Newsdate: Monday, September 25, 2023 – 11:30 am
Location: ATGLEN, Pennsylvania

The expense and labor involved to figure out the right dimensions for the myriad of gates and entranceways needed at a horse farm and their careful installation is well worth the effort. Take a walk with me through the farm and let’s look at the metrics.

Large new monitor barn placed in corner of large paddock area.

Standard driveway widths for residential property are between 9 to 12 feet in the U.S.A., but for a horse or farm property it is wise to go much larger and 24-foot width will serve well.
© 2008 by Louis New window.

The Main Gate(s)

Entranceways to the property that are too narrow will result in persistent issues with damage from users. Especially the heavy equipment that will commonly access the driveway to a horse property such as tractor-trailers full of hay or shavings, large horse trailers or trucks, tractors and various farm equipment.

The use of gates at the main entrance is a good idea as these can be securely closed when necessary to afford better protection and safety for both horses and humans residing on the farm. Houdini horses, neighborhood dogs on the loose, folks with nefarious intent to steal, wandering passers-by who choose not to pass by at all but come up the driveway to investigate, photo and even feed horses pastured alongside the driveway, can all be foiled by the use of closed gates.

Electrical management of the open/close necessity of these gates is commonly employed to avoid the need for frequent hopping in and out of vehicles to manage the task manually. Consider the topography of the ground (it needs to be level), and the fact that heavier gates will require back up support on each side with possibly a second post.

Also consider that regardless of due care and attention sometimes accidents will happen. Perhaps the snow plough pushes ice into the base of a post, an extra wide set wing mirror hits the open gate or the off-track of a large rig driven by a less experienced driver scrapes the post.

If the gates are placed well back from the edge of the driveway, perhaps protected by shrubbery planted to each side to serve as a soft barrier or large rocks placed just to the inside line, then the risk of damage can be minimized. Be careful that any plantings close to the driveway will not grow to such a size as to become impediments to access with low overhanging or prickly branches that can damage paintwork on vehicles.

Bear in mind that fancy, stone encased pillars look beautiful but if they take a hit these can be expensive to repair. The use of concrete bollards and a wide sweep entry to the driveway off the road can help defray the risk of such damage.

Standard driveway widths for private, residential property are between 9 to 12 feet in the U.S.A., but for a horse or farm property it is wise to go much larger. A 24-foot width will serve well if you have the room. And remember, the more right-angled and thus more acute the turn off the road and the narrower or busier the road from which the vehicles must enter, the wider the gate width will ideally be built.

Don’t forget to consider the distance of the gate installation from the road edge and also any impediments to making the turn from either direction off the road including existing obstacles such as curbs, ditches or established trees or overhanging branches, mailboxes etc. If you set the gate posts further to the inside of the property there will be less chance for damage as the turn into the entrance can constructed as a softer curve than a gate posts installed on the property line.

Wherever a gate is placed on a curve, extra distance from the edge of the driveway to the gate post/gate should be added. An additional 2 feet on each side of the driveway is a good average to work from but also consider the length of the vehicles and their likely turning radius.

Distance from the ground surface for gates should be between 3 to 6 inches, with much larger distances allowed if the property is situated in a snow region.

When considering the size of gates consider both the width and the height. Adding a ranch style entrance way may look rustic but the downside of this traditional cowboy appeal is any gate with an overhead design will serve as a nuisance to large equipment or high trailer loads of hay and equipment.

Design of the gates may include panels or bars, or mesh to deter dogs and smaller mammals. Attention should be paid to the distance between panels or bars in regard to safety for horse and human. Some building codes require certain parameters (less than 5” apart for bars to avoid young children trapping their heads between them when playing).

Cattle grids at entranceways to horse properties are a recipe for disaster for obvious reasons and should be avoided.

One Gate or Two

Obviously the wider the gate the heavier it will be to open and close. Wood gates are exceptionally heavy and can be unwieldy to manage, while light aluminum gates with large panels can be difficult to work with during high winds.

Farm style tube and panel gates should be effectively hinged for safety and to avoid simply being lifted off their hinges by trespassers. Iron, PVC or custom designed gates will all have different hinge requirements. When open, the gates should have a stand on which to rest the weight, especially if they are to be left open for any length of time to prevent them from ‘dropping’ or swinging back and forth during windy weather. A couple of ‘sistered’ posts  with one slighter higher, even to waist height)than the other can keep the gate from swinging open too wide and sustaining damage in high wind as well as offering a user friendly height to attach a chain to secure it back.

Sidebar: For tube/horse panel gate installation in paddocks/pastures and entranceways to the property, consider placing the top hinge facing down and the bottom hinge facing upward. This will also stop horses inadvertently (or advertently) lifting the gate off its hinges trying to graze beneath it. Though if a horse’s leg becomes trapped beneath it due to rolling too close to the gate it also means the gate will not pop off when the horse kicks or struggles to free himself.

It is prudent from the weight management perspective to use a two-gate option. Placement of some form of footer in the center of the gates to hold them together against the wind may be necessary, though its placement in this spot may hamper the snowplow efforts. To help carry the weight of the gates wire support can be attached to the top of each gate from the top of the post.

Barn Doors

The main entry doors to the barn or other storage structures, need to be large enough to accommodate more than just a wheelbarrow. The modern-day use of ATVs, UTVs, and compact tractors for daily mucking and feeding chores require appropriate access widths.

Center aisles or side aisles should be designed to be wide enough to make driving through the building easy to accomplish without hitting tack boxes, saddle racks or other barn accoutrements that may be placed on or against the front stall walls. If the barn design allows horses to have access over stall doors or front walls of the stalls to the aisle, the width of the ‘driving’ lane should be wide enough to ensure they cannot reach the equipment.

Widths in center aisle barns range between 10 and 14 feet, but wider aisles should be incorporated in the design of high traffic barns with doors at the gable ends to match.

Sliding, swinging or electric overhead doors are all options for entry doors. The latter being useful in snow regions, although be aware metal doors can freeze to the ground during periods of cold weather. However, a manual override is a necessity in case of power outages for electrical doors.

Doors should generally be placed at the gable ends of the building to avoid snow building up in front of them making the building interior inaccessible, and to avoid puddling from rain shed off the roof. The installation of gutters is a great idea to remove excess water from above entryways.

A smaller ‘person’ door or ‘horse’ door (4 foot or wider) can be included to one side of the gable end in larger barn builds, to avoid the necessity of opening big doors in adverse weather.

All doors should be properly locked back or secured in both open and closed positions to prevent them from moving/rattling or lifting off their tracks during high winds. Door stops top and bottom should be installed to ensure they do not run off their tracks if they are the sliding variety of door.

Stall Doors

A stall door is generally constructed with a standard width of 4 feet. However, for larger breeds of horses such as draft horses or warmbloods, an additional 6-12 inches can be beneficial to help prevent horses hitting their vulnerable hips or hooking surcingles/ripping blankets on the door jambs.

When handling horses the safety-first approaches of avoiding swing stable doors and constructing the stall doorways wide enough for both horse and handler to navigate the gap easily without crowding each other should be employed.

The myriad of stall door designs available are extensive but regardless of which you choose always consider safety first and ensure the door hardware is easy to operate for humans and hard to navigate for horses.

Where stall doors are not solid and grills are incorporated, a 4” gap is standard in horse stable door grills, though even this distance can be hazardous to a rearing foal.

Paddocks and Pastures

For paddocks and pastures the gate width is also of great import. There is nothing more annoying than installing a horse friendly turnout gate of 8 to 10 feet and then figuring out you can’t fit your bushhog and tractor for a summer ‘deworm control’ mow or a tidy up in Fall.

Large pastures may even at some point be up for haymaking, where equipment that today’s farmers utilize can be 14 feet wide or more.

As paddock gates are always a point where horses will stand and hang out together waiting for feeding time to arrive or to come in from the heat of the day, it’s important to ensure gates are securely installed with sturdy posts and good quality hinges.

Very large entry gates to turn out areas will be difficult to manage when leading a horse.

Sidebar: Whenever turning a horse out in a pasture, it is always wise to turn the horse to face you before releasing it. The entryway surrounding any paddock gate should be free of obstacles to avoid injury to the horse and handler.

As large gates are difficult to open and close (especially if doubled up to provide extra width), it is a good idea to have an 8–10-foot gate for regular use when handling horses and a separate entrance for large equipment elsewhere with the larger gate options.

The latter should obviously also be safely latched and built, to avoid providing the temptation for an excited or frightened horse to run through them. The addition of a wire support above such gates is not advised due to the risk of injury from the wires should a horse choose to jump the gate.

The height of fencing and gates to grazing areas is equally as important as the width. The typical 5-foot set height of a panel/tube gate or traditional 5 bar gate with an allowance of 9-12 inches distance to the ground level is a typical configuration. The idea being that this distance will minimize the risk of a horse trapping a leg under the gate.

About Horizon Structures

One horse or twenty, there's one thing all horse owners have in common...the need to provide safe and secure shelter for their equine partners. At Horizon Structures, we combine expert craftsmanship, top-of-the-line materials and smart "horse-friendly" design to create a full line of sheds and barns that any horse owner can feel confident is the right choice for their horses' stabling needs.

All wood. Amish Made. Most of our buildings are shipped 100% pre-built and ready for same-day use. Larger barns are a modular construction and can be ready for your horses in less than a week. All our barn packages include everything you need.

Horizon Structures also sells chicken coops, equine hay feeders, greenhouses, dog kennels, 1 and 2 car garages, storage sheds and outdoor living structures and playsets.

Headquartered in South-Central Pennsylvania, Horizon Structures, LLC is owned by Dave Zook. Dave was raised in the Amish tradition and grew up working in the family-owned shed business. He started Horizon Structures in 2001 in response to an ever-increasing customer demand for high quality, affordable horse barns.

For additional information about the company or their product line, please visit their website at https://www.horizonstructures.com