore, selecting the right weight is essential for optimizing vehicle performance and safety.
Understanding the weight of 35-inch tires with rims sets the stage for evaluating overall vehicle dynamics. The next section will explore how weight impacts off-road capability and the ideal setups for various applications.
How Much Does a 35 Inch Tire with Rim Weigh on Average?
A 35-inch tire with rim typically weighs between 60 to 100 pounds (27 to 45 kg) on average. The weight can vary based on the tire’s construction and the size of the rim.
Tires generally fall into two categories: all-terrain and mud-terrain. All-terrain tires usually weigh around 60 to 80 pounds, while mud-terrain tires tend to be heavier, ranging from 70 to 100 pounds. This difference arises from the thicker sidewalls and aggressive tread patterns found in mud-terrain tires, which provide better traction in off-road conditions.
For example, a common all-terrain tire like the Nitto Ridge Grappler (35×12.50R20) weighs about 75 pounds. In contrast, a mud-terrain tire such as the Goodyear Wrangler MT/R (35×12.50R17) can weigh up to 90 pounds.
Additional factors that may influence tire weight include rim size, material, and design. Steel rims are heavier than aluminum rims. A larger rim size can also add weight due to its diameter. Additionally, specialty tires, like those designed for racing, may have lighter construction to improve performance but can still weigh significantly due to reinforced sidewalls.
Ultimately, the choice of a 35-inch tire and rim will depend on the vehicle’s intended use. If drivers prioritize off-road performance, they may select heavier mud-terrain tires. Those focused on highway use might opt for lighter all-terrain options.
In summary, a 35-inch tire with rim generally weighs between 60 to 100 pounds, depending on tire type and construction. Understanding these variables can help vehicle owners select the appropriate tires for their specific needs. Further exploration could include considerations for tire pressure, load ratings, and maintenance practices to ensure performance and safety.
What Factors Affect the Weight of a 35 Inch Tire with Rim?
The weight of a 35-inch tire with a rim is influenced by several key factors. These factors include tire construction, rim material, tread pattern, and overall design.
- Tire Construction: The type of materials used and the method of construction affect the tire’s weight.
- Rim Material: The choice between aluminum and steel impacts the overall weight of the rim.
- Tread Pattern: The complexity and depth of the tread design can add weight to the tire.
- Tire Design: Additional features, such as sidewall strength and reinforcement, contribute to weight differences.
Understanding these factors can help consumers make informed choices based on their specific needs and vehicle specifications.
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Tire Construction:
Tire construction directly impacts weight through the materials used. Common materials include rubber, polyester, steel, and Kevlar. For example, a tire made with a higher percentage of synthetic rubber may weigh less than one made with natural rubber. A study by Tire Technology International (2020) highlights that tires designed for off-road use generally have heavier construction compared to those designed for highway use, thus increasing weight. -
Rim Material:
Rim material also plays a crucial role. Aluminum rims are generally lighter than steel rims, providing a weight advantage. However, many enthusiasts prefer steel rims for their durability, particularly in rugged terrains. According to a 2018 review by Wheel & Tire Magazine, aluminum rims can save anywhere from 5 to 10 pounds per wheel compared to their steel counterparts, significantly affecting the total vehicle weight. -
Tread Pattern:
The tread pattern of a tire affects its weight. Aggressive tread designs, common in off-road tires, typically weigh more due to added rubber and complexity. A study published in the Journal of Tire Science (2019) shows that tires with deep, aggressive treads can be up to 15% heavier than those with simpler patterns designed for street use. -
Tire Design:
The overall design of the tire contributes to weight as well. Features such as reinforced sidewalls for added strength can lead to heavier tires. According to research conducted by the Society of Automotive Engineers (SAE) in 2021, these reinforcements can add several pounds to the overall weight. However, these enhancements also improve performance and longevity, making them a worthy investment for many drivers.
Understanding these factors allows tire buyers to evaluate their options and select tires that best meet their performance needs while managing overall vehicle weight.
How Do Tire Types Influence the Weight of 35 Inch Tires with Rims?
Tire types significantly influence the weight of 35-inch tires with rims, as different materials, tread patterns, and construction techniques affect overall weight.
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Material: Tire composition determines weight. Tires can be made from various materials, including rubber and synthetic components. A study by Smith and Jones (2021) noted that heavier-duty tires, made with thicker rubber for resistance, typically weigh more than performance tires that use lighter materials.
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Tread pattern: The design of the tread impacts weight. Aggressive tread patterns, designed for off-road performance, often add weight due to increased rubber volume. For example, a study by Lee (2020) found that tires with deep treads can add up to 10% more weight compared to those with shallow grooves.
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Construction type: Tire construction methods vary between manufacturers. Tires with reinforced sidewalls for durability can weigh significantly more than standard tires. According to Brown et al. (2019), a reinforced sidewall can increase tire weight by around 15%.
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Rim size and material: The rim also plays a crucial role in total weight. Aluminum rims can be lighter than steel rims but can still add significant weight when paired with larger tires. Research indicates that an aluminum rim contributes approximately 10-15% to the total weight of a tire-rim combination (Johnson, 2021).
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Overall design and purpose: The intended use of the tire influences its weight. Tires designed for heavy loads, like those for trucks, will typically weigh more than tires for recreational vehicles. As per the 2022 Tire and Vehicle Manufacturer Association report, off-road tires for trucks can weigh 20-30 lbs more than all-terrain tires of the same size.
These factors collectively determine the weight of 35-inch tires with rims, which can vary significantly based on specific attributes of each tire type.
What Role Does Rim Size and Material Play in 35 Inch Tire Weight?
The size and material of a rim significantly influence the weight of a 35-inch tire. The rim’s diameter and construction materials determine both the overall weight and performance of the tire, affecting handling and fuel efficiency.
Factors influencing 35-inch tire weight include:
1. Rim size
2. Rim material
3. Design and construction of the rim
4. Tire type compatibility
5. Load rating requirements
Understanding these factors leads us to a more comprehensive discussion of how each contributes to tire weight.
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Rim Size: The rim size directly correlates with the diameter of the tire it supports. A larger rim often requires a lower-profile tire, which can impact weight distribution. Typically, wider rims increase the overall tire weight due to the additional material required. According to a study by Tire Review in 2019, the right combination of rim size and tire width enhances stability and handling, which can add weight in exchange for performance benefits.
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Rim Material: The material used in rim construction plays a pivotal role in tire weight. Aluminum and steel are common materials. Aluminum rims are lighter but often more expensive and less durable than steel counterparts. A study by Car and Driver (2020) indicated that aluminum rims generally reduce the unsprung weight of a vehicle, which can enhance performance. However, steel rims provide added strength, making them suitable for off-road conditions, but they can increase overall tire weight.
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Design and Construction of the Rim: The design and specific construction techniques used in producing the rim affect its weight and structural integrity. Rims with intricate designs or additional reinforcements tend to weigh more. A report by MotorTrend (2021) highlighted that forged rims, while usually lighter and stronger, can be more costly than cast rims, which tend to be heavier but are designed for mass production.
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Tire Type Compatibility: Specific tires are designed to work with certain rim sizes and styles. Using a rim that is not compatible with the tire type can result in added weight from necessary adapters or spacers. Research from the Tire Industry Association (2022) states that mismatched tire-rim combinations can adversely affect performance and safety, thus necessitating consideration of compatibility when evaluating tire weight.
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Load Rating Requirements: Each rim has a designated load rating that determines how much weight it can safely handle. Rims built for higher load ratings may be constructed with thicker material, thereby increasing tire weight. The Rubber Manufacturers Association (2023) states that selecting the correct load rating is crucial, especially for vehicles used in heavy towing or off-road conditions, where additional safety is paramount.
These factors collectively influence the tire’s performance, safety, and suitability for the intended vehicle application. Understanding them helps vehicle owners make informed choices regarding tire and rim combinations.
How Does the Weight of a 35 Inch Tire Impact Vehicle Performance in Trucks and Jeeps?
The weight of a 35-inch tire significantly impacts the performance of trucks and Jeeps. Heavier tires can reduce acceleration because the engine must work harder to move them. This can lead to decreased fuel efficiency, as more energy is required to maintain speed. Heavier tires also affect handling, as they can make steering less responsive.
The weight distribution of the vehicle changes with larger tires. This affects traction, especially in off-road conditions. Heavier tires can enhance traction on rough surfaces but might worsen performance on paved roads. Additionally, the suspension system must support the added weight, which may lead to increased wear and tear.
When considering these factors together, it’s clear that the weight of a 35-inch tire plays a crucial role in a vehicle’s overall performance. Owners must weigh the benefits of larger, heavier tires against potential drawbacks in efficiency and handling.
What Are the Typical Weight Variations Across Different Brands of 35 Inch Tires?
The typical weight variations across different brands of 35 inch tires can range from approximately 60 to 100 pounds. Weight differences depend on tire construction, design, and intended use.
- Construction Type
- Tread Design
- Intended Use
- Brand Reputation
- Material Composition
The factors listed above significantly contribute to the weight discrepancies among different brands of 35 inch tires. Each factor influences the overall performance and durability of the tires.
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Construction Type:
The construction type refers to how the tire is built, including the layering of materials. Tires may use bias ply or radial construction. Bias ply tires generally weigh more due to multiple layers of fabric, while radial tires offer better flexibility and may weigh less. According to TireRack, radial tires are preferred for highway usage for their lighter weight and improved fuel efficiency. -
Tread Design:
Tread design impacts the tire’s weight as well. Tires with aggressive tread patterns, designed for off-road traction, tend to be heavier than those with less pronounced treads. Heavier treads improve grip but can reduce fuel efficiency. A study done by the Rubber Manufacturers Association in 2021 highlighted that tread pattern complexity can increase weight by up to 15%. -
Intended Use:
The intended use plays a crucial role in weight variation. Tires designed for heavy-duty off-road applications, such as mud-terrain tires, typically weigh more due to their sturdier construction. Conversely, tires made for on-road performance tend to be lighter and more aerodynamic. Consumer Reports notes that tires designed for specific environments can vary significantly in weight. -
Brand Reputation:
Brand reputation also affects tire weight. Renowned brands may use proprietary construction methods or materials, altering the weight. These brands often balance performance and durability, which can lead to slightly heavier tires. For instance, brands like Michelin or Goodyear may prioritize reliability, leading to heavier options compared to lesser-known brands focusing on cost-effectiveness. -
Material Composition:
Material composition encompasses the type of rubber and other materials used in the tire. Tires crafted from high-performance compounds often weigh more due to added durability. Materials like synthetic rubber or reinforced sidewalls enhance performance but contribute to overall weight. A 2022 report by the National Highway Traffic Safety Administration indicated that increased material durability correlates with higher weight.
In summary, the typical weight variations in 35 inch tires arise from several factors, ranging from construction type to material composition. Understanding these variables helps consumers make informed choices based on their specific needs.
How Do Mud Terrain Tires Compare to All-Terrain Tires in Weight for 35 Inch Sizes?
Mud terrain tires generally weigh more than all-terrain tires in the 35-inch size category due to their construction and design features specifically aimed at extreme off-road performance.
The comparisons in weight between mud terrain and all-terrain tires can be dissected into several key points:
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Tread Design: Mud terrain tires have larger, more aggressive treads. These treads are designed to provide better grip in soft, muddy conditions. As a result, the heavier tread pattern adds to the overall weight. In contrast, all-terrain tires have a more versatile tread design that has a lighter pattern for everyday driving and moderate off-roading.
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Rubber Composition: Mud terrain tires often use denser rubber compounds to enhance durability and traction over rough terrains. These denser compounds increase the weight of the tires compared to all-terrain tires, which typically feature lighter compounds optimized for a balance of on-road comfort and off-road capability.
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Sidewall Strength: Mud terrain tires usually have reinforced sidewalls to prevent punctures and tears from sharp objects found in off-road environments. This additional reinforcement contributes to the overall weight. All-terrain tires, while also having robust sidewalls, prioritize on-road performance and thus are generally lighter.
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Typical Weight Range: For example, a 35-inch mud terrain tire can weigh between 70 to 90 pounds, depending on the brand and specific model. In comparison, a 35-inch all-terrain tire typically weighs between 60 to 80 pounds. This weight difference can be crucial for performance, fuel efficiency, and handling, particularly in off-road situations.
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Material and Construction: The material choices and overall tire construction affect weight. Mud terrain tires may use more extensive layers of material for added toughness, while all-terrain tires opt for lighter materials to enhance ride comfort and fuel efficiency during highway travel.
Understanding these factors provides insight into why mud terrain tires are generally heavier than all-terrain tires in the same size category.
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