Carefree Downspouts — The Rock's Share and the Roof's The Rock's Share and the Roof's

Routing work prices from one itemized on-site measurement — per drop, extension, re-aim, or leaderhead — $400 minimum stated up front, with both shares mapped on the sheet so the plan reads the whole lot's water, not half of it.

Most drops and heads run in aluminum matched to the gutters above; copper joins where a custom's drawing earned it against the granite; galvanized on a rare working structure carries its plain footnote — the zinc coat spends over decades and the steel beneath can eventually rust.

Same-week in season — foundation-side pooling and share-collision spots read fast, since two waters meeting at a slab compound quickly.

Profiles follow each plane's computed gather — the composed short planes and hard corners routinely earning oversized drops and leaderheads by math, the sheet showing which and why.

The workmanship on this service is warrantied for 2 years; where genuine .032 aluminum goes up, the metal adds its own manufacturer-backed lifetime material warranty.

Routing visits usually wrap in one visit — both shares walked, trips finished, and the hose run so you watch the roof's water take its path while the rock's keeps its own.

If water stands at a formation base, crosses a drive, pools at the slab, or a composed corner overwhelms its drop — yes. On two-source ground, most routing complaints are the missing half of the plan.

The cells run both systems at once — every monolith shedding its face while every roofline sheds its planes. Two-source routing keeps the shares apart and both moving to ends the lot honestly offers.

New formation builds get two-source routing from the drawings — the granite's hydrology in the plan before the first cell demonstrates it.

Crushed drops, popped elbows, and strap failures all correct in one visit — each with the two-source check attached wherever formations shape the parcel.

No — and understanding why not is the whole two-source craft in one answer. Your gutter system's jurisdiction is the roof: capturing what falls on your planes and walking it to finished ends, a job it can do completely. The boulders' water belongs to a different system entirely — the lot's own ancient hydrology: those faces have been shedding exactly this way for ten million years, the ground at their bases shaped by every storm since, the flow paths worn into the grades long before the house arrived — and no eave-mounted system could intercept sheet flow off a monolith, nor should it try. What your drainage plan should do about the rock's share is respect and route around it: your roof's drops placed so they never add to the granite's delivery points, your trips finished to ends the rock's flow doesn't claim, hardscape and landings set where the two waters stay separate — the roof's share managed completely, the rock's share given the right-of-way it has always taken. The drama you're watching is actually the lot working: impermeable stone converting a cell into instant theater, the water finding the paths it has always found, and — if the two-source plan is right — none of it meeting your foundation, because your half was routed with the granite's half in mind. The alarm retires with the read: we map where every face delivers, confirm your drops stay clear of it, and the next big cell becomes what it's been for ten million years — a show. The tap was always going to open; the plan just makes sure it was never pointed at you.

Yes: AZROC #346705 covers this work in Arizona, we're also licensed in Nevada (NVLIC #0093742), and we carry full insurance — the paperwork is available with any estimate.

Probably nothing — that patch is likely the rock's own share: the monolith sheds its whole face as instant runoff, delivered exactly where its geometry points. The read confirms it, checks that your roof's drops aren't adding to the same spot, and plans the ground around what the granite was always going to do.