the only tour that goes inside the fences
The 90 minute tour includes...
A full view behind the fence in an air conditioned luxury bus.
Up close examination of the enormous and beautiful windmills.
Walk through the implement yard and see the top of the windmill from the ground.
The most knowledgeable and experienced guide in town.
Visits to solar and natural gas facilities.
The most delicious date shake in the valley.
The only tour in the valley with a Trip Advisor Certificate of Excellence and 5 Star Yelp rating!
Palm Springs Windmill Tours is located at 62950 20th Avenue, Palm Springs, CA 92262
Heading north on N Indian Canyon drive from Palm Springs, you will turn left onto 20th Avenue just before the ARCO Station. After turning, drive for approximately one mile and you will see the green Windmill Tours building on the right.
How long are the tours?
- Our tour is between 1.5 to 2 hours long.
What time do the tours start?
- Tour schedule can be seen by clicking here.
How much are the tickets?
- Adults are $49. Seniors (60+) are $45. Children (8-18) $24, 7 and under (free). Active duty military and reserves $35. Family pack, up to 2 adults and 6 children $149.00
Where do we meet?
- Palm Springs Windmill Tours is located at 62950 20th Avenue, Palm Springs, CA 92262
Do we get to touch a windmill?
- Yes and no. We have historical windmills that are restored and sitting at ground level for you to touch and enjoy. We do take you close to the newer machines, however there is a safety boundary around the turbines that you will not be allowed to enter.
What do we wear?
- There is a small amount of walking involved, please dress appropriately for that day’s weather and wind. We also suggest closed-toed shoes to keep out the sand.
Can we go inside a windmill?
- For safety reasons, we cannot allow participants to enter or touch the wind turbines.
What do we do on the tour?
- You'll begin by touring the history of the renewable energy industry, enjoying great pictures of the trials and tribulations of early wind power generation in the Coachella Valley. Next we head outdoors to discover the various restored exhibits of historical windmills. Then it’s onto a working wind farm, and through various exhibits you will see the latest technology in wind power generation. During your tour you will experience the windmills, solar generation, and natural gas power plants.
How much walking is there?
- The amount of walking is up to you. You do not have to exit the bus for the walking part of the tours if you do not wish. There is a short walk as you traverse through the exhibits before boarding the bus.
Can we take pictures?
- Yes! Please take as many pictures as you wish. (Videos, too!)
62950 20th Avenue
Palm Springs, CA 92262
Local: (442) 333-7188
Toll-free: (800) 531-5834
The Windmills in Motion!
Still want to know more? Take a look at this video to get an idea of what you will experience! You'll get to see the facility, the implement yard, and a taste of the windmills you'll see on the tour.
Renewable energy 101
A clean future requires renewable and sustainable energy solutions.
Wind power is the use of air flow through wind turbines to mechanically power generators for electricity. Wind power, as an alternative to burning fossil fuels, is plentiful, renewable, widely distributed, clean, produces no greenhouse gas emissions during operation, consumes no water, and uses little land.
A solar cell is like a sandwich. The top is for protection, the bottom is its base, but the real action takes place in the middle which is made of silicon. When Photons (the fundamental particle of sun light) hit a silicon atom, they easily break the weak bond between the nucleus and its electrons. Now free, the electrons travel to the top of the silicon layer of the cell where they move in a current along metal conductive stripsa nd along wires to the electrical grid.
The process of producing electricity from natural gas is a two-for-one technology. First, the gas is combined with oxygen to create a fireball that passes through turbines (much like a wind turbine) to create electricity. The exhaust gas is then pumped into another area where it is cooled with water. The steam created then goes through a another turbine to produce even more electricity.