Garden Gyms Norfolk.
Built for Daily Training.

In most cases, yes, we design the concrete base for the expected loads from the outset. A standard residential concrete pad is designed for around 150kg/m², which is sufficient for most home gym setups. For heavy power racks with significant loading, we upsize the slab reinforcement accordingly. We'll assess your ground conditions during the site visit and design the base to suit.

We typically install either a direct-to-concrete rubber tile system (20mm or 30mm thick interlocking tiles, suitable for most applications) or a rolled rubber system for a seamless look. For deadlift platforms and power cage areas, we can build a recessed platform zone with thicker protection. All flooring systems we use are commercial grade, the same quality used in fitness facilities.

Most garden gyms fall within Permitted Development rights and do not require planning permission. The key rules are: max 2.5m to the eaves, max 4m ridge height (dual-pitched roof) or 3m (flat or mono-pitch), and the structure must not cover more than 50% of your garden. We assess this as part of the design process and flag any exceptions early.

Gym use generates significant heat and moisture, passive vents alone are not enough. We install active ventilation (typically a through-wall or in-line fan unit) that brings in fresh air and extracts warm, humid air. For larger or premium builds, we specify an MVHR (Mechanical Ventilation with Heat Recovery) unit, which recovers heat from the outgoing air while still providing fresh supply. All ventilation is designed to be quiet enough not to interfere with training.

Yes, we can integrate a changing area and shower room into larger gym builds. This requires a connection to your water supply and drainage, which adds to cost and complexity. If you have an accessible drain run or inspection chamber within a reasonable distance of your gym building, it's very achievable. We'll assess feasibility during the site visit.