Showing 21–26 of 26 results
30 Foot Steel Square Pole | 5 Inches Wide | Anchor Base
SKU:MLLG-WL-POLE-30FT-5-SQ-[COLOR]-TN | Web ID:1911Black:13 In StockShips in 7-14 DaysBronze:285 In StockShips in 7-14 DaysWhite:9 In StockShips in 7-14 Days- Height: 30 ft
- Gauge: 11
- Width: 5 in square
- Weight: 286 lbs
- Bolt Circle: 8 - 10 in
- Bolt Projection: 3.375 in
- Base Plate: 9.85 in x 9.85 in x 0.79 in
- EPA Rating 70 mph: 9.6
- EPA Rating 80 mph: 7.4
- EPA Rating 90 mph: 6.1
- EPA Rating 100 mph: 5.8
- EPA Rating 110 mph: 4.6
- EPA Rating 120 mph: 3.8
- Warranty: 1 Year
Starting At$1,171.1530 Foot Steel Round Pole | 5 Inches Wide | Anchor Base
SKU:MLLG-WL-POLE-30FT-5-RD-BZ-TN | Web ID:2071California:93 In StockShips in 7-14 DaysTexas:80 In StockShips in 7-14 Days- Height: 30 ft
- Gauge: 11
- Width: 5 in round
- Weight: 180 lbs
- Bolt Circle: 8 in - 10 in
- Bolt Projection: 3.15 in
- EPA Rating 70 mph: 9.2
- EPA Rating 80 mph: 7.4
- EPA Rating 90 mph: 6.1
- EPA Rating 100 mph: 5.8
- EPA Rating 110 mph: 4.8
- EPA Rating 120 mph: 3.2
- Warranty: 1 Year
Starting At$1,238.4630 Foot Round Tapered Steel Light Pole | 7 Inch Base Diameter | Anchor Base
SKU:MLLG-WL-POLE-30FT-7-TRD-BZ-TN | Web ID:2171Minimum Order:2+Availability:55 In StockShips In: 7-14 Days- Height: 30 ft
- Gauge: 7
- Width: 7 In at Base / 3 In at Top
- Weight: 300 lbs
- Bolt Circle: 9.8 in - 11.4 in
- Bolt Projection: 3.15
- Color: Architectural Bronze
- EPA Rating 70 mph: 10.5
- EPA Rating 80 mph: 8.8
- EPA Rating 90 mph: 7.9
- EPA Rating 100 mph: 6.5
- EPA Rating 110 mph: 5.4
- EPA Rating 120 mph: 4.4
- EPA Rating 140 mph: 2.4
- EPA Rating 150 mph: 1.2
- Warranty: 1 Year
Starting At$1,284.9130 Foot Above Grade Square Fiberglass Pole | 5 Inches Wide | Direct Burial
SKU:MLLG-WG-POLE-CP-30-5SQ-DB | Web ID:2173Minimum Order:2+Availability:75 In StockShips In: 4-7 Business Days- Height Above Grade: 30 ft
- Total Height: 36 ft
- Buried Depth Below Grade: 6 ft
- Gauge: .25 in
- Width: 5 in square
- Weight: 149 lbs
- Color: Bronze Std (Black/White/Grey Optional)
- EPA Rating 70 mph: 13.0
- EPA Rating 80 mph: 8.0
- EPA Rating 90 mph: 4.7
- EPA Rating 100 mph: 2.4
- Warranty: 7 Year
Starting At$1,154.0930 Foot Square Fiberglass Pole | 5 Inches Wide | Anchor Base
SKU:MLLG-WG-POLE-CP-30-5SQ-AB | Web ID:2510Minimum Order:2+Built to Order 6 Weeks- Height: 30 ft
- Gauge: .25 in
- Width: 5 in square
- Weight: 123 lbs
- Bolt Circle: 9 1/8 - 10 3/8 in
- Base Plate: 10 11/16 x 10 11/16
- Color: Bronze, Black, White, Grey (Custom)
- EPA Rating 70 mph: 13.0
- EPA Rating 80 mph: 8.0
- EPA Rating 90 mph: 4.7
- EPA Rating 100 mph: 2.2
- Warranty: 7 Year
Starting At$1,346.6735 Foot Above Grade Round Fiberglass Pole | 9 Inch Diameter | Direct Burial
SKU:LLS-WG-POLE-CP-35-9RD-DB | Web ID:2505Minimum Order:2+Ships In: 3-4 weeks- Height Above Grade: 35 ft
- Total Height: 42 ft
- Buried Depth Below Grade: 7 ft
- Gauge: .382 in
- Outside Diameter: 9.06 Inches
- Weight: 392
- Color: Bronze, Black, Grey, (Custom)
- EPA Rating 70 mph: 72.5
- EPA Rating 80 mph: 52.5
- EPA Rating 90 mph: 40.6
- EPA Rating 100 mph: 30.5
- EPA Rating 110 mph: 23.2
- EPA Rating 120 mph: 17.6
- EPA Rating 130mph: 13.3
- EPA Rating 140 mph: 9.8
- EPA Rating 150 mph: 7
- EPA Rating 160 mph: 4.7
- Warranty: 7 Year
Starting At$2,413.33
Tennis is a fast-moving sport that requires a lot of dexterity and hand-eye coordination. A small ball moves at high speeds so it’s important that players can see it properly. This is even more important on an outdoor court on a cloudy day or at night.
Tennis courts are illuminated by tennis court lights (flood lights and stadium lights) that are mounted up high on light poles. The height of these poles and the number that you will want to use depends on the location and level of play of the game.
How Much Do Tennis Court Light Poles Cost?
Pole costs will vary. This is due to several factors:
- The height of the pole. Taller poles will be more expensive.
- The number of fixtures mounted on the pole. Poles that need to handle a heavier load will be more expensive.
- The material that the pole is constructed from. Steel poles will cost more than wood poles, for example.
What is the Ideal Spacing for Tennis Court Light Poles?
Before we describe the spacing for the light poles, it’s important to understand the lines and boundaries of a tennis court. Here is a helpful diagram:
What Height is Best for Light Poles for Tennis Courts?
The optimal pole height will depend on the location and level of play on the court. Here are some recommendations:
- Recreational / Residential – For locations like parks and residences, 20-26 feet is the optimal height. A lower height helps to prevent light from spilling into neighboring areas.
- Commercial – For locations like athletic clubs and courts that host competitions, 26-39 feet poles can be used. You’ll need it to be high enough to further eliminate shadows. 6-, 8-, and 9-pole layouts are common in these areas, and 1-2 lamps can be used on each pole.
- Professional Tennis Stadiums – For venues that are designed to host professional tennis events, 50-66 feet is recommended. The Association of Tennis Professionals (ATP) says the minimum should be 40 feet, but it will depend on the location.
Here are a few other considerations for the height of your tennis light poles:
- If the poles are too tall, there can be unwanted light spillover into nearby homes or businesses. It’s best to use shorter poles with LED lights. If you can’t replace the poles, you need to use lights with a smaller beam angle.
- If the poles are too short, there is less distance between the light source and the court. This causes there to be a less uniform light spread and can produce a bright spot. Poles that are too short can also cause a glare issue.
Do You Offer Tennis Court Lighting as Well?
First and foremost, LED Lighting Supply is a lighting company. We offer tennis court led fixtures for indoor courts ad well as an outdoor tennis court. We can design a lighting system which designed to increasing court light levels and fix poor tennis lighting. Our LED Fixtures will decrease the warm up period you currently experience with HID Fixtures to 0, as well as provide energy savings and decrease your maintenance costs. We can also offer energy saving control option like motion sensors and photocells.
4-pole Tennis Court Layout
For a 4-pole layout, 2 poles are located on each long sideline. For all light pole layouts, they are never placed near the baselines because you won’t be able to illuminate the area near the net properly and it would increase glare for the players. You’ll usually want to have 2 lights mounted on each pole since this is the minimum number of poles that you will use. The benefit of having a 4-pole layout is that you use a smaller number of poles to save space. The limitation of using a 4-pole layout is that pole height needs to be increased to improve light spread and uniformity. This causes light to spill over into unwanted areas.
4-pole tennis court lighting is very common in recreational tennis court lighting system.
6-pole tennis Court Layout
For a 6-pole layout, 3 poles are located on each long sideline. There are 2 additional poles at the center of the court compared to a 4-pole layout. 1-2 lights are mounted on each pole. The benefit of having a 6-pole layout is that it eliminates shadows. It also reduces light loss because each pole is responsible for illuminating a smaller area. The limitation of using a 6-pole layout is the higher cost. You are using more poles so there is a larger wiring and installation cost.
8-pole tennis Court Layout
For an 8-pole layout, 4 poles are located on each long sideline. There are 2 additional poles at the center of the court compared to a 6-pole layout. It has similar benefits and limitations as a 6-pole layout.
9-pole tennis Court Layout
A 9-pole layout is used to illuminate two adjoining courts. It has a 3×3 design where 3 poles are located between the courts and are used to illuminate both at the same time. The benefit of having a 9-pole layout is that it minimizes the number of poles to be installed for two courts. The limitation of using a 9-pole layout is that the middle poles will need to hold more lights. This means that those poles will need to handle a heavier load.