If you are considering a home altitude room, altitude bedroom or commercial hypoxic training room, one of the first questions is usually how much does an altitude room cost?

In Australia, the Box Altitude Bedroom System currently starts from AU$10,900 for a suitable sleeping space requiring one F20 generator. As a practical starting point for bedrooms, Box Altitude typically allows approximately 16 cubic metres of room volume per F20. Larger rooms and training spaces require additional capacity and a room-specific quotation.

For the complete category overview, see our Altitude Rooms & Altitude Bedrooms guide.

Altitude room cost at a glance

These figures are preliminary sleeping-room planning guides rather than guaranteed maximum capacities. Final sizing depends on target altitude, room leakage, occupancy, local elevation, ventilation and how the space will be used.

Why altitude room pricing depends on cubic volume

Altitude systems need to control the air inside the whole room, which is why cubic metres matter more than floor area alone.

Calculate room volume using:

Length × width × ceiling height = room volume in m³

For example, a 3 m × 4 m bedroom with a 2.4 m ceiling contains 28.8 m³ of air. Based on the preliminary 16 m³-per-F20 sleeping guideline, that room would normally start a discussion around two F20 generators rather than one.

You can enter your measurements into the Box Altitude Room Calculator for an initial system estimate.

What affects the cost of an altitude room?

1. Room volume

Larger rooms require more hypoxic-air output. Two rooms with the same floor area can require different systems if their ceiling heights differ.

2. Sleeping room or training room

A sleeping bedroom is generally less demanding than a room containing exercising athletes. As a practical planning guide, bedrooms use approximately 16 m³ per F20, while altitude training rooms use approximately 12 m³ per F20. Occupancy, exercise intensity, cooling and ventilation still need to be considered.

3. Target simulated altitude

The selected altitude affects how hard the system must work to establish and maintain the intended oxygen concentration. The final system should therefore be specified around both room size and target altitude.

4. Number of occupants

A single-sleeper bedroom and a multi-athlete training facility are different applications. Occupancy influences airflow and air-quality requirements and needs to be included in the system design.

5. Room preparation

Existing rooms may require work around doors, windows, air-delivery routes, equipment placement or air conditioning. These costs are site-specific and are not necessarily included in the starting system price.

6. Location, freight and installation

Delivery, duties, taxes and local installation work vary by country and project. International buyers should request a destination-specific quotation rather than treating the Australian starting price as a delivered global price.

How much does an altitude bedroom cost?

For a suitable Australian bedroom requiring one F20, the current Box Altitude Bedroom System starts at AU$10,900. The important distinction is that this is a starting system price, not a fixed installed price for every bedroom.

A larger altitude bedroom can require two, three or more F20 generators. That is why measuring the room correctly is the first step.

For bedroom-specific budgeting, see our Altitude Bedroom Cost Guide.

How much does a commercial hypoxic training room cost?

Commercial altitude rooms are normally quoted individually because the number of athletes, type of exercise, room volume, cooling load, ventilation arrangement and target altitude all affect the specification.

A gym or performance centre should therefore use the training-room planning allowance of approximately 12 m³ per F20, rather than the 16 m³-per-F20 sleeping guideline. Box Altitude then confirms the commercial system from the room plans, ceiling height, maximum occupancy and intended training use.

Can I convert an existing bedroom?

In many cases, yes. Existing bedrooms can be assessed for conversion into a simulated-altitude environment. The first step is to measure the internal room volume and review air conditioning, ventilation, room leakage and the proposed generator location.

Read our step-by-step guide: How to Convert a Bedroom Into an Altitude Room.

Altitude room vs altitude tent cost

An altitude tent controls a smaller volume around the bed, while an altitude bedroom controls the whole suitable room. A tent can therefore be a simpler option where portability or a smaller controlled space is preferred. A whole-room system provides an unenclosed sleeping environment but requires room-specific sizing and installation.

Compare the two approaches in Altitude Bedroom vs Altitude Tent.

Get an altitude room estimate

If you are pricing an altitude bedroom, home altitude room, gym altitude room or other hypoxic room, send us the room dimensions, ceiling height, number of occupants, intended use and target altitude.

Use the Altitude Room Calculator or view the Altitude Bedroom System.

Frequently asked questions

What is the starting price of a Box Altitude room?

In Australia, the Box Altitude Bedroom System currently starts from AU$10,900 for a suitable sleeping space requiring one F20 generator.

How much room does one F20 cover?

For sleeping applications, approximately 16 m³ per F20 is a practical preliminary sizing guide. Final requirements depend on the room and operating conditions.

How do I calculate my room volume?

Multiply the room length by the width by the ceiling height. A 4 m × 3 m room with a 2.4 m ceiling has a volume of 28.8 m³.

Do training rooms use the same sizing rule?

No. As a practical starting point, altitude training rooms are sized at approximately 12 m³ per F20, while sleeping rooms use approximately 16 m³ per F20. Final training-room sizing also considers occupancy, exercise intensity, cooling and ventilation.