LED Horse Arena Lighting Guide

(Last Updated On: )

In introducing LEDs to horse arenas, we bridge the gap between tradition and innovation. The time-honored rituals of equestrian sports find a contemporary partner in cutting-edge LED technology. This convergence sets the stage for a new era where the poetry of horsemanship meets the precision of illumination, creating an environment where horse and rider can perform at their zenith.

Table of Contents

Chapter 1: Horse Arena Lighting Requirements

horse arena floodlights

In the realm of equestrian illumination, precision is paramount. Indoor and outdoor arenas, two distinct canvases, necessitate a meticulous approach to lumens and lux. The radiant intensity required to illuminate a dressage arena with poise might starkly differ from the dynamic luminance needed to accentuate the agility of show jumping.

The arena’s size is not a fixed element but a dynamic factor that requires careful consideration. Whether it’s the expansiveness of an outdoor arena or the more intimate dimensions of an indoor space, it prompts a calculated choreography. This involves determining the number of fixtures, their strategic placement, and the angles at which they illuminate, all playing crucial roles. Crafting lighting that caters to specific activities is an art form. The nuances of a dressage performance, for instance, call for a different lighting approach than the robust radiance needed for jumping events. Additionally, the influence of natural light, especially in outdoor arenas, is a dynamic element that demands a well-coordinated plan. This ensures a seamless transition between day and night as the skies change, creating a harmonious and adaptable lighting environment.

Chapter 2: What Lights can be Used in the Equine Arena?

1: LED Flood Lights for Outdoor Horse Arena

For optimal viewing of horse movement, consider using floodlights with large beam angles at close range. Common wattages for horse arena floodlights include 100W, 200W, 300W, 400W, 500W, 1000W, 1500W, 2000W, 2500W, and 3000W. These wattages provide equine judges with a clear and detailed observation of horse performance. Additionally, attendees will enjoy an enhanced view of the horse’s movements under these arena lights.

Effectively assessing the execution of specific commands and the obedience of competing horses significantly influences their scoring. The appropriate wattage for outdoor lighting is contingent upon the arena’s size.

2: LED High Mast Lights

high mast horse arena lights

If you’re considering the height of high mast lights for your outdoor arena, it varies depending on the arena size, ranging from 6 to 18 meters tall. Typically, these light poles are positioned at the corners outside the arena. The taller the mast, the more robust the light fixture needs to be. This adjustment is essential due to the increased distance from the arena and the potential for light loss. High mast lights are suitable for larger performance arenas where substantial crowds gather.

To account for the height and distance, the light fixtures on high masts require an adequate wattage adjustment.

3: LED Spotlights

For particularly tall lights on high masts, it’s advisable to use a slight beam angle for long-range illumination. This subtle form of outdoor lighting enhances the overall light coverage within the horse arena. When horses aren’t in performance, these lights can be less obtrusive while providing ample surface area illumination for regular practice. Due to the height of these lights, equine trainers can effectively study muscle movement and elasticity, optimizing the development of horse skills.

It’s common for training sessions to occur at night, facilitating competing horses adapting to nighttime competitions.

4: Solar LED Light

solar arena lighting

The preference for solar LED lights in outdoor arenas reflects a growing trend among facility owners prioritizing sustainability and energy efficiency. This choice is driven by a desire to harness renewable energy sources, reduce environmental impact, and leverage the long-term benefits offered by solar technology. By selecting solar LED lights, owners not only contribute to a greener equine industry but also embrace a modern and forward-thinking approach to lighting solutions. This decision aligns with a broader commitment to eco-friendly practices, making the outdoor arena a showcase of responsible energy use and technological innovation.

5: LED Highbay Light for Indoor Riding Arena

For indoor arenas housed within a permanent structure, high bay lights are essential for illuminating the horse arena. These lights are suspended from the ceiling and directed downward. The optimal beam angle depends on the ceiling height, ensuring adequate and comprehensive light coverage. Additionally, specific-sized panels may be installed to match the dimensions of the building appropriately.

Arranging these lights in a grid pattern is determined by the building’s shape, enhancing uniformity in lighting across the targeted surfaces.

Chapter 3: Aims of Horse Arena Lighting

In equestrian facilities, achieving optimal illumination within horse arenas is not merely a technical necessity but a strategic pursuit to enhance safety, performance, and overall equine well-being.

I. Ensuring Safety in Every Stride

A. Eliminating Shadows and Dark Spots

  • It is strategically placed to eliminate shadows, reducing hazards for both horse and rider.
  • Calculating optimal lighting levels to ensure visibility remains consistent across the entire arena surface.

B. Illuminating Potential Obstacles

  • Focusing on key areas, such as jumps and corners, ensures obstacles are well-lit for precise navigation.
  • It is implementing lighting solutions that minimize the likelihood of missed cues or misjudgments during training or competitions.

II. Enhancing Equine Performance

A. Creating an Optimal Training Environment

  • I am tailoring lighting to specific equestrian activities, providing an environment conducive to focused training.
  • I am balancing brightness levels to accommodate the nuanced requirements of disciplines like dressage, jumping, and general exercise.

B. Minimizing Distractions and Anxiety

  • It employs lighting strategies that minimize flicker and glare, reducing potential distractions or anxiety for horses.
  • Fine-tuning color temperatures creates a visually calming atmosphere, promoting a positive mental state for equine athletes.

III. Fostering Rider Precision and Confidence

A. Providing Clear Visibility for Riders

  • It ensures consistent and clear visibility of the arena surface to empower riders with a heightened sense of control.
  • It incorporates lighting solutions that aid in reading the arena, enhancing rider confidence during maneuvers.

B. Precision in Performance Evaluation

  • It illuminates critical areas for judges and spectators to assess horse and rider performances accurately.
  • Implementing lighting that reveals subtle movements and details is crucial for precise scoring and feedback.

IV. Energy Efficiency and Sustainability

A. Reducing Environmental Impact

  • I am opting for energy-efficient LED fixtures to minimize the environmental footprint of horse arena lighting.
  • They are embracing sustainable practices without compromising the quality or effectiveness of the lighting system.

B. Long-Term Cost Savings

  • We analyze the initial investment against long-term savings through reduced energy consumption and maintenance costs.
  • Exploring the financial benefits of LED technology’s extended lifespan and decreased need for frequent replacements.

V. Adaptability to Varied Environments

A. Seamless Transition Between Indoor and Outdoor Arenas

  • I am adapting lighting solutions to the dynamic nature of both indoor and outdoor arenas.
  • It is implementing fixtures and controls that ensure a seamless transition between day and night events.

B. Weather-Resilient Lighting Systems

  • I am selecting fixtures designed to withstand diverse weather conditions in outdoor arenas.
  • We are ensuring the resilience of the lighting system against elements like rain, wind, and temperature fluctuations.

Chapter 4: Outdoor Horse Arena Lighting Design

Outdoor Horse Arena Lighting Design

Designing the lighting layout for an outdoor horse arena requires a thoughtful and strategic approach to ensure optimal visibility, safety, and performance for both equine athletes and riders.

I. Understanding Arena Dynamics

A. Arena Size and Configuration

  • We are analyzing the dimensions of the outdoor arena to determine the spatial requirements for adequate illumination.
  • I am adapting the lighting layout to accommodate variations in arena size and potential configurations for different equestrian activities.

B. Natural Elements and Surroundings

  • We are integrating the natural elements surrounding the arena, such as trees or landscape features, into the lighting design.
  • I was considering the impact of ambient light from nearby sources and strategizing to minimize interference during evening events

C. Number of Poles

  • For an outdoor arena, the recommended number of poles falls within the range of 4 to 6, contingent upon the size of the riding arena. The height of each pole necessitates smaller beam angles to ensure adequate light dispersion. It becomes imperative to factor in the distance of the poles from the arena, as this calculation helps estimate potential light loss. Subsequently, the wattage is fine-tuned to accommodate both the height and the distance, ensuring an optimal lighting configuration.
  • The combined consideration of these factors ensures proper lighting in the horse arena while maintaining uniformity. Following this, minor adjustments become necessary to address concerns related to light pollution and glare. Additionally, careful pre-planning is essential for lights mounted on poles, especially for side lighting.

II. Strategic Fixture Placement

A. Mounting Heights

The total height required for pole lights can vary significantly, ranging from 6 to 18 meters, contingent upon budget considerations. Generally, opting for taller light poles tends to enhance light uniformity. It would be best to adapt mounting heights based on the specific needs of different equestrian disciplines, ensuring precision and clarity. However, achieving this depends on factors such as beam angles, as well as the meticulous calculation of height and fixture wattage. We offer assistance with a formula designed to calculate these specific requirements.

As the height of the pole increases, the beam angle becomes more narrow. This adjustment ensures that light traveling from a greater distance is evenly spread across the area.

B. Positioning for Minimal Shadows

Strategically placing fixtures to minimize shadows, particularly in critical areas like jumps and turns. We are ensuring that the lighting layout effectively eliminates potential blind spots and enhances overall visibility.

III. Beam Angles and Light Distribution

A. Adapting to Arena Contours
Customizing beam angles to adapt to the natural contours and topography of the outdoor arena. Ensuring light distribution aligns with the arena’s features, avoiding over-illumination in some areas and insufficient coverage in others.

B. Advanced Techniques for Glare Reduction
We are implementing advanced techniques to reduce glare, particularly in areas where precision is crucial. We use fixtures with shielded optics or well-designed reflectors to control light direction and minimize unwanted glare.

IV. Illumination Metrics and Intensity Control

A. Calculating Lumens and Lux Requirements
I am conducting a precise calculation of lumens and lux requirements based on the dimensions and activities within the outdoor arena. I balance the illumination intensity to meet safety standards while providing optimal visibility for horses and riders.

B. Intuitive Control Systems
We are integrating intuitive control systems for easy light intensity adjustment based on different events and activities. They are incorporating technologies such as dimming controls to create dynamic lighting scenarios that cater to varying needs.

V. Energy Efficiency and Sustainability

A. LED Technology Integration
We opt for energy-efficient LED fixtures to minimize energy consumption and reduce environmental impact. We are embracing the long lifespan of LED technology to enhance sustainability and decrease the need for frequent replacements.

B. Smart Lighting Solutions
We are exploring intelligent lighting solutions that enable remote monitoring, scheduling, and energy optimization. It is leveraging technological advancements to create a lighting system that adapts to changing conditions and user requirements.

Chapter 5: Indoor Horse Arena Lighting Design

Indoor Horse Arena Lighting Layout

A: How many high bay lights need

Organizing high bay lights into a spacing group involves arranging them in configurations such as 5×5, 7×5, or 8×6 spacing. This arrangement is straightforward, with 5 lamps spaced within a line of 5, resulting in 25 fixtures. The configurations can be adapted to accommodate larger riding arenas, with an increase in the number of rows of lights to suit the specific shape and size of the space.

The choice of beam angle is contingent upon the ceiling height and the facility’s dimensions. This consideration is pivotal in guaranteeing the appropriate level of light uniformity.

B: Distance between the ceiling high bay floodlights

To enhance lighting uniformity, it is essential to allocate 2.5 to 4 meters of space between each high bay floodlight. Additionally, these fixtures will be arranged in a specified grid pattern, forming a group configuration that illuminates a designated area in the horse arena. Ensuring proper spacing between lights contributes to improved ground illumination in overlapping regions.

Spacing considerations are influenced by the height of the roof, with taller ceilings requiring larger spacing and lower ceilings necessitating shorter spacing to accommodate the height differential.

C: Ceiling Height

The height of each building, influenced by the location of the horse arena, varies. Smaller venues may feature a roof height of 5 meters, while larger venues can extend to 10 meters. This height disparity plays a crucial role in selecting the appropriate light angle. Lower ceilings benefit from a wider beam angle to ensure even light distribution.

To regulate the spread of light, high ceilings necessitate narrow beam angles. Incorrectly using a wide beam angle in high ceilings can lead to excessive light bleed and pollution beyond the intended illuminated area.

D:  Types of Ceiling

1. Flat Ceiling

Mounting a light fixture inside a building is most straightforward with a flat ceiling. The bracket is affixed to support beams, whether they are metal supports or wooden beams, depending on the structure. Flat ceilings pose fewer challenges than other types, as the lights are directed downward. Depending on the configuration of a horse arena, a lighting grid is established to illuminate the ground below.

For flat ceilings, efficient lighting options include UFO-shaped downlights or half-dome fixtures. Each fixture is equipped with a designated beam angle to regulate the extent of light coverage.

2. Vaulted Ceiling

When installing light fixtures on a vaulted ceiling, extra care is required. Ceilings with vaulted angles necessitate special brackets to ensure that floodlights consistently point downward. These brackets offer the flexibility to adjust the angle, directing the beam precisely toward the ground. Regardless of the angle’s steepness, a swivel bracket can be employed and securely tightened.

These brackets are equally helpful for side lighting applications. This allows the light to be directed precisely to the desired spot, facilitating the incorporation of light fill as needed.

Chapter 6: Installation and Placement Tips

In outdoor horse arena lighting, the installation and strategic placement of fixtures plays a pivotal role in achieving a seamlessly lit environment.

A: Height Matters: Tailoring Mounting Heights

  • Customizing Optimal Heights for Different Arenas: Delve into the nuanced requirements of various outdoor arenas, tailoring the mounting heights to suit their specific dimensions and characteristics. Consider the size, purpose, and topography of each arena to determine the most effective elevation for fixtures, ensuring optimal visibility.
  • Adjusting Heights Based on Specific Activities: Recognize that different equestrian activities demand varying levels of precision and clarity. Fine-tune the mounting heights based on the particular needs of activities such as dressage, jumping, and training sessions, aiming for an illumination setup that enhances performance.

B: Spatial Mastery: Perfecting Spacing and Layout

  • Achieving Uniform Illumination in Arenas of Different Sizes: Explore the art of spatial planning to achieve consistent lighting across arenas of diverse sizes. Implement scalable lighting solutions that adapt seamlessly to the dimensions of each arena, ensuring uniform illumination from corner to corner.
  • Special Considerations for Layouts Indoors and Outdoors: Navigate the challenges posed by indoor and outdoor settings, considering the impact of natural elements and architectural features. Devise layout strategies that minimize dark spots, providing a comprehensive and evenly lit environment for riders and horses.

C: Glare and Shadow Ninja Moves

  • Advanced Techniques for Glare Reduction in Both Settings: Implement sophisticated techniques to combat glare in outdoor arenas, considering factors such as reflective surfaces and varying natural light conditions. Choose fixtures with advanced optics and anti-glare features to ensure a clear and comfortable viewing experience for riders, judges, and spectators.
  • Shadow Elimination Strategies for a Seamlessly Lit Riding Experience: Employ strategic fixture placement to eliminate shadows in critical areas like jumps and turns. Leverage fixtures with precise optics and thoughtful positioning to create a seamless and shadow-free riding experience, fostering optimal performance and safety.

D: The spacing between the light pole and sidelines

To ensure sufficient spacing between light poles, allocate a reserve of 1-3 meters for each light. This spacing recommendation facilitates the proper dispersion of light according to a configured pattern. This strategic arrangement prevents the appearance of clutter in the horse arena, minimizing the risk of uneven brightness on the ground caused by improper installation.

To achieve the optimal lighting arrangement, it’s advisable to adhere closely to the guide for light conformity. Similarly, lights along the sidelines should maintain a consistent spacing for uniform illumination.

Chapter 7: Outdoor and Indoor Horse Arena Lighting Layout and Standards

Horse Arena Lighting Layout and Standards

1: Lighting Uniformity

These documented light measurements are crucial for optimal lighting uniformity in competitive equestrian events. A uniformity level ranging from 0.5 to 0.7 is observed in a professional horse arena. This high-lighting uniformity minimizes eye strain and fatigue for equestrians and horses and ensures spectators a more comfortable viewing experience.

Lighting uniformity is intricately tied to Lux levels, and these factors work hand in hand. Together, they contribute to improved light levels, ensuring a comfortable visual experience and comprehensive light coverage.

2: Lux and Brightness Requirement for Horse Arena

Certain Lux levels hold significance in horse arenas, each with merit based on the desired amount of light. Recreational and training arenas typically feature 100-200 Lux, providing trainers with ample light for their activities. This holds for both indoor and outdoor light fixtures. The Lux level is elevated to 200-300 for club-level events, meeting the lighting requirements for regional horse exhibitions and equestrian events.

In adherence to national standards for professional equine events, the Lux requirement is elevated to 500 Lux, ensuring optimal visibility for spectators and meeting high lighting standards. This illumination level is especially crucial for professional competitions for television broadcasting.

3: Glare Grade

Excessive glare emanating from lights designed for equestrian shows can create discomfort for spectators and participants. It poses a risk to horses, whose vision is crucial for optimal performance. Glare-induced missteps may influence the accuracy of judging a competition horse’s purity and quality. Furthermore, equine riders could face temporary blindness due to light leaks, impacting their safety and overall experience.

When assessing lights for glare, it’s crucial to strike a balance to ensure the light is perceived within a normal range. This balance should be established on a scale of 1 through 9, ranging from discomfort to imperceptible.

4: Beam Angle

For outdoor applications, beam angles commonly range from 10 to 25 degrees for long-range illumination and 40, 60, or 90 degrees for short-range coverage. The narrowing of the beam angle in outdoor settings allows the light beam to expand adequately over the given distance. Conversely, indoor lighting, particularly with high bay lights, maintains a beam angle of 60 to 90 degrees. This adjustment is made because indoor spaces have a ceiling height that is farther away, necessitating a wider beam angle for effective coverage.

Failure to employ the appropriate beam angle can exacerbate light spill issues, potentially resulting in light pollution.

5: Color Temperature

outdoor lighting color temperature chart

For major equine events, it is essential to have ample lighting, ensuring a clear image for both spectators and judges. In equestrian competitions, a color temperature of 5000K is set, providing adequate illumination without causing disturbance to the horses or riders. Conversely, for practice and training purposes, a recommended color temperature is 2800K, featuring a warm white, especially suitable for residential and backyard horse arenas. These color temperature recommendations apply to both indoor and outdoor settings.

Lighting with a color temperature of 5000K captures details, making it ideal for media coverage. Cameras that capture movement can effectively showcase the proper form of horses, even if their hair is darker.

6: Color Rendering Index

different CRI

This is referred to as the Color Rendering Index (CRI), which gauges the quality of light and accurately represents how objects are perceived. Essentially, it defines the contrast in which objects are illuminated. Excessive CRI can result in overexposure, causing colors to appear unnatural. On the other hand, insufficient CRI can lead to underexposed and dim images. An appropriate Color Rendering Index ensures that horses and equine riders appear natural in the illuminated environment.

In a horse arena, especially during performances where the visibility of the horse is crucial, the quality of illumination becomes a critical factor.

7: Flicker-Free Lighting

Certain types of lights, particularly those utilizing filament-style lamps controlled through ballast controls, can often pose issues with flickering. LED lights, however, tend to experience fewer problems with flicker due to their rapid frequency of flashes per second, making them less perceptible. For professional settings, using LED lights is consistently recommended to minimize concerns related to flicker control.

Implementing effective flicker control methods in older lights becomes crucial, often necessitating a reliable ballast to regulate the power supply. As these lights age, the perceptible flashing may become more prominent, particularly in the later stages of the lamp’s life.

Chapter 8: Benefits of Using LED Lighting for Horse Arena

I. Energy Efficiency and Cost Savings

  • Reduced Electricity Costs: LED lights consume significantly less energy than traditional lighting sources, resulting in substantial cost savings.
    The energy-efficient nature of LEDs aligns with sustainability goals and reduces the environmental footprint of the horse arena.
  • Longer Lifespan: LEDs boast a longer operational lifespan, minimizing the frequency of replacements and associated maintenance costs. The extended lifespan contributes to a more sustainable and cost-effective lighting solution for horse arenas.

II. Enhanced Visibility and Performance

  • Precision in Lighting: LED fixtures offer precise control over light direction and intensity, allowing for tailored illumination in specific areas of the horse arena. Achieving optimal visibility enhances the performance of both riders and horses during training sessions and competitions.
  • Customizable Color Temperature: LED lighting enables the customization of color temperature, creating an environment that aligns with the natural circadian rhythms of horses. The ability to adjust color temperature enhances the overall well-being and comfort of equine athletes.

III. Safety and Well-being

  • Anti-Glare Features: LED fixtures can be equipped with anti-glare features, reducing the potential for discomfort and distraction during equestrian activities. The elimination of glare contributes to a safer and more focused environment for both riders and horses.
  • Flicker-Free Operation: LED lighting operates without flicker, minimizing the risk of visual fatigue and stress for equine and human participants. Flicker-free illumination enhances safety and well-being, creating a stable and comfortable atmosphere.

IV. Flexibility in Design and Control

  • Dimming and Control Systems: LED technology allows for seamless integration with dimming and control systems, facilitating the creation of dynamic lighting scenarios. Tailoring lighting levels to specific activities enhances versatility and adaptability in horse arenas.
  • Adaptable Fixture Designs: LED fixtures come in various designs and form factors, offering flexibility in integrating lighting solutions that complement the architecture of the horse arena. The adaptability of LED fixtures contributes to aesthetically pleasing and functional lighting designs.


Q: Why is proper lighting essential for a horse arena?
A: Proper lighting is crucial for the safety of both riders and horses. It enhances visibility, reduces the risk of accidents, and creates an optimal environment for training and competitions.

Q: What color temperature is recommended for horse arena lighting?
A: A color temperature of 5000K is recommended for equestrian competitions to provide excellent detail for media coverage. For practice and training in residential arenas, a warmer 2800K is often preferred.

Q: How does beam angle affect outdoor horse arena lighting?
A: Outdoor lighting often requires narrower beam angles for long-range coverage (10-25 degrees) and wider angles for short-range illumination (40, 60, or 90 degrees). This ensures proper light distribution over varying distances.

Q: What is the significance of the Color Rendering Index (CRI) in horse arena lighting?
A: The CRI measures how accurately colors are rendered under a light source. A correct CRI is essential for natural visibility, ensuring that horses and riders appear true to life.

Q: How do LED lights address flicker issues in horse arenas?
A: LED lights experience fewer flicker problems due to their rapid frequency of flashes per second. Professional arenas often recommend the use of LED lights to minimize flicker-related concerns.

Q: Why is glare control important in equestrian lighting?
A: Excessive glare can cause discomfort for spectators and pose risks to horses and riders. It’s crucial to balance glare levels, maintaining a scale from discomfort to invisible, to create a visually comfortable environment.

Q: What Lux levels are suitable for different horse arena activities?
A: Recreational and training arenas commonly feature Lux levels of 100-200 for activities. Club-level events may require higher Lux levels ranging from 200-300, while professional equine events often demand 500 Lux for optimal visibility.

Q: How does lighting uniformity impact competitive equestrian events?
A: Lighting uniformity, often measured between 0.5 and 0.7, is vital for competitive events. It reduces eye strain, enhances the performance of horses and riders, and provides a comfortable viewing experience for spectators.

Q: How does the ceiling height affect the choice of beam angle in indoor horse arena lighting?
A: The ceiling height plays a significant role in determining the beam angle for indoor lighting. Taller ceilings may require narrower beam angles, while lower ceilings benefit from wider angles to ensure even light distribution.

Q: What are the recommended lighting fixtures for flat, vaulted, and side lighting in horse arenas?
A: For flat ceilings, efficient lighting options include UFO-shaped downlights or half-dome fixtures. Vaulted roofs may require special brackets for downward-facing lights. The same brackets can be handy for side lighting, directing light to specific areas.

Q: Why is adaptability to future technologies important in horse arena lighting systems?
A: LED technology allows for easy integration with future advancements, ensuring that horse arenas remain equipped with state-of-the-art lighting solutions. This adaptability positions facilities to embrace emerging technologies in the lighting industry.

Q: How can proper installation and placement of lights contribute to a seamless riding experience?
A: Tailoring mounting heights, perfecting spacing and layout, and implementing glare reduction and shadow elimination strategies contribute to uniform illumination. This, in turn, creates a well-lit and comfortable riding experience for both horses and riders.


Our journey through the intricacies of LED horse arena lighting emphasizes the critical need for tailored solutions. The call is clear—transitioning to a brighter, safer, technologically advanced arena experience. This is not just an evolution in lighting but a commitment to elevating the equestrian arena into a space where innovation and illumination converge seamlessly for the benefit of riders, horses, and enthusiasts alike.

Why Choose LED Horse Arena Lights from Upward Lighting

Selecting LED horse arena lights from Upward Lighting ensures decade-tested expertise, global reputation, and warranty-backed reliability. Tailored solutions, safety-centric design, and energy efficiency characterize our offerings. Benefit from one-stop services and responsive support, and join a network of satisfied clients worldwide. Illuminate your arena confidently—choose Upward Lighting for quality, safety, and customer satisfaction.

Request A Quote for Your Lighting Projects!

Share This Post Now:

Hey there, I'm Michael

I’m from Upward Lighting. We are a professional Outdoor led lighting manufacture in China since 2009. We provide high quality led lighting products for indoor and outdoor projects.

Find Some Other Interesting Topics

Request a Free Quote

We will be back to you within 6 Hours

china led outdoor lighting

And Facade

Lighting Fixtures

Architectural Floodlight | Led Wall Washer | Inground Light | Led Pool Light | Led Street Light | Palm Tree Light | Led Garden Light | Outdoor Wall Light | Led Stadium Light | Led Fountain Light | Led Highbay Light | Led Underwater Light

Download Our Full Catalog

Get notified about new products

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.