Practical points for boundary work in Leyton
Commercial and site boundary fencing
Commercial boundaries — industrial units, retail yards, small business premises — usually prioritise security and low maintenance over appearance, which points toward galvanised steel palisade, weldmesh or heavy-duty timber closeboard rather than decorative panel fencing.
Access control matters more here too: wide vehicle gates need clearances checked against delivery vehicle turning circles, not just car dimensions, and a site with out-of-hours deliveries may need lockable pedestrian access separate from the main gate.
Any work adjoining a public footpath or road also needs to think about temporary hoarding and public safety during installation, not just the finished boundary.
When deeds don't say who owns a boundary
It's common for older title deeds to be entirely silent on which side owns a given boundary, especially on properties built before detailed conveyancing plans became standard practice.
In that situation there's no single automatic rule that applies in every case, and long-standing practical evidence — who has always maintained the fence, existing physical features — can carry real weight.
Where ownership genuinely isn't clear, we'd always suggest raising it with the neighbour and, if needed, a conveyancing solicitor, rather than assuming a default answer.
Carrying out a final walk-round check before calling a job complete
A final check along the full run — hinges swinging freely, caps seated, fixings tight, gravel boards sitting flush — catches small issues that are quick to fix on the day but awkward to revisit once tools and materials have left site.
Checking gate latches and bolts actually engage properly under normal use, not just that they look fitted, avoids a callback for something that would have taken moments to adjust while still on site.
A brief look at the surrounding area — cleared spoil, protected surfaces returned to their original state, tools accounted for — is as much a part of finishing the job properly as the fence itself.
Digging a post hole beside a mature root plate
Close to a mature tree, the first spade or auger pass often meets structural roots rather than clear soil, and cutting a root over roughly 25mm diameter can affect the tree's stability as well as its health.
Hand-digging with a spade and fork lets roots be worked around and exposed gradually, which an auger or mechanical borer can't do since it cuts through whatever's in its path without warning.
Where a root genuinely blocks the only sensible post position, moving the post sideways along the line by a short distance is almost always preferable to severing a major root to keep to the original spacing.
Board thickness and deflection
A thin board fixed across a wide unsupported span will visibly bow or deflect under its own weight or a light push long before it's anywhere near breaking, because deflection increases sharply as thickness decreases.
Doubling a board's thickness roughly increases its stiffness eightfold for the same span, which is why panel manufacturers specify a maximum bay width for a given board thickness rather than treating thickness as purely a durability choice.
On wider bays it's usually cheaper overall to add an intermediate rail or reduce the bay width than to over-specify board thickness across the whole run to compensate.
Shiplap board profiles
Shiplap boards are machined with a rebated lap joint along each long edge, so adjoining boards interlock rather than simply overlapping flat, which sheds water more effectively than a plain overlap.
The rebate also means shiplap panels sit with a smaller visible overlap than feather-edge for the same weather resistance, giving a flatter, more even panel face.
Because the interlocking edges rely on a consistent machined profile, shiplap doesn't tolerate the same board-to-board variation as waney-edge, and a warped board can be harder to seat correctly in the joint.
