Question 1

How much does ranch fencing cost in North Texas?

Accepted Answer

Per linear foot: barbed wire runs in the low single digits, net and no-climb wire in the mid single digits to low teens, and welded pipe fence roughly in the teens to $30-plus depending on rail count and steel prices. A quarter mile is 1,320 feet, which is why fence math surprises people. Gates price separately. Fence pricing is linear-foot math against real distances, and the distances are what surprise: a quarter-mile of road frontage is 1,320 feet, so the difference between a $4 wire fence and an $18 pipe fence on that frontage is the difference between roughly $5,000 and $24,000 before gates. The per-foot tiers track material and labor. Barbed wire (5-strand on t-posts with braced corners) is the economical perimeter for cattle at low single digits per foot. Field fence, net wire, and no-climb (horse-safe mesh) run mid single digits to low teens depending on the mesh and the posts under it. Welded pipe fence (drill-stem posts and rails, welded joints, painted) is the premium tier in the teens to $30-plus per foot as rail count rises, and it is the tier that survives horses, equipment bumps, and decades. Hybrids earn their popularity: pipe posts and top rail with no-climb mesh below gives horse safety and pipe longevity at a price between the tiers. What moves any tier: corner and gate assemblies (the braced, concreted anchors that carry the fence's tension), rocky or root-bound ground that fights the auger, clearing the fence line before building it, and terrain that breaks the pulls into short runs. Gates, cattle guards, and automation price as their own line items. The walkthrough tapes the actual line, and the written quote prices your feet, your corners, and your gates rather than an average.

Question 2

What is the difference between pipe fencing and wire fencing?

Accepted Answer

Pipe fence is welded steel: strongest, safest for horses, effectively permanent, and priced accordingly. Wire (barbed, field, no-climb) covers distance economically. The working compromise is pipe posts and top rail with no-climb mesh: horse-safe, long-lived, and cheaper than full pipe. The two families solve different problems. Pipe fence, built here from drill-stem and new pipe with welded rails, is a structure: it holds its line for decades, shrugs off a leaning cow or a backed-up trailer, contains horses without the injury risk wire strands carry, and looks like what people picture when they picture a Texas ranch entrance, which is why it fronts so many corridor properties even where wire runs the back sections. Its costs are honest: more steel, more welding, more per foot, and paint as the maintenance cycle. Wire fence covers ground: 5-strand barbed wire is the cattle standard and the cheapest real perimeter; field and net fence hold goats, sheep, and general stock; no-climb mesh (2x4 openings a hoof cannot pass through) is the horse-safe wire tier. Wire's economics come from t-posts and tension rather than steel and welds, and its life depends on the braced corner assemblies that carry that tension; wire fences fail at lazy corners long before the wire itself gives up. The hybrid most horse properties land on: pipe posts, pipe top rail, no-climb below, combining pipe's strength and visibility with mesh's safety at a middle price. Species decides more than budget: barbed wire and horses are a bad combination that ends at a vet clinic, so horse fencing here means pipe, no-climb, or the hybrid, and the quote will say so plainly if the plan and the animals disagree.

Question 3

How far should fence posts be spaced?

Accepted Answer

Pipe fence posts run 8 to 10 feet apart. Wire fence t-posts run 8 to 12 feet with braced, concreted corner assemblies doing the real work. Privacy fence posts run 6 to 8 feet to carry wind load. Gate and corner posts go deeper and heavier than the line, always. Spacing rules follow what the fence resists. Welded pipe fence carries loads through its rails, so posts at 8 to 10 feet keep rail spans stiff enough that a leaning animal meets steel, not spring; closer spacing at gates and working pens where pressure concentrates is normal. Wire fence works by tension, so its line posts (t-posts at 8 to 12 feet) mostly hold wire height and spacing, while the corner and end assemblies (braced H-frames, set in concrete) anchor the tension of the whole run; that is why wire fence quality is judged at its corners, and why a fence with 12-foot spacing and proper braces outlasts one with 8-foot spacing and lazy corners. Privacy fence is a sail: a 6-foot cedar panel takes real wind load, so posts run 6 to 8 feet apart, set deep, and the north-wind side of an exposed lot argues for the tighter number and steel posts over wood. Depth rules are as important as spacing: the working rule is a third of the post's height in the ground (a 6-foot privacy fence on 2-plus feet of buried post), gate and corner posts deeper and bigger because they carry cantilever and tension loads the line never sees, and concrete around anything that carries a gate. One local wrinkle: on the Blackland side, expansive clay works shallow posts loose over wet-dry cycles, which is one more argument for depth and concrete at every structural post. And before any auger turns: 811 utility locates, every time.

Question 4

Do I need a permit for a fence in Sherman?

Accepted Answer

Sherman and most corridor cities regulate residential fences with height limits (commonly 8 feet in back and side yards, lower in front yards) and permit requirements that vary by city; HOAs add their own approval. On unincorporated county land there is no fence permit. Utility locates apply everywhere. Fence rules are the most local rules in construction, and they stack in three layers. City ordinances: Sherman regulates fence height and placement (the common Texas pattern: up to 8 feet in rear and side yards, substantially lower in front yards and at corner-lot sight triangles where drivers need to see), and permit practice varies across the corridor cities, some permitting all new fences, some only fences over a height threshold or in special districts, so the scope here confirms the current requirement with the specific city (Sherman's questions route through the same Development Services department as its building permits). Denison, McKinney, Anna, Celina, and Durant each hold their own versions of these rules. HOA and community layers: subdivisions and lake communities (Lake Kiowa's POA most prominently) add material, height, and approval requirements that are contractual rather than governmental, and skipping them invites expensive do-overs no city permit can save you from. County land: unincorporated Grayson, Cooke, Fannin, Bryan, and Marshall county land carries no fence permit at all, which covers most ranch fencing; the practical rules there are the property line itself (a survey beats a guess, and fences built a foot generous become the neighbor's problem to enjoy) and Texas's open-range nuances that make good perimeter fence a landowner's friend. Everywhere, one non-negotiable: 811 utility locates before augers touch dirt. The written scope names the layer that applies and carries any approvals inside it.

Question 5

Can a driveway entrance and gate be built together?

Accepted Answer

Yes, and they should be: the culvert, the approach (TxDOT geometry where it meets a highway), the concrete at the gate line, the gate posts, and the automation conduit are one entrance, and building them as one scope means one mobilization and a gate that never sags into a drive that never washes. A rural entrance is a small system, and building it piecemeal is how properties end up with a gate that drags a rutted approach. Designed together, the pieces reinforce each other. The approach: where the drive meets a state highway (US 82, US 377, US 69, SH 289), TxDOT's access permit and geometry govern (width, radii, surface, drainage); on county roads, the county road department and its culvert standards take over. The culvert: sized for the bar ditch's actual flow, set at the right grade, with concrete or riprap ends that survive mowers and storms. The setback: the gate sets back from the road far enough that the longest vehicle that visits (a gooseneck with a truck, a hay trailer, a delivery box truck) can stand fully off the pavement while the gate opens, commonly 30 to 100 feet on working properties, and the space between road and gate is the natural place for the thickened concrete pad that carries turning loads. The structure: gate posts sized and concreted for the gate's weight and wind, because sag is a post disease; a cattle guard where the operation wants unbroken traffic. The wiring future: conduit sleeved under the drive and power roughed toward the operator pad while the trench is open, with a licensed electrician landing any power, so automation later is a bolt-on rather than a bore. One scope, one mobilization, one written price, and an entrance that works as a unit for decades.

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