Buyer's Guide
What every buyer of a western performance saddle needs to understand before spending their money — and why the origin of the tree matters more than the leather, the silver, or the name on the fender.
Every performance outcome in a western saddle begins and ends with the tree. The tree is the rigid internal framework — traditionally built from wood and covered in rawhide, or in modern performance builds encapsulated in fiberglass — on which every external component of the saddle is mounted. The leather, the seat, the skirts, the rigging, the horn, the fenders, the silver: every visible and tactile element of a saddle is attached to the tree. When any of those elements fails to work correctly, the fault traces back to one of two sources — the quality of the material applied, or the geometry of the tree underneath it.
The tree determines how the saddle sits on the horse's back, how load is distributed across the horse's topline, how the rider is positioned relative to the horse's center of gravity, and how the saddle behaves under the dynamic stresses of performance work. A reining horse executing a sliding stop generates forces through the saddle tree that no other western discipline replicates. A cutting horse making a violent lateral move loads the tree in a completely different direction. A cow horse sustaining collection through extended fence work puts pressure on the tree bars differently than either reining or cutting. The tree must be designed and built to manage those forces correctly — not generically, but specifically for the discipline and the horse type it will be used on.
No amount of premium leather, expensive silver, or prestigious maker name corrects a tree that was built to wrong dimensions, constructed from inadequate materials, or assembled without the precision the task demands. A $6,000 saddle built on a compromised tree is a $6,000 mistake. A $2,500 saddle built on a correctly made tree by a skilled maker is a tool that will work and hold its value. The tree is the investment. Everything else is presentation.
A western performance saddle tree consists of several components that must work together as a unified structure. The fork — also called the swell — is the front upright that supports the horn and defines the front profile of the saddle. The cantle is the rear upright that provides back support for the rider. The two bars run parallel along either side of the horse's spine and are the primary weight-bearing surfaces that contact the horse's back. The horn is mounted to the fork and must be built to withstand the specific demands of its discipline — a reining horn takes no rope load, while a ranch or roping horn must absorb and transfer sustained rope pressure without failure.
The bars are where the majority of performance-critical engineering lives. The bar angle, the bar length, the bar width at the front and rear, the rock (the longitudinal curve of the bar), the flare at the front and rear of the bar, and the twist (how the bar surface angles outward) are all variables that determine how the saddle fits a specific horse conformation and how load is distributed across the horse's back under a moving rider. Changing any one of these dimensions by a fraction of an inch changes how the saddle fits and how it performs. A bar that is too wide spreads load onto the horse's shoulder blades and restricts movement. A bar that is too narrow concentrates pressure on a narrow band of the topline and creates pain points. A bar with incorrect rock either bridges — making contact only at the front and rear points and leaving a gap in the middle — or rocks, creating a fulcrum effect that pitches the saddle forward or back under the rider's weight.
For a reining horse, bar geometry is particularly critical because the horse must execute precise movements at speed and then stop with maximum engagement of the hindquarters. A saddle that does not sit correctly on a reining horse's back creates pressure points that inhibit the horse's movement, restrict the stop, and over time create physical problems that affect the horse's willingness and ability to perform. A saddlemaker who understands reining builds the tree bars to the specific geometry that Quarter Horse and reining-bred horses carry — a different geometry than a cutting horse, a different geometry than a roping horse, and a fundamentally different geometry than a pleasure or trail horse. This knowledge is not transferable from one discipline to another without direct experience in both.
The number of American craftsmen capable of building a performance-grade western saddle tree to the specifications demanded by NRHA reining, NRCHA cow horse, or NCHA cutting is small and has been declining for decades. Tree making is a specialized trade that requires years of apprenticeship under an experienced maker, an intimate understanding of horse conformation across multiple disciplines, access to properly seasoned hardwoods with the specific density and grain characteristics that performance tree construction demands, and the precision — measured not in inches but in fractions of inches — that separates a tree that fits and performs from one that merely looks correct.
The established American performance tree makers have names that serious saddlemakers know and protect. Dale Harwood made his own trees entirely by hand throughout his career — processing his own rawhide, shaping his own wood — and regarded tree quality as the non-negotiable foundation of everything that followed. The SYMMETREES system developed by Andy Maschke at Superior Saddlery represents a modern engineering response to the limitations of traditional rawhide-covered wood: by encapsulating the hardwood core in fiberglass, Maschke eliminated moisture warping entirely and created a tree that holds its geometry across decades and climates. These are not competing philosophies — they are different solutions to the same fundamental problem: how do you build a tree that performs correctly today and continues performing correctly ten years from now.
Traditional rawhide-covered wood trees, when built correctly from seasoned hardwood by an experienced American tree maker, are extraordinarily durable and perform at the highest levels of western performance competition. The key qualifiers are non-negotiable: correctly built, seasoned hardwood, experienced maker. Each of those three conditions requires years to develop and cannot be shortcut without consequence. Seasoning hardwood to the density and moisture content required for stable tree construction takes time that cannot be compressed. The skill to shape the bars to correct geometry for a specific discipline takes years of practice that cannot be purchased. This is why the supply of quality American tree makers has contracted as demand for finished saddles has grown — the pipeline that produces a skilled tree maker takes a decade or more to move from beginning to competence.
As the supply of American performance tree makers has contracted and the cost of domestic tree production has increased, a growing number of American saddle manufacturers and custom makers have turned to tree suppliers in Mexico to reduce their production costs. This is a market reality that buyers need to understand clearly before purchasing a new western performance saddle — particularly a reining saddle — regardless of the American name on the fender or the marketing language in the product description.
The concerns with Mexican-produced performance saddle trees are specific and compounding. The first is the scarcity of experienced tree makers within the Mexican saddlery industry who have the depth of knowledge required to build a tree specifically engineered for NRHA reining competition. The geometry of a reining tree — the precise bar dimensions, the fork angle, the cantle height and cant, the horn position and dimensions — reflects decades of refinement through direct feedback from the highest levels of American reining competition. That feedback loop does not exist in the same form in Mexico, where the competitive reining market, while growing, does not yet generate the volume and intensity of competitive use that stress-tests tree geometry at the level that the NRHA Futurity and major NRHA Derby events provide.
The second concern is material quality. Properly seasoned hardwood of the density and stability required for high-performance saddle tree construction is not uniformly available across all manufacturing regions. The wood used in a saddle tree must be dried to a specific moisture content and held at that content long enough that it will not continue to change dimensionally after the tree is covered and the saddle is built. Wood that has not been properly seasoned will continue to move after the tree is in use — warping the bars, changing the fit profile, and in severe cases cracking the tree entirely. Sourcing and properly seasoning performance-grade hardwood requires both the raw material supply and the infrastructure to dry and store it correctly over the time required. These conditions are not consistently met across all Mexican tree production.
The third concern is the most fundamental: the willingness to spend the time that highest-quality performance tree production demands. A correctly built performance saddle tree is not a fast process. Shaping the bars to precise geometry, fitting the fork and cantle to the bars with the tolerances that prevent racking and flexing under load, applying rawhide correctly and drying it to the right tension — each of these steps has a correct pace that cannot be accelerated without degrading the result. Production environments that are optimized for volume and cost reduction are structurally opposed to the pace that quality demands. This tension between volume and quality exists in American production as well, but the combination of inexperience, material uncertainty, and production pressure creates a higher baseline risk in Mexican tree production for the specific demands of American performance horse competition.
A new American-branded reining saddle built on a Mexican tree has not yet been proven. That is not a condemnation — it is an accurate statement of where those saddles stand in the evidence chain that experienced horsemen use to evaluate equipment. A tree's performance is not fully revealed at the point of purchase. It is revealed over time, under the specific stresses of the discipline it was built for, on the horses it was fitted to. A tree that was incorrectly seasoned may fit well at purchase and warp after a season of use in a different climate. A tree with bar geometry that is close but not precisely correct may ride acceptably but not produce the performance results that a correctly built tree delivers. A tree with structural weaknesses may hold together through light use and fail under the sustained demands of open competition training.
A new saddle from an American maker using Mexican trees, regardless of how attractive the leather work is or how compelling the price point appears, is a different proposition. It may prove out over time. It may perform at the highest levels. But at the point of purchase it has not yet done so, and the buyer is absorbing the risk of that unknown. That risk may be acceptable to a buyer on a tight budget who is competing at a local level and can tolerate some uncertainty. It is not acceptable for an open or non-pro competitor making a significant investment in equipment for serious competition. The price difference between a proven saddle and an unproven one is, in most cases, the cost of eliminating that uncertainty.
Determining where a tree was made is not always straightforward, and not all manufacturers volunteer the information. The questions to ask a seller directly and specifically are: Where was the tree made? Who is the tree maker? Is this a domestic or imported tree? A reputable maker who is using American-made trees will answer those questions without hesitation, because the answer is a selling point. A maker who deflects, changes the subject, or provides vague answers about "quality sourced materials" is telling you something through what they will not say directly.
For used saddles, the tree origin question is less critical than the tree condition question — because the saddle has already been in use and the tree has had time to reveal itself. A used saddle whose tree has not cracked, warped, or failed after several years of real use is a saddle whose tree has passed the initial proving period regardless of where it was made. This is one of the underappreciated advantages of buying a well-maintained used saddle from a knowledgeable dealer: the tree has already been stress-tested by time and use. The uncertainty has been resolved by reality.
David Solum physically inspects the tree of every saddle he sells. He tests it under load, checks the bar surfaces for evenness, examines the fork and cantle connections for any movement or separation, and looks at the rigging area for stress cracks. A saddle whose tree does not pass that inspection does not go into inventory regardless of how good the leather looks. After 40 years of buying and selling western performance saddles, the tree inspection takes priority over every other element of the evaluation — because if the tree is compromised, nothing else about the saddle matters.
The western performance saddle industry is at an inflection point. The supply of experienced American performance tree makers is limited and aging. The demand for finished saddles continues to grow as NRHA, NRCHA, and AQHA competition expands. The economic pressure to reduce tree production costs by sourcing internationally is real and will continue to increase. Some of the new saddles entering the American market today are built on trees that have not yet been proven in sustained high-level competition. That is a fact, not a criticism — new solutions require time to demonstrate their merit.
What that means for a buyer today is straightforward: know what you are buying. A proven tree from an established American maker is a known quantity backed by decades of competition results. A new saddle from an American maker using imported trees is a bet on future performance. Both have their place in the market. Only one of them has been proven. Ask the question, demand the answer, and make your decision with accurate information. If the seller cannot tell you where the tree was made, the tree was not made somewhere they are proud of.
David Solum has physically inspected and authenticated saddle trees for over 40 years. Every saddle in his inventory has passed his personal tree inspection. Call or contact him directly with questions about any saddle.