Tag: powered vehicle mover

A Collector’s Guide to Winterizing Your Classic Cars

As the leaves turn and the air grows crisp, it’s a bittersweet sign for car enthusiasts. The driving season is ending, and it’s time to prepare your prized collection for winter hibernation. Proper winterization is not just about tucking your cars away; it’s a crucial process that protects your investment, preserves its condition, and ensures your vehicles are ready to hit the road when spring returns. Neglecting these steps can lead to costly damage from moisture, pests, and the simple toll of sitting idle.

This guide will walk you through the essential steps for preparing your classic cars and your garage for the colder months. We will cover vital maintenance tasks, the best products for protection, and how to create the perfect storage environment with a Powered Vehicle Mover.

Pre-Hibernation Maintenance Checklist

Before you put the cover on for the last time, a thorough maintenance routine is your first line of defense against winter’s effects.

A Deep Clean Inside and Out

Start with a comprehensive wash and wax. Dirt, bird droppings, and road grime can eat away at your paint if left to sit for months. Use a quality automotive soap and finish with a high-grade carnauba wax or a modern paint sealant. This protective layer acts as a barrier against moisture and dust.

Don’t forget the interior. Vacuum the carpets and seats thoroughly to remove any crumbs or debris that could attract pests. Clean and condition any leather surfaces with a dedicated leather conditioner to prevent them from drying out and cracking in the cool, dry air.

Fluid Management

Fluids are the lifeblood of your vehicle, and managing them correctly before storage is critical.

  • Oil Change: Old, used oil contains contaminants that can damage engine components over time. Perform a complete oil and filter change before storage. This ensures clean oil is circulating, protecting the engine’s internal parts from corrosion.
  • Fuel Tank: A common debate is whether to store a car with a full tank or an empty one. For winter storage, a full tank is best. This minimizes the air space in the tank, reducing the potential for condensation to form and cause rust. Add a quality fuel stabilizer to the full tank and run the engine for a few minutes to circulate it through the entire fuel system. This prevents the fuel from breaking down and gumming up the lines and carburetor.

Battery and Tire Care

Your battery and tires need special attention to survive the winter without issues.

  • Battery Care: A battery left connected in a vehicle will slowly discharge over the winter, potentially leading to a dead battery that won’t hold a charge come springtime. The best practice is to disconnect the battery and connect it to a battery tender or smart charger. These devices monitor the battery’s charge and deliver a slow, steady trickle to keep it in optimal condition.
  • Tire Pressure: To prevent flat spots from developing, inflate your tires to the maximum recommended pressure listed on the tire’s sidewall. As the temperature drops, tire pressure naturally decreases. Overinflating them slightly compensates for this and helps maintain their shape. If the car will be stored for an extended period, consider placing it on jack stands to take the weight completely off the tires.

Creating the Ideal Garage Environment

Your garage is more than just a parking spot; it’s your collection’s sanctuary. Optimizing this space is key to a successful winter storage strategy.

Climate Control is Key

The ideal storage environment is dry and maintains a stable temperature.

  • Humidity: Moisture is the enemy of classic cars, promoting rust and mildew. Aim for a humidity level below 50%. A good dehumidifier is a worthwhile investment for any serious collector. Set it to your desired level and let it run throughout the winter to keep the air dry.
  • Temperature: While a heated garage is a luxury, the main goal is to avoid extreme temperature swings. A consistent, cool temperature is better than fluctuating between freezing and warm. An insulated garage helps stabilize the internal climate.

Pest Prevention

Your garage can look like a cozy winter home to mice and other pests. They can cause significant damage by chewing through wires, upholstery, and insulation. Place mouse traps and deterrents, like mothballs or peppermint oil-soaked cotton balls, around the perimeter of the garage and near each vehicle’s tires. Avoid placing them inside the car, as the scent can be difficult to remove.

Efficiently Organizing Your Collection

A well-organized garage not only looks better but also makes managing your collection safer and easier. When you have multiple vehicles, moving them around can be a challenge, especially when they are not running.

Maximize Your Space with a Powered Vehicle Puller

Maneuvering cars in a tight space without starting them is essential for long-term storage. This is where specialized equipment becomes invaluable. The CarCaddy Vehicle Puller is an excellent example of a tool designed for this exact purpose. It allows a single person to move vehicles up to 7,000 lbs. easily and safely.

The Powered Vehicle Movers low-profile design allows it to slip under the front of a vehicle without causing damage to the bumper or body. You can effortlessly pull a car out to work on it or simply rearrange your garage layout without starting an engine and introducing harmful exhaust fumes into your clean storage environment. Investing in a tool like this turns a difficult, multi-person job into a simple, efficient task.

Protect with the Right Cover

Finally, protect your clean car with a high-quality, breathable car cover. Avoid using plastic tarps, as they trap moisture against the car’s surface, which can ruin the paint. A good cover will keep dust and debris off the vehicle while allowing air to circulate, preventing condensation buildup.

Prepare with a Powered Vehicle Mover

By following these winterization steps, you are doing more than just storing your cars. You are actively preserving their beauty, functionality, and value. When the snow melts and the roads clear, you’ll be able to pull off the covers, reconnect the batteries, and enjoy your pristine classic car collection without any unpleasant surprises. A little effort in the fall pays huge dividends in the spring. If you’re interested in making the most out of your garage make sure to contact our team at CarCaddy so we can get you the powered vehicle mover you need.

Parc Motor Club’s Comments on The CarCaddy Vehicle Puller

“When we were building the facility we knew that moving cars was going to be a challenge” – David Kern General Manager at Parc Motor Club

The team at Parc Motor Club, a high-end facility for car enthusiasts, shared their glowing experience with the our team at CarCaddy. Tasked with moving rare and valuable vehicles, they needed a solution that was efficient, safe, and reliable. The CarCaddy Vehicle Puller The Collectors Edition exceeded their expectations as it prevented the team from “needing to push or pull on the car… start the car and fouling the plugs” and has since become an essential part of their daily operations.

Key Features and Benefits Highlighted:

  • Ease of Use: The CarCaddy Vehicle Puller eliminated the need to start and stop vehicles, reducing wear and tear while ensuring a smooth, hands-free moving process.
  • Efficiency: With its impressive battery life, the CarCaddy Vehicle Puller could handle 10-12 hours of continuous use without needing a recharge.
  • Durability: Despite rigorous daily use, this car mover performed flawlessly, proving its reliability and robust build.

Addressing Initial Concerns:

Initially, the team encountered a minor issue with the unit’s maneuverability. However, our customer service team quickly resolved the problem with clear instructions, ensuring the unit was back in action within minutes. The follow-up support and proactive communication left a lasting impression, making the team feel valued and supported.

Parc Motor Club’s Final Thoughts on the CarCaddy Vehicle Puller

The CarCaddy Vehicle Puller not only streamlined car moving but also minimized the risk of damage to the priceless cars their customers entrusted to their care. Its sleek design and functionality even became a conversation starter among clients, further enhancing the club’s reputation as a top-tier facility.

The team at Parc Motor Club knew they needed a better car moving solution and the powered vehicle mover from CarCaddy was the solution. If you and your team are in need of a powerful and sleep vehicle moving solution that is priced below the competition make sure to contact our team at CarCaddy

 

 

The Luxury Valet Parking Powered Vehicle Mover: Managing High-Density Vehicle Flow in Luxury Parking Garages

luxury hotels, casinos, and residential towers, your valet service is the first and last impression you make. But behind the scenes, managing high-density vehicle flow in tight spaces is a constant challenge.

The “valet nightmare” is real: the stress of retrieving a car quickly, the risk of scraping a bumper, and the physical strain of manually pushing heavy vehicles. Modern material handling technology offers a powerful solution: the powered vehicle mover.

From Brute Force to Precision

When every parking spot counts and each vehicle is a high-value asset, relying on manual parking or pushing into a tight spot is a recipe for disaster. This outdated method often requires multiple staff members and results in jerky, uncontrolled movements—a leading cause of parking garage incidents.

A powered vehicle mover eliminates this risk by giving a single operator precise command over any vehicle’s movement. These machines use robust motors to smoothly start, move, and stop any car or SUV, even if the engine is off.

1. Maximize Density, Minimize Risk

The main goal of a high-density garage is to maximize revenue by parking as many cars as safely as possible. Manual pushing limits how tightly you can park because staff need room to maneuver.

A compact powered vehicle mover allows valets to navigate cars with only inches of clearance. The operator stands safely behind the unit, guiding it with precision and allowing vehicles to be staged shoulder-to-shoulder. This can significantly increase your garage’s capacity by eliminating wasted space.

2. Boost Safety and Protect Assets

Luxury valet services can’t afford vehicle damage. Every time a car is manually pushed, you risk:

  • Scrapes and dings from a lack of control in tight corners.
  • Back strain and injuries to staff.
  • Fumbled stops that can lead to collisions.

Solutions like our CarCaddy Vehicle Puller: The Collectors Edition are engineered for precision. They provide the power to move large vehicles with smooth acceleration and braking. This creates a safer work environment for your team and offers unmatched protection for your clients’ property.

3. Improve Speed and Staff Retention

In a luxury setting, wait times are critical. A powered vehicle mover helps your team work more efficiently by:

  • Reducing physical fatigue, which lowers staff burnout and turnover.
  • Increasing retrieval speed, as one person can move cars faster than a team of three.
  • Handling any vehicle, including those in neutral or with low clearance, without delay.

For high-volume, high-value valet operations, investing in a purpose-built powered vehicle mover is a necessity. It’s the ultimate tool to transform garage chaos into a seamless, professional, and profitable service. Contact us today and one of our professional sales engineers with help you build the powered vehicle mover specifically to your needs.

What is a Powered Vehicle Mover? Complete Guide & Features

Moving vehicles safely and efficiently has become essential across various industries—from automotive manufacturing to vehicle storage facilities. When manual pushing isn’t practical and forklifts pose safety risks, powered vehicle movers offer the ideal solution. But what exactly is a powered vehicle mover, and how can it transform your operations?

A powered vehicle mover is a specialized piece of equipment designed to transport cars, trucks, and other vehicles without the need for an engine or driver. These machines attach to a vehicle’s wheels or frame, allowing operators to move vehicles precisely and safely in tight spaces. Whether you’re managing an assembly line, organizing a storage lot, or working in a dealership, understanding how these machines work can significantly improve your workflow efficiency.

This comprehensive guide explores everything you need to know about powered vehicle movers, from their key features to their practical applications. You’ll discover how these machines enhance safety, what specifications matter most, and when investing in a high-performance model makes sense for your operations.

Defining a Powered Vehicle Mover

A powered vehicle mover, also known as a vehicle puller or auto mover, is an electric-powered machine that moves vehicles without requiring them to be operational. The device typically features a platform where an operator stands or sits while controlling the movement of the attached vehicle.

These machines work by securing onto a vehicle’s front wheels through roller planes or specialized attachment systems. Once connected, the powered unit provides the traction and power needed to push or pull the vehicle in any direction. The operator controls speed, direction, and braking through an intuitive control panel, making vehicle positioning precise and effortless.

Most powered vehicle movers operate on battery systems, making them environmentally friendly and suitable for indoor use. They eliminate the need for starting vehicle engines, reducing emissions and noise in work environments while providing consistent, reliable movement regardless of the vehicle’s mechanical condition.

Key Features of a High-Performance Vehicle Mover

High-performance powered vehicle movers incorporate advanced engineering to handle demanding industrial applications. These machines go beyond basic transportation, offering superior stability, durability, and operator safety features that standard models cannot match.

Load Capacity and Stability

Professional-grade vehicle movers can handle substantial loads, with many models supporting vehicles weighing up to 7,000 pounds and front axle weights of 3,000 pounds or more. High-performance units are specifically engineered to manage loads up to five tons consistently, making them suitable for heavy-duty applications in automotive manufacturing and large vehicle storage operations.

The increased load capacity comes from reinforced structural components and advanced weight distribution systems. These machines maintain stability even when moving heavier vehicles, preventing the rocking motion common in lighter-duty models.

Smooth Transportation and Bogie Wheel Construction

One distinguishing feature of high-performance vehicle movers is their bogie wheel construction. Instead of wheels positioned across the machine, bogie wheels are aligned in-line, providing a smoother ride and enhanced stability during transport.

This wheel configuration reduces vibration and allows the machine to navigate uneven surfaces more effectively. Operators experience less jarring movement, which translates to better control and increased confidence when maneuvering vehicles through challenging environments.

Roller Planes and Overroll

Advanced vehicle movers feature roller planes with  overroll protection . These roller planes allow vehicle tires to smoothly roll onto the machine’s front section, creating a secure connection without requiring complex positioning procedures.

The overroll protection prevents vehicles from rolling too far forward during the attachment process, eliminating the risk of damage to both the vehicle and the moving equipment. This safety feature is particularly valuable in high-volume operations where speed and reliability are essential.

Robust Construction and Joint Pins

High-performance models incorporate reinforced joint pins and bushings for press arm connections. These components are significantly larger and more robust compared to standard vehicle movers, ensuring reliable operation under continuous heavy use.

The enhanced joint construction reduces wear and extends service life, making these machines cost-effective investments for facilities that rely on frequent vehicle movement. Maintenance requirements remain low despite the increased durability and performance capabilities.

Enhanced Safety for Operators and Facilities

Safety represents a primary advantage of powered vehicle movers over manual vehicle handling methods. These machines eliminate the physical strain associated with pushing vehicles by hand while providing precise control that reduces accident risks.

Modern vehicle movers feature shock-assisted ride-on platforms that provide operator comfort during extended use. The stable platform design minimizes the rocking motion that can occur with basic models, allowing operators to maintain better balance and control throughout the moving process.

Emergency safety stop switches provide immediate shutdown capability when needed. LED lighting systems improve visibility in low-light environments, while angled control panels offer ergonomic operation that reduces operator fatigue during long shifts.

Vehicle Compatibility and Limitations

Powered vehicle movers demonstrate remarkable versatility in terms of vehicle compatibility. They can effectively move everything from compact cars to SUVs and heavier commercial vehicles. This broad compatibility makes them valuable tools for mixed-use facilities handling various vehicle types.

However, certain limitations exist. Vehicles with extremely low ground clearance or particularly low front ends may require special low-profile front sections. High-end sports cars often fall into this category, requiring specialized equipment modifications for safe handling.

Most standard powered vehicle movers handle typical passenger vehicles, light trucks, and commercial vehicles without difficulty. The key consideration is ensuring the vehicle’s weight falls within the mover’s specified capacity limits and that adequate ground clearance exists for proper attachment.

Specifications and Components

Understanding the technical specifications helps in selecting the right powered vehicle mover for specific applications. Key specifications include load capacity, battery system details, drive system configuration, and dimensional requirements.

Drive System and Speed Control

Professional vehicle movers typically feature 36VDC drive systems with non-marking drive wheels. These systems provide smooth acceleration and precise speed control, typically offering speeds from 0-3 mph in both forward and reverse directions.

High-tech speed controllers allow operators to adjust acceleration and braking characteristics to match specific operational needs. This adjustability proves valuable when moving delicate or valuable vehicles that require extra care during positioning.

Braking and Safety Features

Advanced braking systems include neutral throttle braking, which automatically applies braking force when the throttle is released. This feature provides additional safety by preventing uncontrolled movement if the operator releases the controls unexpectedly.

Battery charge indicators help operators monitor power levels and plan charging schedules to avoid interruptions during busy periods. External battery chargers enable convenient overnight charging, ensuring equipment readiness for each work shift.

Maximizing Your Investment in Vehicle Moving Technology

Powered vehicle movers represent a significant advancement in vehicle handling technology, offering safety, efficiency, and versatility benefits that far exceed manual handling methods. Whether you’re operating an automotive assembly line, managing a vehicle storage facility, or working with collector cars, these machines can transform your operations.

The key to success lies in matching the equipment specifications to your specific needs. Consider your typical vehicle weights, operating environment conditions, and usage frequency when evaluating options. High-performance models justify their additional cost in demanding applications where reliability and durability are paramount.

For facilities beginning their transition to powered vehicle movement, start by assessing your current challenges and operational requirements. This analysis will guide you toward the most suitable equipment configuration and help ensure your investment delivers the expected productivity and safety improvements.

Contact Us Today To Start Customizing Your CarCaddy Vehicle Puller: The Collectors Edition

Powered Vehicle Movers: Moving Vehicles Safely in R&D and Crash Testing

Moving vehicles around a workshop or testing facility might seem like a simple task. However, in the high-stakes world of automotive research and development (R&D) and crash testing, it’s a process filled with hidden risks and inefficiencies. The traditional methods of manually pushing or driving vehicles can lead to accidents, damage, and inaccurate test results. A powered vehicle mover offers a modern solution, transforming how automotive professionals handle vehicles with precision, safety, and efficiency.

This post will explore the critical role of powered vehicle movers in the automotive development lifecycle. We will cover the challenges of manual vehicle handling, the significant benefits of using specialized equipment, and how these tools ultimately lead to better, safer products. See how our CarCaddy Vehicle Puller has helped our clients.

The Hidden Dangers of Manual Vehicle Moving

In any automotive facility, from a design studio to a crash test lab, vehicles must be moved frequently. They are shifted between bays, positioned on dynamometers, or aligned for crash testing. Relying on manual labor or driving the vehicle itself presents several significant problems.

Safety Risks to Personnel

Pulling a vehicle weighing thousands of pounds, even a short distance, is physically demanding and inherently risky. A slip, a loss of grip, or an unexpected roll can lead to serious injuries. Strains, sprains, and crush injuries are real possibilities when several team members are trying to coordinate the movement of a heavy, unwieldy object. In an environment filled with expensive equipment and prototypes, the potential for human error is a constant concern.

Damage to Valuable Prototypes and Equipment

Automotive prototypes are often one-of-a-kind, representing millions of dollars in investment and countless hours of work. Manually moving these assets increases the risk of accidental damage. A small bump against a wall, a collision with another vehicle, or a scrape against testing equipment can set a project back by weeks or months. Similarly, driving a vehicle in a confined indoor space can easily lead to minor collisions that compromise the integrity of the vehicle or the facility.

Inefficiency and Wasted Resources

Coordinating a team to manually push a vehicle is far from efficient. It requires pulling multiple skilled technicians away from their primary tasks. This process is slow, requires careful communication, and disrupts workflow. Driving the vehicle, on the other hand, introduces exhaust fumes into an indoor environment, creating health hazards and requiring extensive ventilation systems. This method also adds unnecessary mileage and wear to a prototype that may have specific testing parameters.

The Solution: Powered Vehicle Movers

A powered vehicle mover is a purpose-built, often electric-powered, walk-along device designed to move vehicles safely and precisely. These machines attach to a vehicle’s wheels and allow a single operator to maneuver it with complete control, eliminating the need for manually pushing/ pulling a car or starting the engine.

Unmatched Precision and Control

One of the greatest advantages of a powered vehicle mover is the level of precision it offers. An operator can guide a vehicle into the tightest of spaces with millimeter accuracy. This is particularly crucial in several scenarios:

  • Crash Test Alignment: For crash testing to yield valid data, the vehicle must be positioned perfectly. A powered mover allows technicians to align the vehicle with the barrier or impact point exactly as required by the test protocol, ensuring data accuracy.
  • Dynamometer and NVH Testing: Positioning a vehicle correctly on a chassis dynamometer or within an anechoic chamber for Noise, Vibration, and Harshness (NVH) testing requires precise placement. A powered mover makes this a simple, one-person job.
  • Clay Modeling Studios: In design studios, multi-million dollar clay models must be moved without any risk of damage. Powered movers provide the gentle, controlled movement necessary to protect these invaluable assets.

A Leap Forward in Operational Safety

Introducing a powered vehicle mover dramatically improves workplace safety. It turns a hazardous, multi-person task into a safe, one-person operation. The risk of physical strain and injury from pushing is eliminated entirely. Advanced features like automatic braking and controlled acceleration prevent runaway vehicles, ensuring the operator, the vehicle, and the surrounding equipment are always protected. Furthermore, by keeping the vehicle’s engine off, you eliminate harmful exhaust fumes from the indoor workspace.

Boosting Efficiency and Productivity

Efficiency gains are immediate and substantial. What once required a team of three or four technicians can now be accomplished by a single person in a fraction of the time. This frees up valuable personnel to focus on more complex, high-value tasks related to engineering, testing, and development. The speed and ease of movement mean that transitions between different stages of testing or assembly are quicker, reducing downtime and keeping the entire product development timeline on track.

The Impact on Product Development and Testing Outcomes

The benefits of using a powered vehicle mover extend beyond just safety and efficiency. They have a direct, positive impact on the quality of the work being done.

When vehicles are positioned with greater accuracy for crash tests, the resulting data is more reliable and repeatable. Engineers can be confident that the outcomes are a true reflection of the vehicle’s performance, not a variable introduced by sloppy positioning. This leads to better-informed design decisions, safer final products, and a more streamlined validation process.

In R&D environments, the ability to move vehicles without starting them is a game-changer. It allows for the safe handling of vehicles with disconnected powertrains, incomplete electrical systems, or even electric vehicles (EVs) with high-voltage batteries that need to be handled with care. This flexibility accelerates the development cycle and allows for more innovative engineering solutions.

Is a Powered Vehicle Mover Right for You?

If your operations involve moving vehicles within a confined space—whether it’s a manufacturing plant, a testing laboratory, a dealership service bay, or a design studio—the answer is almost certainly yes. The initial investment in a powered vehicle mover is quickly offset by the gains in safety, efficiency, and the protection of valuable assets.

Stop putting your team and your prototypes at risk. It’s time to move beyond the outdated and dangerous methods of the past. By embracing modern, purpose-built technology, you can create a safer, more productive work environment and improve the quality of your results.

Explore how a CarCaddy Vehicle Puller: The Collectors Edition can revolutionize your operations. Contact us today to learn more about our solutions and schedule a demonstration.

Classic Auto Repair Required a Powered Vehicle Moving Solution

This car collection is nothing short of impressive, every vehicle is a standout, from beautifully restored classics to bold, high-performance machines. It’s clear that every car here has been carefully chosen and maintained with serious pride and attention to detail. Walking through this lineup feels like flipping through the best parts of automotive history, where each turn reveals something even more jaw-dropping than the last.

A big thank you to Bruce and Randy for letting us be a small part of something so well put together. Adding the Vehicle Puller Collector’s Edition to a collection like this means a lot. It’s clear you care about how your vehicles are moved, not just how they look and we’re proud our equipment made the cut.

Midwest Wanted an Affordable Powered Vehicle Mover Upgrade

The Midwest Dream Car Collection began as a private passion for Ward and Brenda Morgan and opened their doors to the public in 2019 as a 501c3 not for profit museum and event center.  Today, they proudly showcase over 65 vehicles that span the full history of the automobile—from an 1886 Benz Patent Motorwagen to modern marvels of automobile engineering.

As the most prestigious car collection in the region, Midwest Dream Collection has something for everyone—rare finds, historical gems, exotics, and timeless classics. Thanks to their active loaner network, exhibits rotate regularly, ensuring there’s always something new to discover. Their always exploring new and exciting ways to share their love of cars with the Manhattan, Kansas community and greater Midwest region.

The Midwest Dream Car Collection contacted DJ Products Inc. looking for a vehicle mover worthy of fine automobiles such as their 1948 Tucker or Cher’s custom made 1966 Ford Mustang convertible. The CarCaddy Vehicle Puller was the perfect powered vehicle mover for their museum. As a long-time user of a CarCaddy Vehicle Puller, once DJP’s Collectors Editions was finished, with all its upgrades to better handle various sized drive tires, so commonly seen with older vehicles,  realized that it was a better fit for MDCC’s collection.  Please watch the video of the CCVP Collector’s Edition in use:

Hyman Needed a Vehicle Moving Solution

“We love cars! Everyone at Hyman Ltd. is passionate about what they do.” Says Mark Hyman, owner and founder of Hyman Limited, one the premier multisegmented Car Collector and Consignment companies in the world.

Hyman Ltd. was created in 1989 because of Mark Hyman’s interest in antique, classic and special interest automobiles. Beginning in a small, rented garage of approximately 4,000 sq ft., the business quickly grew their current location — a beautiful two facility compound consisting of 67,000 sq ft. located near the St. Louis International Airport that houses their sales department, restoration, repair facility, showroom, and administrative offices.

At Hyman Ltd., they search the world to seek out and acquire rare and unusual cars of exceptional quality. Their clientele consists of collectors, museums, and enthusiasts throughout the world who come to them for assistance in buying, selling, and in refining their collections while shopping their extensive inventory exceeding over 200 vehicles.

With an operation at this scale Hyman knew they needed a vehicle moving solution other than towing or manually moving on wheeled car dollies. Hyman discovered the CarCaddy and realized the answer to their problem was a motorized vehicle mover.

Hyman, one of our DJProducts Inc. first CarCaddy Vehicle Puller customers, called us after receiving and using our CarCaddyVP, “Great product, but we have identified a few technical improvements… can you make it more aesthetically appealing to our premium car buyers? ”. After 3 years of refining the details, we finally delivered a finished product called the CarCaddy Vehicle Puller Collector’s Edition. See our premier vehicle mover in action in the following video:

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