DETAIL 01 — POOL WALL · BASE POCKETPDF ↓
WATER
p = ρ · g · h
DRY SIDE
Cast acrylic panel
Sealed to the concrete
both faces
Pocket cast in the slab
Pool membrane
Bearing pad
Pool floor slab
DETAIL 02 — POOL SKYLIGHT · SLAB EDGEPDF ↓
WATER
Cast acrylic panel
Seal to concrete
+ membrane tie-in
Pool floor slab
Bears directly on the slab
Within the slab depth — full ceiling height below
DETAIL 03 — CANTILEVER · BONDED 45° ENDPDF ↓
WATER
Clear end
at 45°
Open air
45°
Structural acrylic floor
Small corner bracket
Bonded seam · one thickness · bears back on the pool
DETAIL 04 — HOT TUB · CURVED SHELLPDF ↓
HOT WATER
Curved shell,
formed + bonded
GARDEN
Service
trench
Bearing pad on concrete base
DETAIL 05 — BRIDGE · SPAN + SECTIONPDF ↓
A A
Bonded clear guard
Slip-resistant deck
CLEAR SPAN
Bears on the slab at each end
SECTION A–A
Deck + guards,
one piece,
seamless corners
DETAIL 06 — WALK-ON FLOOR · ONE-PIECE PANELPDF ↓
One-piece cast acrylic panel
no joints in the walking surface
Slim steel supports
Bears on the slab edge
Light to the room below
DETAIL 07 — TERRACE · L-PANELPDF ↓
FAÇADE
Deck + guard — one piece
UV-stable cast acrylic
Radiused bonded corner
Fixing bracket
DETAIL 08 — ROOF SKYLIGHT · FLUSH WITH DECKPDF ↓
CL
One-piece acrylic cap
edges returned on
all four sides
Deck on pedestals
flush with the cap
Seal on the curb
Concrete curb
Membrane up the curb
Roof slab + insulation
Roof drain
Daylight to the room below
Rain runs off the cap to the drain below the deck
DETAIL 09 — OVERSIZED WINDOW · HEAD + BASEPDF ↓
Roof slab
Head channel,
movement gap
Guard
Floor stops short
One panel,
two storeys
≈ 7.4 m / 24 ft
Base channel,
setting block
INSIDE
YARD
Pool wall windows
A clear wall between the water and the room beside it — a lower garden, a lounge, a bar.
Shape Long single panels, bonded corners and curves — no frames
How it is engineered
Water pressure grows with depth, so panel thickness follows water depth and unsupported span.
The panel sits in a pocket cast into the pool shell, on a bearing pad, sealed straight to the concrete.
Long walls and corners are bonded into one piece — no posts, no silicone lines.
Governing loads Hydrostatic
Feasibility review → Application details
Pool skylights
A pool floor in clear acrylic — daylight passes through the water to the rooms below.
Shape Flat floor panels — long, square or circular
How it is engineered
The panel carries water and swimmers and bears directly on a ledge in the slab — no steel frame.
It sits within the slab depth, so the room below keeps its full ceiling height.
Sealed straight to the concrete; the pool membrane ties into the seal — one continuous line.
Governing loads Hydrostatic + live
Feasibility review → Application details
Cantilevered & rooftop pools
A clear floor runs out past the façade and rises at 45° — swimming over open air.
Shape A flat floor and a straight 45° end, bonded into one self-supporting piece
How it is engineered
The bonded floor and 45° end are the structure — one small bracket at the slab edge.
Most of the pool sits on the building; the projecting floor bears back onto the pool structure.
Wind, snow, temperature and moving water are part of the load case.
Governing loads Hydrostatic + deflection
Feasibility review → Application details
Transparent hot tubs
Spas with clear walls and floor — in the garden, on a terrace or beside the pool.
Shape Formed shells — round or free-form, in one seamless piece
How it is engineered
Hot water and daily temperature cycling are designed into the panels and the bonds.
Shells are formed and bonded into one vessel with no visible joints.
Pumps, heaters and pipework sit out of view, in a service trench beside the base.
Governing loads Hydrostatic + thermal
Feasibility review → Application details
Bridges & walkways
Clear spans for people — across an atrium, under a pool skylight, between two wings.
Shape A flat walking deck and its guards, bonded into one U-shaped piece
How it is engineered
Deck and guards act as one U-shaped beam, spanning slab to slab with no frame below.
Sized for pedestrian live load and deflection limits; vibration comfort is checked.
Walking surfaces can be textured for slip resistance.
Governing loads Pedestrian live load
Feasibility review → Application details
Walk-on floors
Floor panels that pass daylight between levels — over a wine cellar, a gallery or a pool.
Shape One large panel per opening — no joints in the walking surface
How it is engineered
Sized for the occupancy live load of the room.
The panel bears on the slab edges, with slim steel supports below where the span needs them.
Surface scratches can be polished out on site.
Governing loads Occupancy live load
Feasibility review → Application details
Terraces & balconies
Clear decks and guards that project from the façade — standing out over the garden.
Shape Deck and guard bonded into one L-shape with a radiused corner
How it is engineered
Guard, wind and snow loads are part of the design.
Fixed back to the slab with one small bracket — no beams in view.
UV-stable cast acrylic resists yellowing outdoors.
Governing loads Live, guard, wind, snow
Feasibility review → Application details
Walk-on roof skylights
One-piece skylights that cap the roof opening, flush with the deck — daylight below.
Shape One panel, edges returned on four sides — a cap over the curb
How it is engineered
Sized for foot traffic, roof live load and snow.
Edges are formed down on four sides, so the panel wraps the curb like a lid.
The top sits flush with the deck; rain runs off to the membrane and drain below — no gutter.
Governing loads Roof live load + snow
Feasibility review → Application details
Oversized windows & façades
One clear panel the full height of two storeys — no mullions in the view.
Shape Monolithic panels at a scale few can make — flat or curved
How it is engineered
Held at head and base only; the floor between stops short behind a guard.
Wind load and span set the thickness; the head channel leaves room for thermal movement.
About half the density of glass; panels bond seamlessly into larger pieces.
Governing loads Wind + self-weight
Feasibility review → Application details
