This Oklahoma pool design plan transforms the backyard along with a pool house addition. The pool features a modern style with features such as fire and waterfalls, bubblers, infinity spa spillway, wet bar area adjacent to a sunk-in fire pit seating area with plenty of surrounding hardscape to relax and entertain.
Oklahoma Pool Details
Pool Type: Gunite
Pool Style: Geometric
Spa: Yes
Spa Height: +12″
Spa Spillway: Infinity spillway, 360 degrees
Pool Length: 40′
Pool Width: 23′
Pool Wall: Raised wall section with fire feature
Depth Profile: Gradual slope, deep end
Min Pool Depth: 3.5′
Max Pool Depth: 6′
Pool Perimeter: 131′
Pool Surface area: 769 sqft
Pool Capacity: 21,000 gallons
Decking max sqft: 1,220 sqft
Pool lights: 4
Sun ledge: Yes
Water features: Cascade bubblers, Sheer Descents
Pool equipment: Pentair
Type of sanitation: Chlorine, Salt System
Include heater: Yes
Pool Materials
Waterline tiles: 1×1 Glass Mosaic pool tile
Interior surface: Regular Pebble pool plaster
Coping material: Natural Stone, square edge
Decking material: Concrete, Travertine tile Finish
Vertical Faces materials: Ledge Stone, Split Face, Stucco
In Oklahoma a pool building permit is required for most in-ground pool installations, generally mandated at the local municipal or county level. Regulations often require a fence or safety barrier at least 48 inches high, with specific structural and electrical inspections needed. Licensed, specialized contractors are typically required for construction.
Here are a few things to keep in mind when building a pool in Oklahoma:
- Pool plans Oklahoma: In areas throughout Oklahoma like Lake Aluma, Nichols Hills, or Roger Mills County, a pool permit is required, and all in-ground pools must be designed by a professional.
- Oklahoma Pool Site Plan Requirements: A detailed site plan is generally necessary, including property line distances, equipment location (pump, filter, heater), and safety fences/gates.
- Oklahoma Pool Safety Requirements: Ensure all plans include proper fencing and gate, and safety barrier requirements.