Allegheny 6 Person Cabin Sauna
Category: Outdoor
Sauna Type: Traditional
Capacity: Six Person
Price Range: $7k-10k
Material Options: Nordic Spruce
From the Manufacturer:
The Allegheny was designed with retreat in mind. The cabin design includes a front porch, perfect for your post-sauna furniture. The sloped roof makes it perfect for all weather, and adds a spacious feel to the interior with high ceilings. The sauna room has two bench levels. If you prefer high heat, you can lounge on the top or move to the bottom bench for a cooler sauna experience. The sauna room can be paired with either a Harvia 8kW electric heater or a wood-burning stove. Both are designed to heat the space up to around 180ºF, and the electric heater has a delay function up to eight hours! The sauna has space to accommodate up to six people. With the Allegheny, you’ll be hosting sauna parties in no time in this cabin sauna. A single layer of roofing shingles material will be included.
Pros:
Spacious Design: Accommodates up to six people, making it ideal for group sessions.
Efficient Heating: Users report that the sauna reaches temperatures up to 195°F (90°C) in under two hours, even in sub-zero conditions, especially when equipped with the Harvia Legend 150 stove.
Quality Construction: The use of thick Nordic spruce timber and stainless steel hardware contributes to the sauna's durability and aesthetic appeal.
Versatile Bench Levels: Two bench levels allow users to choose between higher heat on the top bench or a cooler experience on the bottom bench.
Cons:
Assembly Requirements: While designed for DIY assembly, some users may find the process time-consuming and may require assistance, particularly with components like the chimney.
Space Considerations: Although it can fit six people, the space may feel tight at full capacity, which could affect comfort during use.
The Bottom Line:
Overall, the Allegheny 6-Person Cabin Sauna is praised for its spacious design, efficient heating, and quality construction, with considerations regarding assembly and space at maximum capacity.
