Car Loading Ramps Manufacturer & OEM Supplier in China

Hiwowsport is a professional manufacturer and OEM supplier of car loading ramps in China, specializing in designing and producing ramp systems for vehicle transport, garage maintenance, and automotive display applications.

Our ramp systems are widely used for low-clearance sports cars, trailer loading, workshop service operations, and showroom vehicle display.

Car loading ramps are essential tools for safely loading low-clearance vehicles without damaging the chassis.

What Are Car Ramps?

Car ramps are inclined platforms designed to safely raise a vehicle by driving its wheels onto the ramp. They provide additional ground clearance, making it easier to perform maintenance, repairs, inspections, detailing, or vehicle storage without using a hydraulic lift.

Car ramps are commonly used by professional automotive workshops, home garages, race teams, car dealerships, and automotive enthusiasts. They offer a stable, convenient, and cost-effective alternative to floor jacks for many maintenance tasks.

Complete Car Ramp Systems by Application

1. Trailer Transport Ramps

Used for loading vehicles, motorcycles, ATVs, and equipment onto trailers safely and efficiently.

- Tow Ramps
- Trailer Ramps
- Vehicle Loading Ramps
- Car Carrier Ramps
- Race Trailer Ramps
- ATV Loading Ramps
- Motorcycle Loading Ramps
- Equipment Loading Ramps

2. Vehicle Maintenance Ramps

Designed to raise vehicles for routine maintenance and repair.

- Service Ramps
- Oil Change Ramps
- Drive-On Ramps
- Garage Maintenance Ramps
- Inspection Ramps
- Repair Ramps

3. Vehicle Storage Ramps

Designed to protect tires during long-term parking and seasonal vehicle storage.

- Car Storage Ramps
- Flat Spot Prevention Ramps
- Tire Saver Ramps
- Garage Storage Ramps
- Collector Car Ramps

4. Low Clearance Vehicle Ramps

Specially engineered for sports cars and lowered vehicles with minimal ground clearance.

- Low Profile Car Ramps
- Sports Car Ramps
- Supercar Ramps
- Lowered Vehicle Ramps
- Approach Ramps

5. Vehicle Display & Show Ramps

Perfect for auto shows, dealerships, museums, and promotional displays.

- Display Ramps
- Exhibition Ramps
- Showroom Ramps
- Auto Show Ramps
- Vehicle Display Platforms

6. Racing & Track Ramps

Designed for motorsports, race teams, and performance vehicle maintenance.

- Racing Ramps
- Pit Lane Ramps
- Track Service Ramps
- Motorsport Ramps
- Performance Vehicle Ramps

7. Heavy-Duty Vehicle Ramps

Built for heavier vehicles requiring higher load capacities.

- Heavy Duty Ramps
- Truck Ramps
- SUV Ramps
- Commercial Vehicle Ramps
- Fleet Maintenance Ramps

8. Wheel Cribs & Lift Support

Used together with vehicle lifts or jacks to increase working height safely.

- Wheel Cribs
- Lift Support Blocks
- Wheel Support Platforms
- Lift Extension Blocks

9. Detailing & Car Wash Ramps

Provide improved access for cleaning, ceramic coating, and detailing.

- Detailing Ramps
- Wash Ramps
- Tire Cleaning Ramps
- Ceramic Coating Ramps
- Vehicle Care Ramps

How to Choose the Right Car Ramps

Choosing the right automotive ramps is about much more than simply selecting the highest weight capacity. The best ramps depend on your vehicle, tire size, ground clearance, maintenance tasks, and storage needs.

This guide will help you choose the right ramps in five simple steps.

Step 1 — Know Your Vehicle Type

Different vehicles require different ramp designs.

Vehicle Type       Recommended Ramp
Sedan           Standard Car Ramps
SUV               Heavy Duty Ramps
Pickup Truck       High Capacity Ramps
Sports Car       Low Profile Ramps
Lowered Car       Race Ramps
Electric Vehicle      Wide Tire Ramps
Luxury Vehicle Extra  Wide Low Angle Ramps

Tip: Never assume all ramps fit every vehicle. Always match the ramp to your vehicle’s size and ground clearance.

Step 2 — Check Weight Capacity

The ramp must safely support your vehicle's total weight.

A good rule is to choose ramps with a capacity that exceeds your vehicle's Gross Vehicle Weight Rating (GVWR).

Example:

Vehicle Weight 3,500 lbs

Recommended Ramp Capacity 6,000 lbs+

Extra capacity provides an additional safety margin.

Step 3 — Measure Tire Width

Many buyers overlook tire width.

Performance cars often use wider tires.

Example

Normal sedan 205–225 mm

Sports car 275–325 mm

Truck 285–355 mm

The platform should fully support the tire.

A wider ramp provides:

-Better stability
-Improved safety
-Easier driving onto the ramp

Step 4 — Consider Ground Clearance

This is one of the most important factors.

If your vehicle sits low, a standard ramp may scrape the front bumper.

Low-profile ramps feature:

-Longer approach
-Smaller angle
-Smooth entry

Ideal for:  Porsche  Ferrari  Lamborghini  Corvette  Tesla Model S  BMW M Series

Step 5 — Match the Ramp to Your Purpose

Ask yourself:

What will I use the ramps for?

Application     Best Ramp
Oil Changes     Maintenance Ramps
Car Washing     Service Ramps
Vehicle Detailing Low Rise Ramps
Brake Service     Heavy Duty Ramps
Car Storage     Storage Ramps
Car Shows     Display Ramps
Trailer Loading     Loading Ramps

Step 6 — Choose the Right Material

Different materials offer different benefits.

High-Density EPS
-Lightweight
-Cost-effective
-High strength
-Excellent for home garages

EPP
-Higher durability
-Better impact resistance
-Longer service life
-Ideal for frequent commercial use

Step 7 — Look for Safety Features

Good ramps should include:

✅ Non-slip surface

✅ Stable base

✅ High-density construction

✅ Wide tire platform

✅ Smooth approach angle

✅ Chemical resistance

✅ Oil resistance

✅ Weather resistance

Step 8— Think About Future Needs

Many buyers purchase ramps only for oil changes but later use them for:

-Brake service
-Suspension inspections
-Vehicle detailing
-Seasonal storage
-Photography and displays

Choosing a more versatile ramp now can save money over time.

CoreMaterial and Manufacturing Advantages ofHIWOWSPORT Automotive Ramps

Automotive ramps are safety-critical products whose performance depends not only on their appearance or dimensions, but also on the combination of material selection, structural engineering, manufacturing processes, and quality control. At HIWOWSPORT, every ramp is developed with a focus on strength, durability, lightweight construction, and long-term reliability.

High-Density Engineered Foam

The foundation of every high-performance ramp is its core material. High-density Expanded Polystyrene (EPS) and Expanded Polypropylene (EPP) provide an excellent balance between structural strength and lightweight handling. Compared with traditional steel ramps, engineered foam significantly reduces product weight while maintaining excellent compressive performance, making the ramps easier to transport, store, and use without sacrificing safety.

Carefully controlled material density ensures consistent load-bearing capacity, dimensional stability, and resistance to long-term deformation under repeated use.

Advanced Structural Engineering

A ramp's strength is determined not only by its material but also by its internal structural design. HIWOWSPORT products are engineered to distribute vehicle loads evenly across the entire structure, minimizing localized stress concentrations and improving overall stability.

Optimized internal geometry allows the ramps to support heavy vehicle loads while maintaining lightweight construction, ensuring reliable performance during daily maintenance and professional workshop applications.

Low-Profile Approach Design

Modern sports cars, performance vehicles, and electric vehicles often have limited ground clearance. HIWOWSPORT ramps are designed with optimized approach angles that allow vehicles to drive smoothly onto the platform without scraping front bumpers, splitters, or underbody components.

This design improves compatibility with lowered vehicles while providing a smooth and controlled driving experience.

Wide Tire Support Platform

As modern vehicles continue to adopt wider tires, platform dimensions become increasingly important. HIWOWSPORT ramps feature wide support surfaces that accommodate modern passenger cars, SUVs, pickup trucks, and high-performance vehicles.

A larger contact area distributes wheel loads more evenly, increases vehicle stability, and reduces localized stress on both the tires and the ramp surface.

One-Piece Molded Construction

Unlike products assembled from multiple components, HIWOWSPORT ramps are manufactured using one-piece molding technology. This construction eliminates mechanical joints and weak connection points, resulting in greater structural integrity, improved dimensional accuracy, and enhanced long-term durability.

The seamless design also contributes to consistent product quality across every production batch.

Precision Steam Molding Technology

Each foam core is produced using precision steam molding technology. During manufacturing, temperature, steam pressure, molding time, and cooling cycles are carefully controlled to ensure complete fusion of the foam beads and uniform internal density.

This process creates a stable internal structure capable of supporting high compressive loads while maintaining consistent product dimensions.

Polyurea Protective Coating

To further enhance durability, HIWOWSPORT ramps can be finished with a high-performance polyurea coating. This protective layer significantly improves abrasion resistance, impact resistance, moisture protection, chemical resistance, and UV durability.

The textured surface also increases tire traction, providing improved grip during vehicle loading and unloading while extending the service life of the product in demanding workshop environments.

Lightweight Without Compromising Strength

One of the greatest advantages of engineered foam ramps is the combination of lightweight construction and high structural performance. Compared with conventional steel ramps, HIWOWSPORT products are considerably lighter, making them easier to move, transport, and store, while still providing dependable support for passenger vehicles, SUVs, and many commercial applications.

Chemical and Weather Resistance

Automotive maintenance environments expose equipment to engine oil, grease, brake fluid, coolant, fuel residue, moisture, and changing weather conditions. HIWOWSPORT ramps are designed to withstand these environments, maintaining their structural integrity and appearance through regular workshop use.

Comprehensive Quality Control

Every production stage is subject to strict quality control procedures, including raw material inspection, density verification, dimensional measurement, appearance inspection, and load-performance validation. These quality assurance processes help ensure that every ramp meets consistent manufacturing standards before shipment.

OEM & Custom Engineering Capability

Beyond standard products, HIWOWSPORT provides comprehensive OEM and ODM manufacturing services. Customers can customize dimensions, load capacities, colors, surface finishes, logos, packaging, and product designs to meet specific market requirements. Engineering support, mold development, and product optimization are also available to help customers build differentiated product lines.

Engineered for Safety, Designed for Performance

Rather than relying on a single material or manufacturing process, HIWOWSPORT combines advanced materials, optimized structural engineering, precision manufacturing, protective coatings, and rigorous quality control into one integrated solution. This comprehensive engineering approach delivers automotive ramps that are lightweight, durable, reliable, and suitable for professional and consumer applications worldwide.

A New Generation of Ramp Manufacturing

At HiwowSport, we believe that great products come from specialization.
Our ramp manufacturing facility is a new-generation factory dedicated exclusively to the development and production of automotive ramps. While our ramp division is newly established, it is backed by more than four decades of manufacturing experience through our parent company, founded in 1980.
This combination allows us to offer customers the flexibility of a modern factory together with the reliability of an experienced manufacturer.

Built for Quality, Not Mass Production

Unlike large-volume factories that produce standardized products, we focus on precision manufacturing, product innovation, and close customer collaboration.
Our current annual production capacity is approximately 5,000 ramp sets, enabling us to maintain strict quality control while responding quickly to customer requirements.
Every project receives careful engineering review, prototype evaluation, and production monitoring to ensure consistent quality from development to delivery.

OEM Manufacturing

We provide complete OEM manufacturing services for customers who already have finished product designs.
Our OEM capabilities include:
Manufacturing according to customer drawings and specifications
Private label production
Custom packaging
Quality inspection and testing
Global export support
Whether you require small production runs or long-term manufacturing partnerships, our team can deliver reliable production with consistent quality.

ODM Product Development

Innovation is one of our core strengths.
Our engineering team continuously develops new ramp solutions for automotive maintenance, vehicle storage, detailing, motorsports, and garage equipment.
ODM services include:
Structural engineering
Product optimization
Material selection
Prototype development
Mold design
Performance testing
Private branding
Customers can launch new products quickly by selecting from our existing designs and adding their own branding.

Custom Manufacturing

Every customer has unique requirements.
We offer customized manufacturing solutions including:
Custom dimensions
Load capacity customization
Surface texture
Color options
Logo integration
Packaging design
Material selection
Special applications
From a single prototype to full production, our engineering team works closely with customers throughout every stage of development.

Why Work With Us?

Specialized automotive ramp manufacturer
Parent company established in 1980
Dedicated engineering support
Annual production capacity of 5,000 sets
Flexible OEM & ODM services
Custom design and manufacturing
Strict quality control
Fast communication
Global export experience
Long-term partnership approach

Growing Together

We may be a young ramp manufacturing company, but our commitment is long-term.
Our goal is not to become the biggest factory—it is to become one of the most trusted ramp manufacturing partners for customers worldwide.
We welcome OEM, ODM, and custom manufacturing projects and look forward to building successful partnerships based on quality, innovation, and reliability.

Frequently Asked Questions

What Are Automotive Ramps?

Automotive ramps are engineered to allow vehicles to drive onto an inclined platform until the tires rest securely on a raised surface. This elevation provides sufficient clearance for tasks such as oil changes, brake inspections, exhaust repairs, and detailing.

Unlike hydraulic lifting equipment, ramps distribute the vehicle's weight through the tires, which reduces stress on suspension components and minimizes the risk of improper lifting.

Depending on their design, automotive ramps can be manufactured from:

High-density EPS foam
Expanded Polypropylene (EPP)

Each material offers different advantages in weight, durability, corrosion resistance, and portability.

Are Car Ramps Safer Than Jack Stands?

Neither option is universally safer. When used correctly and within their rated capacities, both ramps and jack stands can be safe. Ramps are generally simpler to use for routine maintenance because the vehicle remains supported by its tires, while jack stands are better suited to work that requires wheel removal.

How Much Weight Can Car Ramps Hold?

The weight capacity depends on the design, material, and testing of the ramps. Quality automotive ramps are typically rated anywhere from 4,000 lbs to over 10,000 lbs per pair, depending on their intended application. Always follow the manufacturer's published load rating and never exceed it.

What weight capacity should I choose?

Select ramps whose rated capacity comfortably exceeds your vehicle's Gross Vehicle Weight Rating (GVWR), not just the weight carried by one axle.

Can I use ramps with lowered cars?

Yes—but only if the ramps have a sufficiently low approach angle to prevent the front bumper or splitter from scraping.

Are foam ramps strong enough?

High-density EPS and EPP ramps are engineered to support significant loads when properly designed and manufactured. Always verify the certified load rating and use the ramps only within their specified limits.

How Do Car Ramps Work?

Car ramps work by allowing a vehicle to drive onto an inclined platform. Once the tires reach the flat support area, the vehicle is elevated while its weight remains evenly distributed through the tires. This design minimizes stress on suspension components and creates a stable working position.

What Is the Difference Between Car Ramps and Jack Stands?

Car ramps support the vehicle by its tires, making them ideal for oil changes, inspections, and detailing. Jack stands support the chassis after the vehicle is lifted with a jack, making them suitable for wheel removal, brake service, and suspension repairs. The appropriate choice depends on the maintenance task.

Why Do Low-Profile Cars Need Special Ramps?

Vehicles with limited ground clearance may scrape the front bumper or splitter on standard ramps. Low-profile ramps feature reduced approach angles that allow these vehicles to climb smoothly without damage.

What Tire Width Should a Ramp Support?

The tire platform should fully support the entire tread width. Wider platforms improve stability, reduce edge loading, and provide greater confidence when driving onto the ramp.

What Is EPS Foam?

Expanded Polystyrene (EPS) is a lightweight cellular material with excellent compressive strength and dimensional stability. High-density EPS is commonly used in automotive ramps because it combines low weight with high load-bearing capacity.

What Is EPP Foam?

Expanded Polypropylene (EPP) is an advanced foam material offering greater resilience, impact resistance, and fatigue durability than EPS. It is preferred for commercial or high-frequency applications.

What Is the Difference Between EPS and EPP?

EPS offers excellent rigidity, dimensional stability, and cost efficiency, making it suitable for most automotive applications. EPP provides superior impact recovery, flexibility, and durability, making it ideal for repeated commercial use.

Why Is Foam Density Important?

Foam density influences compressive strength, durability, and long-term performance. Higher-density foam generally supports greater loads and resists deformation more effectively, though density alone does not determine overall strength.

Can Foam Car Ramps Crack?

Properly designed, high-density foam ramps are engineered to withstand their rated loads. However, misuse, excessive impacts, improper storage, or exceeding the rated capacity may lead to damage over time.

Why Do Some Foam Ramps Have Protective Coatings?

Polyurea or polyurethane coatings improve abrasion resistance, chemical resistance, and surface durability while protecting the foam core from moisture and mechanical wear.

14.5" W Hiwowsport Car Storage Ramps - 4 Pack（CS9x28x14.5x3.25）

16" W Hiwowsport Car Storage Ramps - 4 Pack（CS9x28x16x3.25）

5.25" H Hook Nose Ramp - 2 Pack（RL7x48x14x5.25）

74" SEGMENTED HEAVY DUTY TOW PAMPS

2.5" H Scale Ramps （GS8x30x13.8x2.5）

6" H Trailer Ramps RAMP(TR8x45x13.8x6）

67" Segmented Hiwowsport Ramps (GS11x67x14x10-2）

5" H Hook Nose Extra Wide Ramp- 2 Pack（RL6.4x47.5x19.75x5）

4" H Cutout Rack Ramp- 2 Pack（RL9x27.5x14x4）

12" Wheel Cradles Ramps（DS15.5x12x12）

12" Wheel Cradles Ramps（DS15.75x12x12-2）

8" Wheel Cradles Ramps（DS15x12x8）