Horse Barns

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10.23.17

Blackburn Barn Topics: Stalls

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In a new, on-going series, John Blackburn will offer his insight into the major component parts of equestrian facilities. In this post, John offers his suggestions on stalls:

1. Blackburn designs stalls of all sizes, but the most common is 12’x12’. 16’x16’ is often requested for larger horses, but with more space comes increased maintenance, a need for more bedding and a bigger area to clean. Larger stalls can, therefore add considerably to the cost of building a barn by:
a. Adding to the overall length and/or width of a barn.
b. Requiring roof framing to be increased from 2×10’s to 2×12’s or even greater.
c. Increasing the span of the framing lumber.

2. Partitions between stalls should be at least 8 feet high, but they don’t have to be solid from top to bottom. Barred or mesh portions on the top enhance ventilation. This also has the benefit of allowing horses to see their companions — and provides easy observation of the horses by their owners. The down side is the increased ventilation between stalls can increase the risk of bacterial infection between horses. For the same reason, doors that are open on top increase light and ventilation. Bars must not be more than 2 to 3 inches apart, and openings should not be more than 2 inches across to prevent hoof entrapment.

3. Steel mesh or bar fronts on stalls allow an owner to look down the aisle or into the stall as they walk down the aisle and see their horses. The mesh is good for ventilation, too. The drawback is that bedding can be kicked into the aisles, so we recommend adding bedding guards. Welded steel mesh is typically stronger than bars but the horizontals tend to collect dust and can add to barn maintenance.

4. Doors should be at least 4 feet wide. This is wide enough for a wheelbarrow to enter the space or for a horse and handler to exit or enter the stall. Sliding doors are preferred over swinging doors. If you must use swinging doors, remember to install them to swing outward. You’ll have a major problem if a horse goes down and the door swings to the inside. Additional safety reasons for outward swinging doors include:
a. Prevention of an unlatched door swinging open accidentally, or the wind catching it.
b. Added visibility of looking down an aisle and recognizing that a stall is open and empty. (Handlers need to leave stall doors open when the horse is turned out. This also makes it easier when bringing the horse back to the stall – you don’t have to open it.)

5. We recommend rounded edges in stalls and anywhere in the barn where horses have access. A casting rail (which can be a groove in the wall or a 2-by-4-inch rail bolted low to the wall), provides something for the horse to catch his foot on when rolling to avoid getting cast.

6. Provide for easy access to the stall for feed buckets without opening and closing the door. Place in one of the front corners adjacent to the aisle.

7. Automatic waterers have the advantage of offering constant fresh water, but be sure to buy a model that is easy to keep clean. If you don’t want automatic waterers, install water hydrants between every couple of stalls and provide for ample drainage for drips and overflows. Don’t forget to frost-proof them in climates where pipes are apt to freeze.

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05.22.17

Blackburn Greenbarns® Pre-Designed for Equestrians

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On Earth Day, April 22 2009, Blackburn Architects launched Greenbarns®, a line of pre-designed barns for eco- and cost-conscious horse owners. Eight years later, with heightened global warming and environmental worries, the line is more popular than ever. Horse owners, we know, tend to be highly aware of and concerned for, the natural world.

John Blackburn’s mission for the past 35 years has been to deliver exceptional design through the creative blending of human need, horse need, environmental stewardship, science and art. When our studio created Greenbarns®, we did so to make healthy barns available to more of the country’s estimated two million horse owners. The barns are designed to operate without electrical or mechanical dependence and their roofs can be energy producing. “Imagine how much energy you could generate — not just save, but actually produce — if you equip millions of roofs with active solar panels,” John explained. “The energy can be sold back to the gird or stored and used on the property.”

Using energy-saving “passive design” elements, Greenbarns® rely on natural lighting and ventilation. Eco-friendly materials and finishes are paired with optional add-ons such as solar panels and greywater collection systems.

When a client in southern California asked us for a Greenbarn® suited to their small, two-acre property, we delivered a customized 3-stall barn that included a composting station and solar panels. The barn and paddock take up just 1/2 an acre and are located behind the owner’s existing home. Green materials include: light-colored roofing with a highly reflective finish, recycled content concrete blocks, low VOC stains/sealants, FSC certified wood products. Green systems include a manure composting station, and solar panels.

Blackburn Architects has formed partnerships with leaders in sustainable technology to connect our clients with the latest in composting, greywater and rainwater harvesting, solar power, and engineered bamboo products. Site planning, design modification, and design of other facilities such as storage buildings or residences are available as additional services in conjunction with the Greenbarn® line.

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02.09.12

Beechwood Stables: Progress in MA, Part III

This is probably the last set of photos I’ll share of Beechwood Stables in Massachusetts before we have a professional photographer shoot the project in its completion. (When the weather is a bit nicer so the buildings aren’t covered in snow!) I’m really pleased with how it’s turned out and hope our client feels the same. I’d also like to thank Marcus Gleysteen Architects, whom we teamed with; the builder, Kenneth Vona Construction, whose professionalism and craftsmanship is top-notch, as well as the team at Lucas Equine Equipment for their fabulous stall systems as usual. Beechwood Stables has a lot of high-end finishes and details that certainly shine though with this project. However, the truly important aspects of our design is what matter the most and remain true regardless of budget: protecting the health and safety of the riders and the horses who will soon inhabit the barn.

Thanks to the gracious owner and everyone involved in the design and construction of Beechwood Stables. A few details are provided in the caption each photo.

Main aisle of the barn with the hayloft bridge visible. Uses a large skylight, interlocking rubber brick for the flooring, granite curbs, drain basins, and plinths (column bases).

Posted in Equestrian News, Projects | | 9 comments >
07.23.10

Barn Placement: How to Position your Stables for Maximum “Green” Efficiency

Where your barn sits on your property is one of the first decisions you’ll make when planning for a new barn. Grade, drainage, proximity of service roads, prevailing winds, and barn angle in relation to the sun all play a key role in the health and safety of your horses.

Equestrian site planning can help you avoid mistakes that can have significant health consequences for your horses, as well as improve the efficiency of daily operations. Here are a few points to consider when site planning with the environment in mind.

Building orientation as it relates to the path of the sun and prevailing winds.

This single decision—where to place your barn—has a huge impact on energy efficiency as well as the health and comfort of your stabled horses. Harnessing passive solar heat energy and prevailing breezes can keep your barn cool in the summer and warm in the winter. Design decisions that include the placement of façade openings, overhangs, skylights, roof vents, and more allow a building to work with solar energy passively.

Drainage lines, water conservation, prevention of pollution.

Barns and arenas create large footprints with massive roof spaces. Water displacement should be considered so that water draining from the barn site doesn’t contaminate local streams with hazardous runoff, cause soil erosion, and water loss. Storm drainage can be collected and returned to the ground or conserved for other purposes.

Site disturbance

Construction machinery can cause soil erosion, damage root systems of timber, and destroy sensitive grassland. Stockpiles of materials can create similar damage to the natural ecology. Thoughtful placement of machinery and materials is important. Where paving is necessary, choose recycled, permeable materials. Plan adequate paddock spaces and establish a paddock rotation plan so that horses can rotate the use of outdoor areas to avoid damage to sensitive grasslands.

Glenwood Farm photo by Steve Roe

Posted in Equestrian News, Sustainable Design | | 1 comment >
04.27.10

Sagamore Farm in new Rizzoli book: Stables by Kathryn Masson

We’re really excited to be a part of Kathryn Masson’s new book called Stables: Beautiful Paddocks, Horse Barns, and Tack Rooms. The book features stunning photographs by Paul Rocheleau and showcases a variety of stables across the United States. One of the stables shown is Sagamore Farm, the famous thoroughbred-horse breeding farm originally owned and operated by Alfred G. Vanderbilt, II.

Stables by Kathryn Masson

Blackburn Architects had the pleasure of working with Sagamore’s current owner, Kevin Plank, CEO of Under Armour, to restore and upgrade the facilities, which had fallen into serious disrepair from the former previous ownership. We provided architectural services to renovate two of the farm’s existing barns: the 16-stall foaling and 20-stall broodmare barns.

If you’d like to check out the book, it’s available through Amazon and RizzoliThe Classicist blog has also written about the book in a post titled America’s Finest Equestrian Architecture.

Here's Sagamore before work began

Sagamore after construction...

Sagamore's aisle after construction

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