Are right side steering wheels legal? Lets get clued up, yeah?

Alright, so are right side steering wheels legal, innit? This whole thing’s a proper head-scratcher, init? We’re diving deep into the world of RHD motors, from the streets of London to the yanks’ land. Get ready for a proper journey through the legalities, the ins and outs, and all the nitty-gritty of driving on the “wrong” side of the road.

It’s gonna be a right laugh, trust me.

We’ll be chatting about what makes a RHD car, where you can find ’em, and why some places are dead against them. Plus, we’ll get into the US of A and see what each state thinks about these quirky whips. We’ll be looking at how to get one, keep it safe, and all the boring stuff like insurance. Basically, we’re gonna sort the wheat from the chaff on everything RHD, so stick with it!

Introduction

Kendaraan dengan setir kanan (RHD) merupakan kendaraan yang dirancang dengan posisi kemudi di sisi kanan, berlawanan dengan kendaraan setir kiri (LHD) yang umum di banyak negara. Perbedaan utama terletak pada penempatan pengemudi dan tata letak kontrol kendaraan. Perbedaan ini memengaruhi cara pengemudi berinteraksi dengan lalu lintas dan infrastruktur jalan.

Definisi Kendaraan Setir Kanan (RHD)

Kendaraan setir kanan (RHD) adalah kendaraan bermotor yang dirancang dengan kemudi di sisi kanan kendaraan. Pengemudi duduk di sisi kanan, dan kontrol kendaraan (pedal, tuas persneling, dll.) juga ditempatkan di sisi kanan. Hal ini berbeda dengan kendaraan setir kiri (LHD), di mana pengemudi duduk di sisi kiri. Perbedaan ini berdampak pada pandangan pengemudi, terutama saat menyalip atau berbelok ke kiri.

Negara-negara dengan Standar RHD

Banyak negara di dunia menggunakan standar RHD. Kebanyakan negara-negara ini memiliki sejarah kolonial Inggris atau memiliki pengaruh budaya Inggris yang signifikan.

• Inggris Raya: Negara asal dari standar RHD. Sistem ini kemudian menyebar ke banyak bekas koloni Inggris.
• Australia: Mengadopsi RHD karena pengaruh Inggris dan kedekatan geografis dengan negara-negara RHD lainnya.
• Jepang: Menggunakan RHD meskipun tidak memiliki sejarah kolonial Inggris. Hal ini kemungkinan besar disebabkan oleh pengaruh Inggris pada awal perkembangan otomotif di Jepang.
• India: Negara dengan populasi besar yang menggunakan RHD, juga karena pengaruh Inggris.
• Indonesia: Menggunakan RHD, merupakan warisan dari masa kolonial Belanda dan Inggris.

Sejarah RHD dan Tujuan Awal, Are right side steering wheels legal

Sejarah RHD dapat ditelusuri kembali ke abad ke-18 di Inggris. Pada awalnya, kendaraan ditarik oleh kuda, dan pengemudi duduk di sisi kiri untuk dapat menggunakan tangan kanan mereka untuk mengendalikan kuda. Ketika kendaraan bermotor diperkenalkan, tata letak ini tetap dipertahankan.

“Keputusan untuk menggunakan RHD seringkali didasarkan pada faktor sejarah, budaya, dan infrastruktur.”

Legal Status

The legal status of right-hand drive (RHD) vehicles varies significantly across the globe. This variation reflects historical factors, infrastructure development, and political considerations. Understanding these legal differences is crucial for anyone considering importing, owning, or operating an RHD vehicle, as non-compliance can lead to serious consequences, including fines, vehicle impoundment, or even legal action.

Global Overview of RHD Vehicle Legality

The global landscape surrounding RHD vehicles reveals common patterns. Many countries with historical ties to the British Empire, such as the United Kingdom, Australia, India, and Japan, have adopted RHD as the standard. Conversely, countries influenced by continental Europe and the United States generally use left-hand drive (LHD) vehicles. However, there are exceptions and nuances to this general rule. Some countries permit RHD vehicles for specific purposes, such as classic cars or commercial vehicles, while others strictly prohibit them.

Comparative Analysis of RHD Vehicle Regulations

The following table provides a comparative overview of the legal status of RHD vehicles in selected countries. It highlights the varying degrees of permissiveness and restriction.

Countries with the Most Restrictive and Lenient RHD Vehicle Regulations

The most restrictive regulations are generally found in countries that primarily use LHD vehicles and have strict safety and import standards. The United States and Canada, for example, have stringent regulations, making it difficult to import and register RHD vehicles for general use. These regulations often prioritize road safety and vehicle compatibility with existing infrastructure.Countries with the most lenient regulations are those that have historically used RHD vehicles and have well-established road networks designed for them.

The United Kingdom, Australia, Japan, Thailand, and Indonesia represent examples of countries with more permissive regulations, allowing for the widespread use of RHD vehicles without significant restrictions.

Legal Status

The legal landscape surrounding right-hand drive (RHD) vehicles in the United States is complex and varies significantly depending on the state. While RHD vehicles are not inherently illegal, their import, registration, and use are subject to a patchwork of federal and state regulations. These regulations are primarily aimed at ensuring vehicle safety and compliance with environmental standards. Understanding these nuances is crucial for anyone considering owning or importing an RHD vehicle.

Legal Status: United States Specifics

The United States has a decentralized system when it comes to vehicle regulations. This means that each state has its own laws and procedures regarding the registration and operation of vehicles, including those with RHD configurations. Some states are more lenient than others, while some have very strict rules. It’s essential to research the specific regulations of the state where the vehicle will be registered and operated.Here’s a state-by-state breakdown of RHD vehicle regulations:* Alabama: RHD vehicles are generally allowed, but must meet all federal and state safety standards.

Alaska

RHD vehicles are permitted, provided they meet all applicable federal and state requirements for registration and operation.

Arizona

RHD vehicles are allowed, and are often seen in use by postal carriers. They must pass the state’s vehicle inspection.

Arkansas

RHD vehicles are allowed, subject to standard vehicle registration and inspection requirements.

California

RHD vehicles are permitted, but they must comply with California’s emissions standards and other vehicle regulations. This includes older vehicles.

Colorado

RHD vehicles are allowed, contingent upon meeting state and federal safety standards.

Connecticut

RHD vehicles are allowed. They must meet all applicable safety standards.

Delaware

RHD vehicles are allowed, provided they meet all applicable safety standards.

Florida

RHD vehicles are allowed. They are frequently used by postal carriers and must adhere to all state regulations.

Georgia

RHD vehicles are generally permitted, and must meet all federal and state safety standards.

Hawaii

RHD vehicles are allowed. Due to the high number of Japanese imports, there’s a strong presence of RHD vehicles.

Idaho

RHD vehicles are allowed, provided they meet state and federal requirements.

Illinois

RHD vehicles are permitted, subject to the same regulations as left-hand drive vehicles.

Indiana

RHD vehicles are allowed, but they must pass a vehicle inspection.

Iowa

RHD vehicles are allowed, provided they meet all applicable safety standards.

Kansas

RHD vehicles are permitted, and must meet all applicable safety standards.

Kentucky

RHD vehicles are allowed.

Louisiana

RHD vehicles are allowed, and must meet all state requirements for registration and operation.

Maine

RHD vehicles are allowed.

Maryland

RHD vehicles are permitted, provided they meet state and federal safety standards.

Massachusetts

RHD vehicles are allowed, and must meet state and federal requirements.

Michigan

RHD vehicles are allowed.

Minnesota

RHD vehicles are permitted.

Mississippi

RHD vehicles are allowed.

Missouri

RHD vehicles are permitted, subject to standard vehicle registration and inspection requirements.

Montana

RHD vehicles are allowed.

Nebraska

RHD vehicles are allowed.

Nevada

RHD vehicles are permitted.

New Hampshire

RHD vehicles are allowed.

New Jersey

RHD vehicles are allowed, and must meet state and federal requirements.

New Mexico

RHD vehicles are allowed.

New York

RHD vehicles are permitted, subject to the same regulations as left-hand drive vehicles.

North Carolina

RHD vehicles are allowed.

North Dakota

RHD vehicles are allowed.

Ohio

RHD vehicles are allowed, and must meet all state requirements for registration and operation.

Oklahoma

RHD vehicles are allowed.

Oregon

RHD vehicles are allowed, and must meet state and federal requirements.

Pennsylvania

RHD vehicles are permitted, subject to standard vehicle registration and inspection requirements.

Rhode Island

RHD vehicles are allowed.

South Carolina

RHD vehicles are allowed.

South Dakota

RHD vehicles are allowed.

Tennessee

RHD vehicles are permitted.

Texas

RHD vehicles are allowed.

Utah

RHD vehicles are allowed.

Vermont

RHD vehicles are allowed.

Virginia

RHD vehicles are permitted, subject to the same regulations as left-hand drive vehicles.

Washington

RHD vehicles are allowed.

West Virginia

RHD vehicles are allowed.

Wisconsin

RHD vehicles are permitted.

Wyoming

RHD vehicles are allowed.This list is for informational purposes only and is subject to change. It’s crucial to verify the latest regulations with the relevant state’s Department of Motor Vehicles (DMV) or equivalent agency before importing or registering an RHD vehicle.Federal regulations also play a significant role in the import and use of RHD vehicles in the United States.

These regulations, enforced by agencies like the National Highway Traffic Safety Administration (NHTSA) and the Environmental Protection Agency (EPA), aim to ensure vehicle safety and environmental compliance.Here’s a list of federal regulations affecting the import and use of RHD vehicles in the US:* Federal Motor Vehicle Safety Standards (FMVSS): All imported vehicles, including RHD vehicles, must comply with applicable FMVSS. This includes standards for safety features such as seat belts, airbags, and braking systems.

Vehicles not originally manufactured to meet US standards may require modifications.

Vehicles that are more than 25 years old are generally exempt from FMVSS requirements.

Environmental Protection Agency (EPA) Regulations

Vehicles must meet EPA emission standards. This is particularly relevant for gasoline-powered vehicles. Importing a vehicle that doesn’t meet these standards can be difficult or impossible.

National Highway Traffic Safety Administration (NHTSA) Import Requirements

NHTSA sets import regulations for vehicles. These regulations Artikel the procedures for importing vehicles, including the need for a Registered Importer (RI) for vehicles that do not meet US standards.

Department of Transportation (DOT) Regulations

The DOT oversees transportation safety, including vehicle safety. They may have specific requirements for RHD vehicles, particularly concerning visibility and driver positioning.

Age Restrictions

Vehicles imported under the “25-year rule” are exempt from many federal regulations. This rule allows the import of vehicles that are 25 years old or older, regardless of whether they meet current US safety and emissions standards. This is a significant factor for enthusiasts interested in older RHD vehicles.

Registered Importers (RI)

If an RHD vehicle doesn’t meet all US safety standards, it must be imported through a Registered Importer. The RI is responsible for bringing the vehicle into compliance with US regulations, which can involve modifications and testing.

Vehicle Identification Number (VIN) Requirements

All imported vehicles must have a valid VIN that complies with US standards. This is essential for registration and tracking purposes.

Customs and Border Protection (CBP) Regulations

CBP oversees the import process and ensures that all vehicles comply with federal laws and regulations. Importers must declare the vehicle and pay any applicable duties and taxes.These federal regulations create a framework that governs the import and use of RHD vehicles in the US. While the state-level regulations vary, all RHD vehicles must adhere to these federal standards to be legally imported and operated.

Failure to comply with these regulations can result in penalties, including the seizure of the vehicle.

Common Uses and Applications of RHD Vehicles

Right-hand drive (RHD) vehicles, while less common globally, serve crucial functions in specific industries and environments. Their design caters to particular operational needs and geographical contexts. This section explores the typical applications of RHD vehicles, highlighting their advantages and disadvantages in various commercial settings.

Postal Services and Delivery

RHD vehicles are frequently employed in postal services and delivery operations, particularly in countries with left-hand traffic. This configuration allows the driver to be positioned closer to the curb when making deliveries, facilitating easier access to mailboxes and package drop-off points. This design feature significantly improves efficiency in urban environments where frequent stops are necessary.

Agricultural Applications

RHD vehicles are also common in agricultural settings, especially in countries where farming practices and infrastructure are adapted to this configuration. These vehicles often include specialized features tailored to agricultural tasks.

• Tractor-trailer combinations: RHD tractors are common, providing better visibility for the operator when maneuvering machinery and trailers in fields. The positioning allows the driver to observe the trailer and its attachments more easily.
• Utility vehicles: RHD utility vehicles are used for various farm tasks, from transporting goods to managing livestock. Their configuration is suitable for navigating narrow farm roads and accessing remote areas.

Specialized Industries

Beyond postal and agricultural uses, RHD vehicles are prevalent in several specialized industries, where specific operational requirements necessitate their use. These applications often involve unique modifications and adaptations.

• Emergency services: Ambulances, fire trucks, and other emergency vehicles in countries with left-hand traffic often utilize RHD configurations to optimize driver positioning and facilitate access to emergency scenes.
• Public transportation: Buses and other public transport vehicles in left-hand traffic countries are commonly designed with RHD configurations. This layout is important for efficient passenger boarding and alighting at bus stops, which are typically located on the left side of the road.
• Construction and infrastructure: In construction and infrastructure projects, RHD vehicles such as dump trucks and cement mixers are used. This configuration is important for safety and efficiency, especially in urban environments.

Niche Markets

RHD vehicles also cater to niche markets, where specific operational needs or preferences drive their adoption.

• Off-road vehicles: RHD configurations are present in off-road vehicles. This is especially true in regions with challenging terrains.
• Classic and collector cars: Many classic and collector cars are originally manufactured in RHD configurations, and these vehicles often have a dedicated following among enthusiasts.

Advantages of RHD Vehicles

The primary advantage of RHD vehicles is their suitability for left-hand traffic environments. This design feature offers several benefits:

• Improved visibility: The driver’s position on the right side of the vehicle enhances visibility of the road and the curb, which is important for navigating urban environments and making deliveries.
• Enhanced access: The driver can easily access mailboxes, package drop-off points, and other locations on the left side of the road, improving efficiency in postal and delivery services.

Disadvantages of RHD Vehicles

Despite their advantages, RHD vehicles also have certain disadvantages.

• Limited market availability: RHD vehicles are less common globally, which can limit the availability of models and spare parts.
• Potential safety concerns: In right-hand traffic countries, RHD vehicles can pose safety risks, as the driver’s visibility when overtaking or merging into traffic is compromised.

Driving Experience and Adaptations

Navigating the roads in a right-hand drive (RHD) vehicle while driving in a left-hand traffic (LHT) environment presents a unique set of challenges and requires specific adaptations from the driver. Understanding these challenges and implementing the necessary adjustments is crucial for ensuring safety and optimizing the driving experience. This section delves into the specifics of driving an RHD vehicle in an LHT environment, focusing on visibility, maneuvering, and driver adaptations.

Visibility and Maneuvering

Driving an RHD vehicle in a LHT environment inherently affects visibility and maneuvering. The driver’s seating position is on the side of the road closer to the curb, which alters the perspective and can impact situational awareness.* Visibility: The primary challenge stems from reduced visibility, especially during overtaking.

• Overtaking: Assessing oncoming traffic becomes more difficult because the driver’s view is partially obstructed by the vehicle’s own structure and the distance to the center line. This can lead to misjudging the speed and distance of oncoming vehicles. For instance, when overtaking a slower vehicle, the driver must quickly assess the traffic in the opposing lane. This is particularly difficult on roads with curves or limited sightlines.

• Lane Positioning: Maintaining optimal lane positioning is crucial. Drivers must consciously position their vehicle to maximize their view of the road ahead, especially when approaching intersections or making turns. This can involve slightly adjusting the vehicle’s position within the lane to enhance visibility.
• Blind Spots: The driver’s side blind spot is significantly larger, making it more challenging to monitor traffic in adjacent lanes. Regular shoulder checks become even more critical to compensate for this limitation.

* Maneuvering: Maneuvering, including turns and parking, requires adjustments.

• Turning: Making left turns (in LHT) can be more challenging because the driver is positioned further away from the corner. This necessitates a wider turning radius and careful consideration of the vehicle’s position to avoid cutting the corner.
• Parking: Parking on the curb side is generally easier, but parking on the opposite side (requiring crossing traffic) demands increased awareness of oncoming vehicles.
• Roundabouts: Entering and exiting roundabouts require careful judgment of traffic flow, as the driver’s perspective is slightly offset.

Adapting to Driving an RHD Vehicle

Successfully driving an RHD vehicle in an LHT environment necessitates a conscious effort to adapt driving habits and techniques. This involves adjusting lane positioning, adopting specific overtaking strategies, and developing heightened awareness.* Lane Positioning:

• Center Lane Positioning: In most cases, drivers should position their vehicle slightly towards the center of the lane to maximize visibility, especially when approaching intersections or making turns.
• Adjusting for Curves: When navigating curves, drivers should adjust their lane position to maintain a clear view of the road ahead. This may involve moving closer to the center line on right-hand curves and closer to the curb on left-hand curves.
• Maintaining Awareness: Continuously monitor the vehicle’s position within the lane, making subtle adjustments to optimize visibility and maintain a safe distance from other vehicles.

* Overtaking Strategies:

• Pre-Overtaking Assessment: Before attempting to overtake, thoroughly assess the traffic situation, including the speed and distance of oncoming vehicles. This requires a quick but comprehensive evaluation of the available sightlines.
• Utilizing Mirrors: Rely heavily on side mirrors to assess the traffic behind and to the side. Ensure mirrors are properly adjusted to minimize blind spots.
• Quick Glance: Make a quick glance over the right shoulder to verify the absence of traffic before initiating the overtaking maneuver.
• Accelerate Quickly: Execute the overtaking maneuver swiftly to minimize the time spent in the opposing lane.

Common Driver Adaptations and Techniques

Drivers of RHD vehicles in LHT environments often develop specific adaptations and techniques to enhance safety and efficiency. These adaptations reflect a proactive approach to mitigating the inherent challenges.* Increased Awareness:

• Anticipation: Anticipate potential hazards, such as pedestrians, cyclists, and other vehicles. This proactive approach allows drivers to react more effectively to unexpected situations.
• Defensive Driving: Adopt a defensive driving style, maintaining a safe following distance and being prepared to react to the actions of other drivers.
• Regular Mirror Checks: Frequent mirror checks are essential to monitor traffic and maintain situational awareness.

* Driver Aids and Modifications:

The legality of right-hand drive vehicles varies geographically, contingent upon local regulations and safety standards. Addressing the practicalities of vehicle maintenance, particularly for front-wheel-drive cars, understanding the procedure on how to rotate tires front wheel drive how to rotate tires front wheel drive is crucial for even wear. Therefore, while right-hand drive configurations may be permissible, their operational viability is affected by these mechanical considerations and regional laws.

• High-Intensity Headlights: Consider using high-intensity headlights or auxiliary lighting to improve visibility, particularly during nighttime driving or in adverse weather conditions.
• Blind Spot Mirrors: Install blind spot mirrors to provide a wider field of view and reduce blind spots.
• Training: Undertake specific training programs that focus on driving RHD vehicles in LHT environments. These programs often provide valuable insights and practical skills.

* Specific Techniques:

• Slowing Down: Reduce speed, especially when approaching intersections, making turns, or navigating curves, to allow for more reaction time.
• Seeking Assistance: If visibility is significantly impaired, consider asking a passenger to assist with monitoring traffic and providing guidance.
• Planning Routes: Plan routes to avoid challenging driving conditions, such as narrow roads or high-traffic areas, whenever possible.

The Future of RHD Vehicles: Are Right Side Steering Wheels Legal

The automotive landscape is constantly evolving, driven by technological advancements, shifting consumer preferences, and increasingly stringent regulations. Right-hand drive (RHD) vehicles, with their established presence in various markets, are poised to navigate these changes. Understanding the potential trends and impacts on RHD vehicles is crucial for manufacturers, regulators, and consumers alike.

Potential Trends and Changes in RHD Vehicle Regulations and Usage

The regulatory environment surrounding RHD vehicles is subject to change. Factors influencing these shifts include international trade agreements, road safety concerns, and the adoption of new technologies.The following trends are anticipated:

• Harmonization of Standards: There is a potential for greater harmonization of vehicle standards globally, including those related to steering configurations. This could lead to a convergence of regulations, making it easier for manufacturers to produce and sell RHD vehicles in different markets. However, complete harmonization is unlikely due to existing infrastructure and established consumer preferences.
• Increased Safety Regulations: Regulations regarding vehicle safety are likely to become more stringent, with a focus on driver assistance systems (ADAS) and crashworthiness. RHD vehicles will need to comply with these evolving standards to remain competitive. This may involve incorporating advanced safety features tailored to the specific driving environment of RHD markets.
• Urbanization and Congestion: The growth of urban areas and increasing traffic congestion may influence the demand for smaller, more maneuverable vehicles, potentially affecting the types of RHD vehicles favored in certain markets. Compact cars and SUVs may see increased popularity.
• Environmental Regulations: Stricter emissions standards and the push for electric vehicles (EVs) will impact the types of RHD vehicles available. The adoption of EVs is particularly significant, as it can reduce reliance on fossil fuels.

Impact of Electric Vehicles and Autonomous Driving on the Future of RHD Vehicles

The rise of electric vehicles (EVs) and autonomous driving technologies presents both opportunities and challenges for the future of RHD vehicles.The following impacts are anticipated:

• EV Adoption: The shift towards EVs is global. RHD markets are increasingly embracing EVs, with new models being introduced regularly. This transition can reduce reliance on fossil fuels, aligning with global efforts to combat climate change. The architecture of EVs can, in some cases, simplify the manufacturing process, potentially making it easier to adapt designs for RHD configurations.
• Autonomous Driving: The development of autonomous driving technology may influence vehicle design and functionality. The position of the steering wheel may become less critical in fully autonomous vehicles, as the driver will not need to actively control the vehicle. However, in the near term, autonomous features will likely be integrated into existing vehicle designs, including RHD models. The deployment of autonomous vehicles in RHD markets will depend on regulatory approvals and infrastructure readiness.

• Vehicle Design: The absence of a traditional internal combustion engine in EVs allows for greater design flexibility. This could lead to innovative RHD vehicle designs, potentially optimizing space utilization and improving driver visibility. For instance, the elimination of a large engine compartment could free up space for improved cabin ergonomics.
• Infrastructure Challenges: The adoption of EVs and autonomous driving requires significant infrastructure investment, including charging stations and advanced road systems. The pace of this investment will vary across different RHD markets, influencing the rate at which these technologies are adopted.

Influence of Technological Advancements on the Design and Functionality of RHD Vehicles

Technological advancements are poised to reshape the design and functionality of RHD vehicles.These advancements include:

• Advanced Driver-Assistance Systems (ADAS): ADAS technologies, such as lane-keeping assist, adaptive cruise control, and automatic emergency braking, are becoming increasingly common in vehicles. These systems can enhance safety and improve the driving experience in RHD vehicles. The integration of ADAS features may need to be specifically calibrated for RHD driving environments.
• Connectivity and Infotainment: The integration of advanced connectivity features, such as infotainment systems, smartphone integration, and over-the-air software updates, is transforming the in-car experience. These features will be available in RHD vehicles, offering drivers access to a range of services and information. The user interface of these systems may be adapted to suit RHD driving configurations.
• Digital Cockpits: Digital instrument clusters and large central touchscreens are becoming increasingly prevalent. These displays provide drivers with access to critical information and vehicle controls. The layout and functionality of these digital cockpits will be optimized for RHD vehicles, ensuring ease of use and visibility.
• Lightweight Materials and Manufacturing: The use of lightweight materials, such as aluminum and carbon fiber, can improve vehicle efficiency and performance. Advanced manufacturing techniques, such as 3D printing, can enable more complex and customized vehicle designs. These advancements will influence the design and construction of RHD vehicles, contributing to improved fuel economy and performance.

Final Wrap-Up

So, there you have it – the lowdown on whether right side steering wheels are legal or not, yeah? From the global legal landscape to the practicalities of owning one, it’s been a proper rollercoaster. The future’s looking interesting, with all the tech and electric cars coming through. One thing’s for sure, the world of RHD vehicles is still alive and kicking.

Now you’re all clued up and ready to chat about it down the pub. Sorted!

FAQ Explained

Can I just import any RHD car, then?

Nah, mate. It’s not that simple. Gotta check the rules in your area. Some places have age restrictions or other rules about what you can bring in.

Is it hard to drive an RHD car on the left?

It takes a bit of getting used to, innit? You gotta be extra careful with your positioning and overtaking. Give it time, and you’ll be fine.

Are RHD cars more expensive to insure?

Could be, yeah. Insurance companies might see them as a bit of a risk. Best get a quote and compare!

Can I modify my RHD car to make it legal?

You can make some mods to help it fit the rules, like the lights and mirrors. But some things are set in stone.

Are RHD cars good for anything other than looking cool?

Yeah, they’re wicked for some jobs, like the post and some trades. Also, if you want a classic, it’s a good way to get one!