Does Honda Civic Have 4 Wheel Drive? Exploring Drivetrain Options

Does Honda Civic have 4 wheel drive? This question sparks curiosity for potential buyers and car enthusiasts alike. The Honda Civic, a stalwart in the compact car segment, has built a reputation for reliability, fuel efficiency, and engaging driving dynamics. But has this popular vehicle ever offered the added traction and stability of all-wheel drive (AWD)? This exploration delves into the Civic’s drivetrain history, comparing it with competitors, and analyzing the benefits and potential future of AWD in this iconic car.

The Honda Civic has predominantly been offered with front-wheel drive (FWD), the standard configuration for many compact cars. However, the availability of AWD is a crucial factor, especially for drivers in regions with challenging weather conditions. We will examine the evolution of the Civic’s drivetrain options, exploring specific model years and trims where AWD might have been an option. We’ll also examine the technology behind Honda’s AWD systems and how they compare to those of its rivals, providing a comprehensive understanding of the Civic’s capabilities.

Honda Civic Drivetrain Options

The Honda Civic, a compact car renowned for its reliability and fuel efficiency, has primarily offered front-wheel drive (FWD) configurations throughout its history. However, there have been instances where all-wheel drive (AWD) has been available, albeit in specific models and for limited periods. Understanding the drivetrain options available provides insight into the Civic’s performance characteristics and its suitability for different driving conditions.

Standard Drivetrain Configurations

The vast majority of Honda Civics have been equipped with front-wheel drive (FWD). This configuration directs engine power to the front wheels, providing good fuel economy and predictable handling in most driving conditions. FWD is generally preferred for its simplicity, lower cost, and lighter weight compared to AWD systems.For many years, the Civic’s engine has been mounted transversely, which is optimal for FWD.

This layout maximizes interior space and contributes to the car’s overall efficiency.

All-Wheel Drive Availability

While the Honda Civic is predominantly a FWD vehicle, all-wheel drive (AWD) has been offered in specific generations and trims. AWD systems distribute power to all four wheels, improving traction and stability, particularly in adverse weather conditions like snow and rain. The inclusion of AWD usually comes with a trade-off, including increased weight, higher fuel consumption, and a higher purchase price.The availability of AWD in the Honda Civic is not consistent throughout its production history.

• Fourth Generation (1988-1991): The Honda Civic Shuttle, a wagon version of the Civic, offered an optional Real Time 4WD system. This system engaged the rear wheels when the front wheels lost traction.
• Fifth Generation (1992-1995): AWD was not available in this generation of the Civic.
• Sixth Generation (1996-2000): AWD was not available in this generation of the Civic.
• Seventh Generation (2001-2005): AWD was not available in this generation of the Civic.
• Eighth Generation (2006-2011): AWD was not available in this generation of the Civic.
• Ninth Generation (2012-2015): AWD was not available in this generation of the Civic.
• Tenth Generation (2016-2021): AWD was not available in this generation of the Civic.
• Eleventh Generation (2022-Present): AWD is not available in this generation of the Civic.

As you can see, the Honda Civic’s history shows a clear preference for front-wheel drive. The brief inclusion of AWD in the Civic Shuttle was a notable exception, catering to drivers needing enhanced traction in challenging conditions. The current Civic models are exclusively FWD, reflecting the ongoing focus on fuel efficiency and everyday usability for the majority of buyers.

AWD Technology in Honda Vehicles

Honda offers all-wheel-drive (AWD) systems across a range of its vehicles, providing enhanced traction and stability in various driving conditions. These systems are designed to improve handling and safety, particularly on slippery surfaces like snow, ice, or loose gravel. Honda’s AWD technologies are engineered to distribute power intelligently to the wheels that need it most, optimizing performance and control.

Honda’s AWD Systems

Honda employs several AWD systems, each tailored to specific vehicle types and driving needs. These systems differ in their design, operation, and the level of performance they offer. The primary systems include Real Time AWD and Super Handling All-Wheel Drive (SH-AWD).

Real Time AWD

Real Time AWD is Honda’s more common and generally more affordable AWD system, often found in vehicles like the CR-V and HR-V. This system primarily operates in front-wheel-drive (FWD) mode under normal driving conditions, improving fuel efficiency. When the system detects a loss of traction, such as wheel slip, it automatically engages the rear wheels to provide additional power.

• Operation: The system uses sensors to monitor wheel speed, throttle position, and steering angle. If the front wheels begin to slip, the system sends power to the rear wheels via a multi-plate clutch system. This clutch pack is electronically controlled and can distribute power to the rear wheels as needed.
• Components: Key components include a rear differential, a transfer case, and the electronically controlled clutch pack. The transfer case is responsible for sending power to the rear wheels when needed.
• Advantages: Real Time AWD offers improved traction and stability compared to FWD vehicles, especially in adverse weather conditions. It also contributes to better fuel economy when AWD is not actively engaged.
• Disadvantages: Compared to more advanced systems like SH-AWD, Real Time AWD may react slightly slower to changes in traction. The power distribution is generally more reactive than proactive.

Super Handling All-Wheel Drive (SH-AWD)

Super Handling All-Wheel Drive (SH-AWD) is Honda’s more sophisticated and performance-oriented AWD system. It’s primarily found in Acura vehicles and higher-end Honda models like the Acura MDX and TLX. SH-AWD is designed not only to distribute power between the front and rear axles but also to actively distribute torque between the left and right rear wheels. This capability enhances cornering performance and overall handling.

• Operation: SH-AWD can send varying amounts of power to each wheel, enabling torque vectoring. This means the system can send more power to the outside rear wheel during cornering, helping the vehicle “rotate” into the turn.
• Torque Vectoring: The ability to over-drive the outside rear wheel during cornering is a key feature of SH-AWD.
  

  This over-driving effect creates a yaw moment, which helps the vehicle turn more quickly and precisely.

  This enhances both agility and stability.

• Components: SH-AWD includes a transfer case, a rear differential with torque-vectoring capabilities, and various sensors to monitor driving conditions. The rear differential contains a pair of clutch packs that can engage and disengage to distribute power between the rear wheels.
• Advantages: SH-AWD offers exceptional handling and cornering performance. It provides superior traction and stability in all conditions, especially during dynamic driving maneuvers.
• Disadvantages: SH-AWD is generally more complex and expensive than Real Time AWD. It may also lead to slightly lower fuel economy due to the added complexity and performance focus.

Advantages and Disadvantages of AWD Systems in General

All-wheel-drive systems, regardless of the manufacturer, offer several advantages and disadvantages. Understanding these trade-offs can help drivers make informed decisions about their vehicle choices.

• Advantages:
  • Enhanced Traction: AWD systems significantly improve traction, especially on slippery surfaces like snow, ice, and wet roads. This leads to better acceleration and control.
  • Improved Stability: AWD helps maintain vehicle stability by distributing power to all four wheels, reducing the likelihood of skidding or losing control.
  • Increased Safety: AWD can improve overall safety by enhancing a vehicle’s ability to handle adverse conditions and react to unexpected situations.
• Disadvantages:
  • Higher Cost: Vehicles equipped with AWD typically cost more than their FWD or RWD counterparts.
  • Reduced Fuel Economy: The added weight and complexity of AWD systems can slightly reduce fuel efficiency.
  • Increased Maintenance: AWD systems often require more maintenance, including regular inspections of the transfer case, differentials, and other components.

Comparing Civic to Competitors with AWD

The Honda Civic, while a popular and well-regarded compact car, faces stiff competition in the market, especially when considering all-wheel-drive (AWD) options. Many buyers prioritize AWD for enhanced traction and stability, particularly in regions with inclement weather. Understanding how the Civic stacks up against its rivals in terms of drivetrain availability, performance, and cost is crucial for informed decision-making.This section will delve into a comparative analysis of the Honda Civic and its main competitors, examining their drivetrain options, AWD performance characteristics, and the associated pricing differences.

Drivetrain Options: Civic vs. Competitors

The availability of AWD varies significantly across the compact car segment. While some manufacturers offer it as a standard feature or an optional upgrade, others do not. The following table provides a clear comparison of drivetrain options for the Honda Civic and its key rivals: the Toyota Corolla, Mazda3, and Subaru Impreza.

AWD Availability and Performance Characteristics

The presence or absence of AWD significantly impacts a vehicle’s performance, particularly in challenging driving conditions. The characteristics of AWD systems vary, influencing their effectiveness in different scenarios.

• Honda Civic: Lacking AWD, the Civic relies on its front-wheel-drive system. This typically provides good fuel efficiency and competent handling in dry conditions but offers less traction in snow, ice, or loose surfaces compared to AWD vehicles.
• Toyota Corolla: The optional AWD system in the Corolla enhances traction, particularly during acceleration and cornering on slippery surfaces. The system typically directs power to the rear wheels when the front wheels lose grip. This can improve stability and reduce wheelspin.
• Mazda3: The Mazda3’s optional AWD system aims to deliver a balance of performance and efficiency. It can actively distribute torque between the front and rear wheels to optimize grip and handling. The system often integrates with other vehicle dynamic control systems for enhanced stability.
• Subaru Impreza: The Impreza’s standard AWD system provides continuous all-wheel drive, offering consistent traction and stability. Subaru’s AWD systems are known for their effectiveness in various weather conditions, making the Impreza a popular choice in regions with frequent snow or rain. Subaru’s system usually sends power to all four wheels all the time, constantly adjusting the power distribution.

Pricing Differences for AWD-Equipped Models

The inclusion of AWD typically adds to the overall cost of a vehicle. This section examines the price premiums associated with AWD options in the Toyota Corolla and Mazda3, comparing them to the base prices of their respective FWD models.The Subaru Impreza, with AWD as standard, is considered in terms of its overall starting price. While it does not offer a direct comparison with a FWD version, its price point is a factor when comparing it with the other vehicles.

• Toyota Corolla: The price difference between FWD and AWD Corolla models varies depending on the trim level and options. Expect to pay a premium for the AWD option. The exact amount can change year to year based on manufacturer pricing.
• Mazda3: Similar to the Corolla, the Mazda3’s AWD option adds to the base price. The price increase is influenced by the trim level and additional features included with the AWD package.
• Subaru Impreza: The Impreza’s starting price reflects its standard AWD configuration. While there is no direct comparison to a FWD version within the Impreza lineup, its price point is generally competitive within the compact car segment.

Real-World Performance and Handling

The handling characteristics of a Honda Civic are significantly impacted by the presence or absence of all-wheel drive (AWD). While front-wheel drive (FWD) Civics are known for their nimble handling and fuel efficiency, the addition of AWD alters the driving dynamics, particularly in challenging conditions. This section explores how AWD enhances the Civic’s performance in various scenarios and weather conditions.

Handling Characteristics with and without AWD

The fundamental difference lies in how power is distributed to the wheels. FWD Civics send power exclusively to the front wheels, resulting in a lighter feel and generally better fuel economy. However, this can lead to understeer in aggressive cornering, where the front wheels lose grip and “push” the car wide. AWD systems, on the other hand, distribute power to all four wheels, improving traction and stability.

This translates to enhanced cornering ability and reduced understeer, especially on slippery surfaces.

Driving Scenarios Benefiting from AWD, Does honda civic have 4 wheel drive

AWD proves advantageous in several driving situations.

• Acceleration from a standstill: AWD provides superior grip when accelerating, especially on wet or loose surfaces. The power is distributed to all four wheels, preventing wheelspin and allowing for quicker launches. For example, a Civic equipped with AWD would accelerate faster from a stoplight on a rain-slicked road compared to a FWD model.
• Cornering: In turns, AWD can help maintain stability and control by distributing power to the wheels that need it most. This reduces the likelihood of oversteer or understeer, allowing for smoother and more confident cornering. Imagine navigating a sharp curve on a gravel road; AWD would significantly improve the Civic’s ability to maintain its intended trajectory.
• Off-Road or Unpaved Roads: While the Civic isn’t designed for serious off-roading, AWD can improve its performance on unpaved roads or trails. The added traction allows the vehicle to navigate these surfaces with greater ease and stability.

Performance in Various Weather Conditions

The benefits of AWD become particularly evident in adverse weather.

• Snow: AWD is arguably most beneficial in snowy conditions. The ability to send power to all four wheels drastically improves traction, making it easier to accelerate, steer, and maintain control on snow-covered roads. The difference between an AWD and FWD Civic in a snowstorm is substantial, with the AWD model providing significantly greater confidence and safety.
• Rain: In heavy rain, AWD can help prevent hydroplaning by providing better grip. The system continuously adjusts power distribution to maximize traction, reducing the risk of the tires losing contact with the road surface.
• Ice: Similar to snow, AWD enhances control on icy surfaces. The improved traction allows the driver to accelerate and steer more effectively, reducing the likelihood of skidding. However, it’s crucial to remember that AWD doesn’t defy the laws of physics; driving cautiously is still essential on ice.

Civic Model History and AWD: Does Honda Civic Have 4 Wheel Drive

The Honda Civic has a rich history, evolving significantly over its eleven generations. Understanding the evolution of its drivetrain options, especially the availability of all-wheel drive (AWD), provides valuable context for prospective buyers and automotive enthusiasts. This section explores the Civic’s model history and its relationship with AWD technology.

Evolution of Honda Civic Drivetrain Options Over Generations

The Honda Civic’s drivetrain offerings have changed dramatically since its introduction. Initially, the focus was on front-wheel drive (FWD) for efficiency and simplicity. Over time, Honda has adapted its offerings to meet changing consumer demands and technological advancements.The early Civic generations primarily offered FWD. However, as the automotive landscape shifted, Honda experimented with different configurations, though AWD remained a rare option for the Civic.

The primary focus for Honda remained on fuel efficiency and affordability, which FWD configurations excelled at. The following details the primary drivetrain options by generation:

• 1st Generation (1973-1979): Primarily FWD with a transverse-mounted engine, setting the standard for future Civics.
• 2nd Generation (1980-1983): Continued with FWD, refining the design and increasing engine options.
• 3rd Generation (1984-1987): Continued with FWD, but with the introduction of the sporty Civic Si.
• 4th Generation (1988-1991): Further refined the FWD platform and introduced more powerful engine options.
• 5th Generation (1992-1995): Continued the FWD layout, with increased focus on fuel efficiency and performance.
• 6th Generation (1996-2000): The FWD platform was retained, with improvements in safety and refinement.
• 7th Generation (2001-2005): Continued with FWD as the standard, but featured more sophisticated suspension and engine technologies.
• 8th Generation (2006-2011): Primarily FWD, with a redesigned chassis and engine lineup.
• 9th Generation (2012-2015): FWD was the standard, with updated styling and features.
• 10th Generation (2016-2021): FWD was the standard. Introduction of more powerful turbocharged engines and sporty trims.
• 11th Generation (2022-Present): FWD remains the primary configuration, with continued focus on efficiency and performance.

Timeline of AWD Availability in the Civic

While AWD is common in many of Honda’s other models, it has never been a regular feature in the Civic’s history. The Civic has primarily been a FWD vehicle, with Honda prioritizing fuel efficiency and handling characteristics suited to that drivetrain.There is no regular AWD availability in the Civic. The Civic has consistently prioritized FWD. There have been some instances of Civic models adapted for specific markets or purposes, but these are not mainstream offerings.

The Honda Civic has never been offered with a standard, factory-installed AWD system for the North American market.

Visual Representation of Civic Generations and Drivetrain Options

This illustration provides a visual timeline of the Honda Civic generations, highlighting the primary drivetrain configuration for each. The illustration uses a horizontal timeline format. Each generation is represented by a rectangular box, with the model years clearly indicated. Each box is color-coded. The color coding is designed to easily identify the drivetrain configuration: FWD is represented in blue, and any AWD availability is represented in red (though, in this case, none are present).

The illustration also includes key design elements from each generation, such as headlamps and body styles. This visual representation quickly communicates the consistent FWD focus of the Civic.

Maintenance and Cost Considerations

Owning a Honda Civic with all-wheel drive (AWD) comes with certain maintenance and cost implications that are important to understand. The added complexity of the AWD system, while providing performance benefits, necessitates specific care and can influence overall ownership expenses. This section breaks down the maintenance requirements, associated costs, and fuel economy differences to provide a comprehensive view.

Maintenance Requirements Specific to AWD Systems

AWD systems, unlike their two-wheel-drive counterparts, have additional components that require regular maintenance. These components include the transfer case, rear differential (if equipped), and the AWD system’s control module. Proper maintenance is crucial to ensure the system’s longevity and optimal performance.

• Fluid Changes: The transfer case and rear differential (if present) require periodic fluid changes. The frequency of these changes is typically specified in the owner’s manual, often based on mileage or time. Using the correct type of fluid is essential for proper lubrication and performance. Failure to do so can lead to premature wear and damage.
• Inspection of Components: Regular inspections of the AWD system’s components, such as the driveshaft, axles, and CV joints, are vital. Technicians should check for leaks, damage, and wear. Addressing any issues early on can prevent more extensive and costly repairs down the line.
• Tire Maintenance: Maintaining consistent tire sizes and pressures is crucial for AWD vehicles. Using tires of different sizes or with significantly different wear patterns can cause stress on the AWD system, potentially leading to damage. Tire rotations are also critical to ensure even wear.
• Software Updates: Modern AWD systems often rely on electronic control modules. These modules may require software updates to optimize performance and address any potential issues. Keeping the software up-to-date can improve the system’s efficiency and responsiveness.

Estimated Costs Associated with Maintaining an AWD Vehicle

The cost of maintaining an AWD Honda Civic can vary depending on several factors, including the driving conditions, the frequency of maintenance, and the cost of parts and labor in the area. However, it’s possible to provide some general estimates.

• Fluid Changes: Transfer case and rear differential fluid changes typically range from $100 to $300, depending on the fluid type and labor costs.
• Inspections: Regular inspections, often performed during routine service appointments, may add $50 to $150 to the overall cost.
• Tire Maintenance: Tire rotations and balancing, necessary for even wear, can cost around $50 to $150 per service. The cost of replacing tires, of course, varies widely based on the tire brand, size, and type. Expect to pay more for AWD-specific tires.
• Potential Repairs: If any components of the AWD system fail, such as a transfer case or differential, the repair costs can be significantly higher, potentially ranging from several hundred to several thousand dollars.

For example, a transfer case replacement on an older Honda Civic with AWD might cost upwards of $2,000, including parts and labor, while a simple fluid change could cost around $150. These costs are estimates and can vary.

Fuel Economy Differences Between AWD and Non-AWD Civic Models

AWD systems typically result in lower fuel economy compared to their non-AWD counterparts. The added weight and mechanical complexity of the AWD system increase fuel consumption. The difference in fuel economy is usually more noticeable in city driving than on the highway.The EPA (Environmental Protection Agency) provides fuel economy ratings for different vehicle configurations. For example, a 2024 Honda Civic with AWD might have an EPA-estimated fuel economy of 31 MPG combined (28 MPG city / 34 MPG highway), while a comparable non-AWD model might achieve 35 MPG combined (31 MPG city / 38 MPG highway).

The difference in fuel economy can translate into hundreds of dollars per year in fuel costs, depending on the driving habits and fuel prices.

It is crucial for potential buyers to consider these fuel economy differences when evaluating the overall cost of ownership.

Future of AWD in the Honda Civic

The Honda Civic’s drivetrain options have evolved over the years, and the future holds exciting possibilities. While the current generation doesn’t offer all-wheel drive, understanding Honda’s strategies and technological advancements allows for speculation on what future Civic models might bring. The automotive industry is in constant flux, with electrification and changing consumer preferences influencing vehicle design and capabilities.

Potential for Future Civic Models to Offer AWD

The potential for future Civic models to offer all-wheel drive hinges on several factors, including market demand, technological feasibility, and Honda’s overall product strategy. While the Civic has historically been front-wheel drive, the increasing popularity of AWD in compact cars, particularly in regions with inclement weather, could shift Honda’s perspective.

• Market Demand: The growing consumer preference for AWD vehicles, driven by enhanced safety, improved handling, and all-weather capability, is a significant driver. This trend is especially noticeable in areas with snow, ice, or heavy rainfall. If the demand for AWD Civics increases significantly, Honda will likely respond to remain competitive.
• Technological Advancements: Honda has the engineering expertise to integrate AWD systems into the Civic platform. Modern AWD systems are lighter, more efficient, and more compact than older designs. This allows for easier integration into existing vehicle architectures. Honda’s experience with AWD in vehicles like the CR-V and Pilot provides a strong foundation.
• Platform Sharing: Honda’s modular platform strategy facilitates the potential for AWD. If future Civic models share platforms with vehicles that already offer AWD, it simplifies the development and production process. This approach reduces costs and accelerates the implementation of AWD in the Civic.
• Competition: The presence of AWD options in competitors like the Mazda3, Subaru Impreza, and Toyota Corolla Cross puts pressure on Honda. To remain competitive in the compact car segment, Honda may need to offer an AWD Civic to attract buyers seeking this feature.

Honda’s Current Strategies Regarding Drivetrain Options

Honda’s current strategies regarding drivetrain options reflect a focus on efficiency, performance, and electrification. They are investing heavily in hybrid and electric vehicle technologies while optimizing their internal combustion engine offerings. Understanding these strategies provides insight into the potential for future Civic drivetrain choices.

While the Honda Civic primarily offers front-wheel drive, the question of all-wheel drive inevitably surfaces in automotive discussions. This prompts a comparison, as consumers often explore alternatives, leading them to inquire about the Kia Soul’s capabilities, specifically, “do kia souls have all wheel drive” do kia souls have all wheel drive. Returning to the Civic, its lack of standard all-wheel drive positions it differently in a market increasingly valuing versatile traction.

• Electrification: Honda is committed to expanding its hybrid and electric vehicle lineup. The company has announced ambitious goals for electric vehicle sales in the coming years. This strategy could lead to an electric AWD Civic, which aligns with the industry trend.
• Hybrid Technology: Honda’s e:HEV hybrid system, used in models like the CR-V and Accord, offers a blend of fuel efficiency and performance. The system can be adapted for AWD applications, as seen in some of their SUV models.
• Performance: Honda continues to refine its internal combustion engines, particularly in the Civic Si and Type R models. The company is known for its focus on driving dynamics. AWD could potentially enhance the performance of these models, offering improved handling and acceleration.
• Platform Optimization: Honda is focusing on platform optimization to reduce costs and improve efficiency. This approach allows for greater flexibility in offering various drivetrain options, including AWD.

Speculative Analysis on the Possibility of an Electric AWD Civic

The possibility of an electric AWD Civic is compelling, given Honda’s electrification strategy and the increasing popularity of electric vehicles. Several factors suggest that this could become a reality in the near future.

• Platform Compatibility: Honda’s electric vehicle platforms are designed to accommodate various battery sizes and motor configurations. This flexibility allows for the integration of dual-motor AWD systems.
• Market Trends: The demand for electric SUVs and crossovers with AWD is growing rapidly. Honda could leverage this trend by offering an electric AWD Civic to appeal to a wider range of customers.
• Performance Benefits: Electric motors provide instant torque, which can significantly enhance acceleration and handling. An electric AWD Civic would offer impressive performance characteristics, potentially appealing to enthusiasts.
• Battery Technology: Advancements in battery technology are continuously improving range and charging times. An electric AWD Civic with a long-range battery would be a competitive offering in the electric vehicle market.
• Example: Consider the Tesla Model 3, a popular electric sedan. It offers both rear-wheel drive and dual-motor AWD options. Honda could follow a similar strategy, offering an electric Civic with different drivetrain configurations to cater to varying consumer needs.

End of Discussion

In conclusion, the Honda Civic’s drivetrain options have largely favored front-wheel drive, emphasizing efficiency and handling characteristics favored by many drivers. While the Civic has not historically offered AWD in most markets, the discussion highlights the importance of considering the benefits of AWD in certain driving scenarios and weather conditions. As automotive technology evolves, the potential for an AWD Civic remains an interesting prospect, particularly in the context of electric vehicles.

The ongoing evaluation of Honda’s strategies and the future of the Civic’s drivetrain will continue to shape its appeal in a competitive market.

Helpful Answers

Has the Honda Civic ever been offered with all-wheel drive?

No, the Honda Civic has not been widely available with all-wheel drive (AWD) throughout its production history. However, there might be exceptions depending on specific markets and generations, but generally, it is known for its front-wheel-drive configuration.

What are the main advantages of front-wheel drive (FWD) over all-wheel drive (AWD) in the Civic?

FWD Civics typically offer better fuel economy and a lighter overall weight compared to AWD models. They also tend to be more affordable to purchase and maintain. FWD also generally provides good handling characteristics in most driving conditions.

How does the lack of AWD affect the Civic’s performance in snow or icy conditions?

Without AWD, the Civic’s traction in snow or icy conditions can be limited. FWD systems can still perform adequately with the use of winter tires, but AWD provides superior grip and control, especially when accelerating or navigating slippery surfaces. Drivers in snowy climates might consider the AWD availability in other vehicles.

What are the common alternatives to the Honda Civic that offer AWD?

Direct competitors like the Subaru Impreza and Mazda3 are often considered as alternatives because they offer AWD. Other options include the Toyota Corolla Cross and certain trims of the Volkswagen Golf.