Most outdoor living decisions get made from a phone screen and a sample board, which is why so many finished patios feel wrong at full scale. MTR built the alternative on Witt Road in Frisco: a working outdoor yard where every system is standing up, footed, wired, plumbed and lit. Nothing on the lot is a prop.

FLOORING AND HARDSCAPE. Full material panels are set flush into the pad so you can walk them in Texas sun and feel surface temperature and texture before choosing — travertine, large-format porcelain, flagstone, salted and broom-finished concrete, cedar and composite decking, artificial turf with river rock borders and turf-set paver bands. What sits underneath is the real work: subgrade compaction, specified base depth, and drainage carried away from the house and off the pool deck. Paver fields get edge restraint and polymeric joint sand. Poured surfaces get control joints laid out to where they will crack anyway. Decking gets joist spacing to the board's span rating with hidden fasteners and ventilation beneath. Turf gets a permeable base, not fabric over clay.

EXTERIOR FIREPLACES. Freestanding masonry with a chimney on it, and almost everything that matters is buried before the first stone. Each unit sits on its own engineered footing, poured independent of any adjacent slab. Above it: a steel-reinforced block core, a rated firebox, a correctly sized throat and smoke chamber, and a flue carried high enough to draw instead of spilling smoke back under a covered patio. Get the flue-to-opening ratio wrong and it smokes forever — no finish fixes that afterward. Austin limestone and cut ledger over the core, hearth extension, integrated wood storage. Cedar mantels are milled at the MTR shop and hung on concealed steel bolted back to the block, never fastened to veneer. Gas lines are run and pressure-tested with an accessible key valve.

OUTDOOR KITCHENS. A small building with three utilities running into it. Reinforced pad, masonry block core, Austin limestone or stacked stone cladding, and countertops in granite, quartzite or sealed concrete with an overhang sized for real bar seating. Appliance openings are framed to the manufacturer's rough-in and lined with required non-combustible clearance and venting — a built-in grill dropped into an unvented masonry box is a warranty void and a fire risk, and the most common defect MTR gets called out to correct on someone else's build. Gas is sized, pressure-tested and inspected with an accessible shutoff. Electrical is dedicated GFCI-protected circuit in exterior-rated conduit feeding outlets, undercounter refrigeration, task and accent lighting. Sinks get supply and drain with freeze-protected shutoff, routed to a real drain point.

SHADE STRUCTURES. Cedar and engineered timber, attached and freestanding. Posts land on poured piers set below frost depth with concealed standoff bases keeping end grain up off the concrete — the detail that decides whether a post rots out in eight years. Spans are sized to load, connections made with structural screws and concealed hardware, rafter tails cut to a drawn profile in the Frisco shop so every tail matches. Attached covers get a ledger flashed and lagged into structural framing, never into brick veneer or fascia, and counterflashed so the new structure is not a leak path into the house. Electrical is planned into the frame before it closes — fan and heater circuits, recessed and accent lighting, speaker runs in conduit inside beams rather than strapped on later.

FENCING, GATES AND SCREENS. Fences fail in a predictable order: posts first, then the gate, then everyone blames the pickets. Framed and capped western red cedar panels rather than raw picket runs, posts set in concrete below frost depth and spaced to the panel, hardware hot-dip galvanized or stainless throughout because standard fasteners bleed rust down a cedar face within a season. Cedar is finished with penetrating oil so it weathers evenly instead of peeling. Gates are built as their own engineering problem — welded steel frames on heavy-duty hinges with adjustable tension. Where automation is specified, conduit is sleeved under the drive during the footing pour rather than cut in after.

FRAMELESS GLASS. Tempered safety glass in concealed channel between powder-coated posts, which is what lets an outdoor room keep the view while cutting the wind that makes a patio unusable most of the year. Loading is the whole problem: a screen this size behaves like a sail, so posts are anchored into a poured footing or through-bolted to structural framing with a backing plate — never surface-fixed to a paver field or stone cap. Panel spans, glass thickness and post spacing are specified together against local wind load, with a weep detail so water leaves rather than freezing in the base.

Being able to stand inside a structure changes what people choose. Ceiling height, counter overhang depth, how far a cover has to project west to actually shade a seating area at five in the afternoon, how much a privacy screen closes a space in versus opens it — none of that reads on a rendering. Clients routinely change their minds within ten minutes of walking the yard, which is far cheaper than changing them after the slab is poured.

The design center is at 1647 Witt Rd, Suite 102 in Frisco and serves Frisco, Little Elm, Prosper, Plano, Allen, McKinney and the surrounding North Texas communities. MTR self-performs design, permitting, masonry, carpentry, gas, electrical and finish work.