DIY 33 Cubic Meter Swimming Pool Build for Just $20
TutorialMrRuslan•1,926,436 views•Aug 24, 2019
Step-by-step guide to demolishing, digging, and constructing a large backyard pool using boards, greenhouse film, and cement.
Blurb
In this hands-on tutorial, MrRuslan demonstrates how to build a spacious 33 cubic meter swimming pool measuring 8m x 3.5m x 1.2m with a budget of just $20. Key points include:
- Demolishing an old pool frame and preparing the site
- Digging the pool to the right depth to prevent water pressure issues
- Constructing a sturdy frame with boards and cement bags
- Soldering greenhouse film to create a waterproof liner
- Filling the pool with water and heating it using a stove and coil system
- Final testing and enjoying a warm, reliable pool
This video is perfect for anyone looking to build an affordable, large backyard pool with simple materials and tools.
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Highlighted Clips
Demolishing the Old Pool Frame
Breaking down the existing pool structure to prepare for the new build.
Digging the Pool Hole
Excavating the earth to the correct depth to avoid water pressure problems.
Building and Securing the Frame
Tying and fixing the wooden frame to withstand earth pressure.
Soldering the Greenhouse Film
Using irons to weld the film pieces together to create a waterproof liner.
Demolition and Preparation
The video opens with the decision to demolish the old pool and build a new one from scratch. The creator emphasizes the importance of starting fresh, saying,
"everything is great in short we demolish this pool and build a new one let's demolish it now"
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The demolition is thorough, ensuring no remnants remain before construction begins. This sets the tone for a hands-on, DIY approach to pool building.
Key points:
- Complete demolition of the old pool
- Clearing the site for new construction
- Emphasis on starting clean for a better build
Frame Construction and Earthwork
After demolition, the focus shifts to building the frame. The creator explains the process of assembling the frame and securing it with wire. Then, digging begins to prevent water pressure from bursting the pool from above.
"the frame did it now for a long time to score and stretch with wire then dig the earth out here so that it doesn’t burst with water from above dig deep"
He notes the challenge of the high water level underground, which requires careful excavation and earth reinforcement. The frame is tied tightly to resist earth pressure.
"like this, in general, we tie it so that later it doesn’t squeeze the earth inside when I throw here a saffron fawn siskin-fawn everything in general I fixed the design on all four sides everything is fixed"
Key points:
- Frame assembled and secured with wire
- Deep digging to counteract underground water pressure
- Reinforcement of earth around the frame to prevent collapse
- Attention to structural stability on all sides
Manual Digging Challenges
The creator humorously describes the difficulties faced during manual digging, including broken tools and slow progress.
"what are you going to do you screw gun broke style broke shovel broke that now we will work like aborigines what to do something hard going a little well nothing I continue"
Despite setbacks, the digging continues steadily, showing determination and resourcefulness.
"40 centimeters already have 22 more days left already chopping VCL here are some things so let's go continue to dig"
Key points:
- Tools breaking during manual labor
- Persistence despite difficulties
- Steady progress in excavation over days
Excavation Progress and Volume
The creator compares himself to "two soldiers from the construction battalion," highlighting the physical effort involved. He estimates the pool dimensions and volume, giving a sense of scale.
"pool length 8 meters width 3 and a half depth a meter-twenty dripped to a depth of 60 centimeters in general it's about 16 cubes"
He reflects on the time taken to dig such a volume manually and invites viewers to share their own experiences.
"maybe it’s also weak for someone to dig up bones with a stick to a beam with a stick in three days, or who has already dug in such a way in general for three days such a volume of land is shorter write in the comments who is just as crazy"
Key points:
- Pool dimensions: 8m x 3.5m x 1.2m
- Excavation volume approximately 16 cubic meters
- Manual digging took about three days
- Invitation for viewer interaction about similar experiences
Cement Bag Reinforcement
Once digging is complete, the creator uses cement bags to reinforce the pool perimeter.
"I have all sorts of banner bags and he’s made of cement now I will sheathe the pool all around"
This step is crucial for strengthening the structure before applying the waterproof film.
"well, that everyone finished with bags and a spa of cement, now you can solder the film"
Key points:
- Use of cement bags for structural reinforcement
- Preparation for waterproofing with film
- Ensuring durability of the pool walls
Film Welding and Installation
The video details the process of welding the greenhouse film to create a waterproof liner. The creator explains the technique of overlapping film parts and ironing them together.
"how to understand the film, we take one part of the film, we put it on the other part, we put a million rags, now we iron the irons and this is how we get one of the soldering iron race finally soldered this film"
The film is large—12 meters by 7 meters—and takes a full day to weld.
"all day soldered length 12 meters width 7 meters drove to pull on the pool"
Key points:
- Welding greenhouse film to create a liner
- Overlapping and ironing technique for sealing
- Large film size requiring a full day of work
- Film pulled tight over the pool frame
Filling the Pool and Water Supply Issues
With the film in place, the next step is filling the pool with water. The creator mentions difficulties with local water supply services refusing to provide water.
"how do you understand the water also no housing and communal services said there is no water and will not be, so send thirty-three cubic meters of water to draw water in"
Despite this, the pool is filled with 33 cubic meters of water, matching the pool’s volume.
"cheers for the pool, I filled the water now, let's warm it up a little"
Key points:
- Water supply challenges from local utilities
- Filling pool with 33 cubic meters of water
- Preparing to heat the water for swimming
Heating and Testing the Pool
The creator uses a stove and coil system to heat the pool water, explaining the setup for viewers unfamiliar with the method.
"the stove is heated there, the coil stands, who does not know pumps through the stove and the water heats up in the pool"
He proudly shows the finished pool, emphasizing its size and affordability.
"eight meters long, 3 and a half wide depth of a meter-twenty volume of the pool 33 cubes I spent 1300 rubles on this pool"
The water temperature reaches a comfortable 21 degrees Celsius, making the pool ready for use.
"the water is so warm 21 degrees water"
Key points:
- Heating water using a stove and coil pump system
- Pool dimensions and volume reiterated
- Total cost approximately 1300 rubles (~$20)
- Water temperature warmed to 21°C for comfortable swimming
Final Impressions and Closing
The creator expresses satisfaction with the final product, calling it a "super aqua pool" and highlighting its reliability and strength.
"the pool turned out to be such a cool huge one and only 1300 rubles about the class, like it and the water is warm"
He encourages viewers to appreciate the simplicity and cost-effectiveness of the project.
"in general, this pool turned out to be very reliable and strong now it’s definitely not time rushing"
The video ends on a cheerful note, inviting viewers to enjoy the pool and stay tuned for more.
Key points:
- Pool is large, reliable, and affordable
- Creator proud of the DIY accomplishment
- Encouragement to viewers to try similar projects
- Warm, inviting atmosphere to conclude the video
This video is a detailed, hands-on guide to building a simple, cost-effective swimming pool using basic materials like boards, greenhouse film, and cement bags. The creator’s personal narration, humor, and practical tips make it accessible and inspiring for anyone interested in DIY outdoor projects.
Key Questions
You need wooden boards, greenhouse film for the liner, cement bags for reinforcement, wire for tying the frame, and basic tools for digging and assembling.
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