Hubbry Logo
Feeder cattleFeeder cattleMain
Open search
Feeder cattle
Community hub
Feeder cattle
logo
8 pages, 0 posts
0 subscribers
Be the first to start a discussion here.
Be the first to start a discussion here.
Feeder cattle
Feeder cattle
Feeder cattle
View on Wikipedia
from Wikipedia
Fat cattle and alfalfa in the Pecos Valley, New Mexico (probably early 20th century)
"Prize fat cattle" (probably late 19th century)
The Grand Champion steer at the 13th annual Fat Cattle Sale and Show in Quincy, Florida, 1959
Foxhole Martha; 2005 Royal Cornwall Female Breed Champion

Feeder cattle, in some countries or regions called store cattle, are young cattle mature enough either to undergo backgrounding or to be fattened in preparation for slaughter. They may be steers (castrated males) or heifers (females who have not dropped a calf). The term often implicitly reflects an intent to sell to other owners for fattening (finishing). Backgrounding occurs at backgrounding operations, and fattening occurs at a feedlot.[1] Feeder calves are less than 1 year old; feeder yearlings are between 1 and 2 years old. Both types are often produced in a cow-calf operation. After attaining a desirable weight, feeder cattle become finished cattle that are sold to a packer (finished cattle are also called fattened cattle, fat cattle, fed cattle, or, when contrasted with carcasses, live cattle). Packers slaughter the cattle and sell the meat in carcass boxed form.[2]

Feedlots producing live cattle for slaughter will typically purchase 500–850 pounds (230–390 kg) feeder cattle calves and feed to grow the animals into 850–1,400 pounds (390–640 kg) cattle.[3][2] Backgrounding operations will typically purchase 300–600 pounds (140–270 kg) feeder cattle calves and feed to grow the animals into 650–875 pounds (295–397 kg) backgrounded cattle. Backgrounding cattle that achieve weights of 650–700 pounds (290–320 kg) are suitable for sale to grass feeding operations, whereas those achieving weights of 800–825 pounds (363–374 kg) are suitable for sale to feedlot operators.[4] Buyers of feeder cattle tend to look for high average gain (in weight) and low feed-to-gain ratio. Depending on circumstances, different feeder cattle buyers will look for different ranges of animal weight and grade.[5]

Cattle producers and backgrounding operations balance feeder cattle prices, weights, time taken to fatten, death rates, and other feeder cattle factors against feed prices, live cattle prices, and other operating factors to profit from their operations.[6][4]

United States feeder cattle grades

[edit]

The United States grades feeder cattle that have not reached an age of 36 months on three factors: frame size, thickness, and thriftiness.[7]

  • Frame size evaluates feeder cattle' height and body length as determined by their skeletal size in relation with their age; frame size affects the animals' mature size and weight gain composition as they are fed into fed cattle. A large framed feeder cattle of a given age, breed, and a given degree of thickness will gain more muscle and bone, and less fat, than a smaller framed animal with the same age, breed, and thickness at a given maturity age. In terms of United States Department of Agriculture (USDA) grades for cattle carcasses, at a given weight and thickness, large framed cattle (fed from large framed feeder cattle) will have carcasses with higher yield grades, but lower quality grades. If feeder cattle are fed to the same quality grade, Choice (0.50 inches (13 mm) fat at the twelfth rib) for example, large framed cattle of a given thickness have to be fed to heavier weights than smaller framed cattle of the same thickness. Age and breed modifies the precise sizes that segment this grade.
    • Large frame feeder cattle are tall and long-bodied for their age and breed, and steers and heifers of this frame, everything else being constant, are not expected to produce US Choice until they are fed to 1,250 pounds (570 kg) and 1,150 pounds (520 kg), respectively.
    • Medium frame feeder cattle are slightly tall and slightly long-bodied for their age and breed, and steers and heifers of this frame, everything else being constant, are not expected to produce US Choice until they are fed to 1,100 to 1,250 pounds (500 to 570 kg) and 1,000 to 1,150 pounds (450 to 520 kg), respectively.
    • Small frame feeder cattle are shorter and not as tall for their age and breed compared to medium frame feeder cattle, and steers and heifers of this frame, everything else being constant, are not expected to produce US Choice until they are fed to 1100 pounds and 1000 pounds, respectively.[7]
  • Thickness evaluates feeder cattle' muscle development in relation to skeletal size. Bone structure, muscling, and degree of fatness determines differences in thickness. Thicker cattle have higher ratios of muscle to bone. Thickness affects the animals' yield grade as they are fed into fed cattle, and a thick feeder cattle of a given age, breed, and frame size will produce a higher yield grade carcass, than a less thick animal of the same age, breed, and frame size at a given maturity age. If feeder cattle are fed to the same quality grade, Choice for example, thicker feeder cattle of a given thickness have to be fed to heavier weights than less thick feeder cattle of the same thickness. Age and breed modifies the precise sizes that segment this grade. Thickness are graded No. 1 to No. 4.
    • No. 1 thickness cattle must be at least moderately thick throughout their bodies, full in the forearm and the gaskin, and showing a rounded appearance through the back and the loin with moderate width between their legs.
    • No. 2. thickness cattle must be at least slightly thick throughout their bodies, full in the forearm and the gaskin, and showing a rounded appearance through the back and the loin with a slight width between their legs.
    • No. 3 thickness cattle must be at least thin through the forequarter and middle part of the rounds, their forearm and gaskin are thin and their backs and loins have a sunken appearance, and their both front and rear legs are set close together.
    • No. 4 thickness cattle include any cattle with even less thickness than the minimum requirements for No. 3 cattle. No. 1 thickness cattle typically show mostly beef breeding, No. 2 thickness cattle typically show high proportions of beef breeding and slight dairy breeding, and so on with lower thickness cattle.[7]
  • Thriftiness evaluates feeder cattle' overall health and expected performance in gaining weight to become a fed cattle. There are no strict guidelines as to grading thrift cattle, rather cattle with apparent health problems are graded as unthrifty and other cattle are categorized as thrifty.[7]

The above three factors and their segmented categories combine to form individual grades. For examples, for thrifty cattle, the frame and thickness factors combine to form 12 different grades of thrifty cattle: No. 1; Large Frame, No. 2; Large Frame, No. 3; Large Frame, No. 4; Medium Frame, No. 1; Medium Frame, No. 2; Medium Frame, No. 3; Medium Frame, No. 4; Small Frame, No. 1; Small Frame, No. 2; Small Frame, No. 3; and finally Small Frame, No. 4.[7]

Cash market factors

[edit]
Price to pay for feeder steers in order to receive average returns for labor, overhead and profit with assumed prices for fat cattle and feed, with typical feeding programs; U.S. Department of Agriculture

Health status, and visual indicators of health, can give feeder cattle premiums or discounts when sold in auctions. Feeder cattle with dead hair and mud are often sold at a discount, and those that are classified as "stale" are sold at a discount. Feeder cattle with other obvious physical indicators that would imply sickness are heavily discounted.

The primary sickness encountered in feeder cattle is respiratory sickness. Discounts on sick feeder cattle compensate for their increased risk of death, and lower performance in weight gain even if they recover. Cattle that look visually "thin" or "fleshy" are generally given discounts or premiums distinct from sickness discounts, as these visual traits do not necessarily indicate sickness and could be advantageous in particular feeding scenarios.[8]

Some feeder cattle are sold with some pre-existing health maintenance programs. These programs may include weaning 21 to 45 days before sale, vaccinating for respiratory and digestive diseases, de-horning, castrating, implanting growth implants, treating for external and internal parasites, and starting to switch the feeder cattle to grain-based feed.[9]

Lot size, or the number of feeder cattle for sale in a group, in relation to transportation available, weight, and sale location impact feeder cattle prices heavily. Price per weight increase with lot size and reach a maximum when lot sizes approaches truck-load sizes. As lot sizes exceed truck-load sizes, prices level off and eventually decrease. This represents fewer buyers and available transportation for larger lots of feeder cattle.[10][8]

Futures market trading

[edit]

Feeder cattle futures contracts, traded on the Chicago Mercantile Exchange (CME), can be used to hedge and to speculate on the price of feeder cattle. Cattle producers can hedge future buying and selling prices for feeder cattle through trading feeder cattle futures, and such trading is a common part of a producer's risk management program.[11] Production and marketing contracts for delivering feeder cattle in cash markets could also include feeder cattle futures prices as part of a reference price formula.[12]

The contracts are for 50,000 pounds (23,000 kg) of feeder cattle, and call for cash settlement based on the CME Feeder Cattle Index.[13] The minimum tick size for the contract is $0.00025 per pound ($12.50 per contract). Trading on the contract are subject to price limits of $0.045 per pound above or below the previous day's contract settlement price. If both of the first two listed contract months settle at limit, the daily price limits for all contract months shall expand to $0.0675 per pound on the next business day. If neither of the first two listed futures contract months settle at the expanded limit the next business day, daily price limits for all contract months shall revert to $0.045 per pound on the following business day.[14] Feeder cattle futures are also traded on the CME Globex Exchange, below is the contract specifications for feeder cattle on the Globex exchange.

Contract Specs[15]
Feeder cattle (FCA)
Exchange: Globex
Sector: Meat
Tick size: 0.025
Tick value: 5 USD
BPV: 200
Denomination: USD
Decimal place: 3

Final settlement based on CME Feeder Cattle Index

[edit]

Feeder cattle futures contracts are cash settled based on the CME Feeder Cattle Index. The Index inputs are seven-day feeder cattle auction, direct trade, video sale, and Internet sale transaction prices for qualified steers publicly reported from the following twelve feeder cattle producing states: Colorado, Iowa, Kansas, Missouri, Montana, Nebraska, New Mexico, North Dakota, Oklahoma, South Dakota, Texas and Wyoming. Qualified steers must be between 700 and 899 pounds (318 and 408 kg), and be in either the Medium and Large Frame #1 or Medium and Large Frame #1–2 feeder cattle grades. Additionally, qualifying steers must not exhibit predominantly dairy, exotic, or Brahman breed characteristics, and must not have an origin outside of the US.[13]

The CME Feeder Cattle Index is calculated using prices reported by USDA's Agricultural Marketing Service (AMS). AMS reports number of cattle sold, average price of sale, and average weight of cattle sold for daily feeder cattle transactions for every US state in 50 pounds (23 kg) segments for each grade segment. For example, separate average prices and average weight data are reported for the Medium and Large Frame #1 700–749 pound category, and for the Medium and Large Frame #1 750–799 pound category. The CME Feeder Cattle has eight qualifying reporting segment derived from its qualifying weight and grade standards: Medium & Large #1 steers weighing 700–749 pounds, Medium & Large #1 steers weighing 750–799 pounds, Medium & Large #1 steers weighing 800–849 pounds, Medium & Large #1 steers weighing 849–899 pounds, Medium & Large #1–#2 steers weighing 700–749 pounds, Medium & Large #1–#2 steers weighing 750–799 pounds, Medium & Large #1–#2 steers weighing 800–849 pounds, and Medium & Large #1–#2 steers weighing 849–899 pounds.[16]

The CME Feeder Cattle Index is calculated through the following steps:

  1. The number of cattle sold is multiplied by the average weight of feeder cattle sold within each qualifying 50 pound grade category to produce "Total Pounds Sold" for that category
  2. The number of cattle sold is multiplied by the average weight and the average price of feeder cattle sold to produce the "Total Dollars Sold" for that category
  3. "Total Pounds Sold" are added together from the eight qualifying reporting categories of each report, and then reports from all 12 states for the last seven days are added together to produce an aggregated figure
  4. "Total Dollars Sold" are added together from the eight qualifying reporting categories of each report, and then reports from all 12 states for the last seven days are added together to produce an aggregated figure
  5. The aggregated "Total Dollars Sold" is divided by the "Total Pounds Sold" to produce an average dollar paid per pound price, which then becomes the CME Feeder Cattle Index figure

Qualifying cattle sold with certain minor notes are also included in the CME Feeder Cattle Index.[13][16]

[edit]

Derivatives on futures and derivatives on packages of futures contracts, such as options, calendar spread contracts, Trade-at-Settlement (TAS) contracts are also available for feeder cattle futures contracts.[17]

Feeder cattle futures prices are a part of the S&P GSCI commodity index, which is a benchmark index widely followed in financial markets by traders and institutional investors. Its weighting in S&P GSCI give feeder cattle futures prices non-trivial influence on returns on a wide range of investment funds and portfolios.[18] Conversely, traders and investors have become non-trivial participants in the market for feeder cattle futures.[11] The CME offers a S&P GSCI Commodity Index futures contract for trading.[19]

Feeder cattle futures contracts are often grouped together with live cattle and lean hogs futures contracts as livestock futures contracts. These commodities share many fundamental demand and supply risks, such long feeding periods, weather, feed prices, and consumer sentiment, which makes grouping them together useful for commercial discussions about both the commodities and their futures contracts.[20] Commodity indices have followed this practice and grouped these futures contracts together in livestock futures contracts categories.[18]

Gross Margin Financial Instruments

[edit]

Cattle producers purchase feeder cattle to feed into live cattle or fed cattle for sale to slaughterhouses. Depending on the operation, producers purchase corn, soybean meal, and other commodities as feed. The difference between the selling price for live cattle and the costs of purchasing feeder cattle and feed (usually assumed to be corn, regardless of actual mix of feed used) is referred to as livestock gross margin (LGM), feeding margin, or cattle crush (as opposed to production margin, which also includes other production costs).[21] Cattle producers can use existing futures contracts for feeder cattle and corn to fix those production cost components into the future. Traders can purchase those futures and the live cattle futures contract in particular ratios to profit from the difference of selling finished live cattle against the cost of buying the feeder cattle and feeding the cattle.[3]

In addition to exchange-traded products, cattle producers can purchase livestock gross margin insurance policy contracts (LGM-Cattle) sponsored by the USDA Risk Management Agency from authorized crop insurance agents. These insurance policy contracts are bundles of exchange-traded options on futures contracts, and prices for these policy contracts refer to exchange-traded futures prices.[22][21]

References

[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Feeder cattle

View on Grokipedia
from Grokipedia
Feeder cattle are young, weaned bovine animals, primarily steers and heifers weighing 600 to 800 pounds, that have been raised on or and are ready to enter feedlots for finishing on high-grain rations prior to slaughter for production. These animals, typically born in spring at 70 to 90 pounds and grazed for up to nine months, represent a key intermediate stage in the U.S. production cycle, bridging cow-calf operations and final feeding. In the United States, feeder cattle form a significant portion of the 86.7 million head inventory as of January 1, 2025, with most originating from domestic cow-calf herds or imports, particularly from , which supplied about 62% of U.S. imports for stocker and feeder programs from 2020 to 2024; however, imports in 2025 have been sharply reduced due to health restrictions related to screwworm. Grading of feeder cattle is governed by the United States Standards for Grades of Feeder Cattle, established by the USDA Agricultural Marketing Service, which assesses frame size, muscle thickness, and thriftiness to forecast the animal's potential for producing high-quality carcasses. Frame sizes are classified as Large, Medium, or Small based on height and body proportions, with Large-framed cattle projected to yield Choice-grade carcasses over 1,250 pounds for steers and 1,150 pounds for heifers, while Smaller frames yield lighter carcasses. Thickness grades range from No. 1 (moderately thick, beef-bred with rounded contours) to No. 4 (very thin with dairy influences or poor muscling), and an Unthrifty category covers unhealthy or poorly performing animals, including those with double muscling. These standards facilitate uniform marketing and help buyers predict feed efficiency and end-product value. In the beef production process, feeder cattle undergo preconditioning or backgrounding—such as 30-60 days of health protocols or 90-120 days on mixed forage and grain—before placement in feedlots, where they gain 2.5-4 pounds per day over 90-300 days to reach 1,200-1,500 pounds as fed cattle. Feedlot operations, concentrated in regions like the Great Plains, Corn Belt, Southwest, and Pacific Northwest, handle the majority of U.S. fed cattle, with large facilities (over 5,000 head sales) marketing about 77% of the supply. This phase emphasizes grain-heavy diets (70-90% of ration) to achieve USDA Select or better quality grades, supporting the industry's focus on efficient, high-volume beef output. Economically, feeder cattle are central to markets, with futures contracts traded on the allowing producers to against price volatility from to feedlot sale and feedlot operators to lock in purchase costs. Each contract covers 50,000 pounds in increments of $12.50 per point, with cash settlement based on the CME Feeder Cattle Index derived from USDA data, and trading active in months like , , and to align with seasonal production cycles. Prices for feeder calves often rise during herd contractions, enhancing profitability for cow-calf producers, while the overall sector reflects broader trends like a 8% decline in U.S. numbers since 2019 due to factors including and feed costs.

Overview and Production

Definition and Characteristics

Feeder cattle are weaned calves, primarily steers or heifers, that have reached a weight of 600 to 900 pounds and are intended for placement in feedlots for finishing on high-concentrate diets prior to slaughter. These animals are typically produced through backgrounding programs, where they are raised on or forage-based diets to promote frame development and muscle growth without excessive deposition. According to USDA standards, feeder cattle do not exceed 36 months of age and are evaluated based on frame size, muscling, and overall thriftiness to predict their feedlot performance. Key characteristics of feeder cattle include an age range of approximately 6 to 12 months following , during which they transition from nursing to solid feed intake. They are predominantly breeds or crosses, such as Angus, , or Simmental, selected for their growth efficiency, adaptability to , and potential for marbling in the final carcass. While mostly steers (castrated males) to optimize growth and temperament, heifers (non-calving females) are also common, comprising a significant portion of the feeder supply. The primary purpose is backgrounding, focusing on efficient through low-cost forages to build skeletal structure before the intensive finishing phase. Feeder cattle are distinct from pre-weaning calves, which remain dependent on maternal and weigh under 500 pounds on average. They differ from stocker cattle, which are lighter weaned animals (often under 600 pounds) grazed primarily for further frame development on without immediate entry. In contrast to fed cattle, which are finished in feedlots at weights exceeding 1,100 pounds and ready for slaughter, feeder cattle represent an intermediate stage emphasizing preparatory growth.

Role in Beef Cattle Production

Feeder cattle represent a critical intermediate stage in the production lifecycle, bridging the cow-calf operation—where calves are born and weaned at 6-10 months old, typically weighing 400-600 pounds—and the final finishing phase. In the cow-calf stage, producers focus on breeding and early growth on or , yielding weaned calves that enter the feeder phase for backgrounding or stocker operations, where they graze for 3-6 months to reach 600-900 pounds. This backgrounding period emphasizes efficient on grass or residues, preparing the animals for the intensive grain-fed stage lasting 90-300 days, during which they develop marbling and reach slaughter weights of 1,200-1,400 pounds. The entire lifecycle, spanning 18-24 months from birth to harvest, optimizes resource use across diverse operations to produce uniform, high-quality . During the feeder stage, production practices prioritize health and preconditioning to minimize stress and disease risks before transition to feedlots. Calves undergo backgrounding on forage-based diets, often supplemented with minerals, to promote steady growth while acclimating to handling and new environments; vaccination protocols target respiratory diseases like bovine respiratory disease complex, administered at or upon arrival to boost immunity. , castration for males, and dehorning are standard, followed by transportation to auctions, direct sales, or backgrounding lots, where logistics ensure minimal shrinkage in weight. In the United States, this stage supports an annual calf crop of approximately 33.5 million head as of 2024, with the majority marketed as feeders to sustain downstream supply; as of mid-2025, total inventory continued to contract, reaching the lowest levels since 1951. Economically, feeder cattle serve as a vital link between independent cow-calf producers and specialized operators, enabling risk transfer through market sales amid price volatility driven by feed costs and demand fluctuations. The purchase of feeder cattle constitutes the largest expense for farms and feedlots in the finishing phase, underscoring their role in overall profitability. In 2024, U.S. production contributed about 22% of total agricultural cash receipts, valued at $515 billion overall. Historically, the feeder cattle system evolved from open-range dominant until the mid-20th century to a structured, segmented industry following the post-1950s expansion, spurred by technological advances in , transportation, and that shifted from grass-fattened to efficient grain-finishing for consistent quality. This transition, accelerating in the with inventories growing from under 10 million head in 1965 to over 14 million by the , professionalized the feeder stage as a specialized preconditioning link, enhancing scale and uniformity in output.

Grading and Standards

United States Feeder Cattle Grades

The United States Department of Agriculture (USDA) established official standards for grading feeder cattle to provide a uniform system for evaluating young cattle intended for further growth in feedlots, with the initial standards issued in 1964 and a major revision in 1979 to incorporate advancements in cattle genetics and production practices. These standards were further updated effective October 1, 2000, to reflect changes in the genetic composition, production methods, and marketing of feeder cattle, including adjustments to muscle thickness criteria and an increase from three to four muscle grades to better accommodate diverse cattle types. No major revisions have occurred since 2000, maintaining the core framework as the basis for federal-state market reporting, trade communication, and planning in breeding and marketing programs. Feeder cattle grades are determined primarily by three factors: frame size, muscle thickness, and thriftiness, with the combination of frame and muscle scores forming the primary grade designations, such as Large Frame No. 1 or Medium Frame No. 3. Frame size is classified into three categories—Large, Medium, or Small—based on visual assessment of skeletal and often corroborated by measuring hip height (the distance from the ground to the top of the hip bones, or hooks) adjusted for age, as larger-framed are projected to reach higher mature weights, such as over 1,250 pounds for steers or 1,150 pounds for heifers at slaughter grade. Muscle thickness is scored from No. 1 (thickest, with a moderately thick, rounded appearance and good muscle-to-bone ratio) to No. 4 (thinnest, with a pronouncedly thin, angular shape and poor muscling), evaluated visually at key points like the , , and rear, to indicate potential lean yield and feed efficiency. Thriftiness requires to appear healthy, alert, and capable of normal performance; those that are unthrifty due to illness, poor , or other issues are classified as Inferior, a separate grade excluding them from standard frame-muscle combinations. Unlike quality grades for slaughter cattle (such as Prime or , which are rarely applied to feeders due to their unfinished state), feeder grades focus on predicting post-weaning growth potential and carcass value, enabling buyers to select uniform lots for efficient management. In practice, these grades are applied visually by trained USDA market reporters at auctions, where higher grades like Large Frame No. 1 often command premiums for their expected superior performance, while lower grades such as Small Frame No. 4 or Inferior typically receive discounts to account for slower gains or higher risk. For instance, fleshy or thinly muscled feeders may face price adjustments reflecting their deviation from ideal growth trajectories. This system supports value-based marketing by sorting into 12 possible frame-muscle combinations (excluding Inferior), promoting consistency across the .

Health and Quality Assessment Factors

Health protocols for feeder cattle emphasize preventive measures to mitigate risks associated with (BRD), a primary cause of morbidity in feedlots. Core vaccinations target the BRD complex, including infectious bovine rhinotracheitis (IBR), parainfluenza-3 (PI3), and (BVD), typically administered as modified-live vaccines to provide broad immunity against strain variations. is recommended to control internal parasites, which can impair growth and increase susceptibility to illness, with treatments often timed post-weaning for optimal efficacy in young stock. Castration status is a key consideration, as intact bulls or late-castrated calves face higher stress and risks during and adaptation, prompting many producers to ensure steers are processed early. Preconditioning programs form a of these protocols, involving a 30-45 day period post- where calves are acclimated to feed bunks, vaccinated, and monitored to reduce weaning stress and subsequent challenges. These programs, such as the Quality Beef Network's VAC-45, require calves to be weaned at least 45 days before sale, promoting uniform and performance. Quality indicators beyond structural grading include body condition score (BCS), assessed on a 1-9 scale where 1 denotes and 9 , with an ideal range of 5-6 for feeder cattle to ensure adequate fat reserves without excess that could hinder gain efficiency. Freedom from defects, such as horns (preferring polled or dehorned animals to minimize injury) and mudding (indicating clean, well-managed environments), signals lower stress and better adaptability. testing evaluates traits like feed efficiency through metrics such as residual feed intake (RFI), enabling selection of animals that convert feed to gain more effectively, with estimates around 0.3-0.4. Economically, preconditioned and healthy feeder cattle exhibit 10-20% lower morbidity rates in feedlots compared to non-preconditioned peers, translating to reduced treatment costs and improved daily gains. Certified programs like VAC-45 command premiums of $12-18 per at , reflecting buyer confidence in lower and higher returns. These health factors complement USDA grading by influencing thriftiness and overall uniformity scores. As of 2025, industry trends highlight antibiotic stewardship to curb resistance, with producers prioritizing targeted treatments over blanket use in preconditioning, alongside enhanced through USDA-mandated RFID tags for interstate cattle movement to enable rapid disease response.

Cash Markets

Key Pricing Factors

The prices of feeder cattle in cash markets are fundamentally driven by dynamics within the U.S. beef industry. As of January 1, 2025, the total U.S. stood at 86.7 million head, reflecting ongoing contractions influenced by various economic pressures. Supply increases seasonally in the fall following of spring-born calves, typically leading to downward pressure on prices during and . demand for U.S. , which accounts for about 11 percent of production in 2024 and targets key markets like , , and , provides upward support to feeder cattle prices by tightening domestic availability. In 2025, the U.S. reached its lowest level in 73 years, continuing a decline of 8% since 2019 due to and high input costs. Input costs, particularly for feed, represent a major determinant of feeder cattle pricing, as they comprise roughly 50 to 70 percent of total production expenses in beef operations. Corn prices, which account for the majority of feed grains, exhibit a strong inverse correlation with feeder cattle values; for instance, rising corn costs due to their use in ethanol production or crop yields directly erode profitability and depress prices. Soybean meal prices similarly influence feed rations, amplifying this effect through their role in protein supplementation. Additional inputs such as fuel and transportation costs for moving cattle to markets or feedlots, along with labor expenses, further contribute to production overheads. Weather conditions also play a critical role by affecting pasture quality; prolonged dry spells reduce forage availability, forcing earlier sales or supplemental feeding that elevates costs and impacts pricing. External factors exacerbate these dynamics, notably through weather-related supply disruptions and broader economic conditions. Droughts across the U.S. from 2022 to 2024 contributed to a roughly 6 percent contraction in the beef cow herd, from 30.1 million head on January 1, 2022, to 28.2 million head on January 1, 2024, as producers culled animals to conserve limited forage. Consumer demand for beef sustains higher prices, with estimates indicating that a 1 percent increase in domestic demand can elevate feeder cattle prices by up to 3.5 percent. Macroeconomic elements, such as inflation and elevated interest rates, act as headwinds; for example, a 1 percent rise in interest rates has been shown to decrease feeder cattle prices by influencing borrowing costs for producers and consumer spending power. Higher grades and better health assessments can yield premiums of several cents per pound in cash transactions. A key concept in evaluating cash prices is the basis, defined as the difference between the local cash and the corresponding futures price, calculated as Cash Price minus Futures Price. Basis for feeder cattle typically ranges from -5 to +5 cents per pound, varying by , , and market conditions, with negative values common in surplus production areas due to transportation costs and local supply abundance.

Sales Methods and Auction Processes

Feeder cattle are primarily marketed through a combination of -based and channels, with approximately 70% to 80% of occurring via , including both physical and video formats. Video auctions, such as those conducted by Superior Livestock Auction, allow sellers to present cattle remotely via livestream, enabling buyers from across the country to bid without physical attendance, often in truckload-sized lots of 48,000 to 50,000 pounds or groups of 20 or more head. Special feeder , typically held at regional barns, focus on uniform lots of weaned calves destined for feedlots, while -to-feedlot trades involve negotiated between producers and buyers, bypassing public auctions and reported through USDA direct feeder cattle channels. Order buyers, acting as intermediaries for feedlots or packers, also participate in auctions to secure lots on behalf of clients, facilitating efficient matching of . The process begins with sellers transporting to sale barns, where animals are sorted into uniform lots based on factors such as weight, frame size, sex, muscling, and health status to maximize buyer appeal and pricing potential. occurs in these lots, often requiring uniformity in groups of around 100 head or more to ensure consistency for operations, with auctions typically lasting several hours and conducted by professional auctioneers who announce details like estimated weights and grades. Following the sale, successful buyers arrange transportation, commonly via semi-trucks designed for , for distances of 200 to 500 miles to minimize stress and comply with regulations; longer hauls may include rest stops to maintain health. Regional variations influence auction dynamics, with the Southern U.S., particularly , hosting the largest volume through facilities like the Oklahoma National Stockyards in , where stocker and feeder cattle sales occur weekly on Mondays with a minimum of three head per lot. In contrast, Midwest auctions, such as those at Joplin Regional Stockyards in or Sioux Falls Regional Livestock in , emphasize higher volumes of corn-fed calves and incorporate more electronic bidding platforms for broader participation. Electronic platforms, integrated into both regions, allow remote bidding via online interfaces, expanding access beyond local buyers and supporting across geographies. Post-COVID preferences have driven growth in and video sales for feeder cattle, enhancing market efficiency and reducing animal stress from handling and travel, with video auctions like Superior Livestock's reporting consistent increases in participation.

Futures and Derivatives Markets

Feeder Cattle Futures Contracts

The Feeder Cattle futures contract, designated by the symbol GF, is traded on the (CME) Group and represents 50,000 pounds of feeder steers with prices quoted in U.S. dollars per pound. The minimum price fluctuation, or , is $0.00025 per pound, equivalent to $12.50 per . Contracts are listed for trading in the months of , , , May, August, September, October, and November, aligning with key periods in the U.S. production cycle. Trading occurs electronically on the CME Globex platform during regular CME hours, facilitating 24-hour access Sunday through Friday with a daily break. Speculative position limits are set at 6,000 contracts across all months, with spot-month limits at 300 contracts to prevent excessive concentration, though exemptions may be granted for bona fide hedgers. These contracts are primarily utilized by cattle producers and feedlot operators for hedging against price volatility in the underlying cash market. Market participants include hedgers, who account for approximately 80% of trading volume as they seek to mitigate risks from physical cattle transactions, and speculators, who provide liquidity by betting on price movements without intending to take delivery. As of 2025, average daily volume for Feeder Cattle futures ranges from 5,000 to 10,000 contracts, reflecting steady interest amid fluctuating beef demand and supply dynamics. As of February 24, 2026, feeder cattle futures settled lower on February 23, with March 2026 at 364.500 (down 3.525) and April 2026 at 361.425 (down 3.625). Despite recent declines, the near-term outlook is supported by bullish fundamentals from the February 20 Cattle on Feed report, showing lower on-feed numbers (down 2%), reduced placements, and structural supply scarcity. Cash cattle prices and boxed beef were higher recently, with funds adding long positions. Short-term volatility persists, but tight supplies suggest potential upward pressure over the next two weeks. A common strategy involves basis trading, where participants lock in profit margins by combining futures positions with market sales. For instance, a producer expecting to sell 800-pound feeder steers might sell futures contracts at $1.50 per pound to against potential price declines, adjusting for the local basis (the difference between and futures prices) to secure a targeted margin.

Settlement and Index Mechanisms

Feeder cattle futures contracts on the Chicago Mercantile Exchange (CME) are cash-settled, meaning there is no physical delivery of cattle at expiration; instead, positions are resolved financially based on the CME Feeder Cattle Index. This index serves as a benchmark price derived from actual cash market transactions, providing a transparent and representative valuation for contract settlement. The CME Feeder Cattle Index is calculated using data reported by the United States Department of Agriculture's Agricultural Marketing Service (USDA AMS) from 12 major feeder cattle-producing states: Colorado, Iowa, Kansas, Missouri, Montana, Nebraska, New Mexico, North Dakota, Oklahoma, South Dakota, Texas, and Wyoming. It incorporates prices from auction, direct, video, and internet sales of eligible feeder steers weighing 700 to 899 pounds with medium and large frame scores rated #1 or #1-2, excluding dairy, exotic, or non-U.S. origin cattle. The index represents a weighted average price per pound, computed as the total dollars from eligible sales divided by the total pounds sold over the prior seven calendar days, typically involving approximately 7,500 head from direct trades weekly to ensure broad market coverage. This methodology focuses on steers sold FOB with 3% shrink and pickup within 14 days, with the index published daily in the U.S. afternoon based on the most recent USDA AMS reports. For final settlement, all open as of the termination of trading—typically the last of the —are cash-settled using the CME Feeder Cattle Index value for the seven calendar days ending on the prior to the last of the month. This index value, expressed in U.S. cents per pound, is multiplied by the unit of 50,000 pounds to determine the final settlement price. For example, if the index settles at 145.00 cents per pound (or $1.45/lb), the value would be $72,500 (145.00 × 500). If USDA data is unavailable, settlement defaults to the prior day's futures settlement price. The index methodology has been refined since the to enhance market representation, including greater incorporation of electronic and video data to reflect evolving channels and improve convergence with prices. As of 2025, these updates ensure the index captures a more comprehensive snapshot of regional transactions, supporting effective in the feeder cattle sector. Options on feeder cattle futures provide producers and buyers with flexible tools to price risk beyond basic futures positions. These options are traded on the (CME) and are based on the underlying feeder cattle , allowing holders the right, but not the obligation, to buy or sell at a specified . , in particular, offer downside protection for cattle sellers by establishing a floor price if market values decline below the strike, while call options protect buyers against rising prices. For instance, a operator expecting to sell feeder cattle might purchase a put option to limit losses from falling prices, paying a premium in exchange for this coverage; premiums typically range from $0.005 to $0.02 per pound depending on market conditions and strike selection. Options are available for the same contract months as the futures, including , , , May, , September, October, and November, with American-style exercise allowing early redemption. Livestock Gross Margin (LGM) contracts serve as an insurance-based tool specifically designed for producers to protect against adverse margins between livestock revenue and feed costs. Administered by the USDA's Risk Management Agency (RMA), LGM for utilizes CME feeder futures prices alongside corn and other input futures to calculate coverage, providing if the actual falls below the guaranteed level. For feeder-to-finish operations, the is computed as the value of the (feeder price multiplied by expected weight gain, such as 11.5 for calves) minus projected feed costs, adjusted for corn price impacts and other budgeted inputs like protein supplements. Settlement occurs monthly over an 11-month period following purchase, with producers able to insure expected marketings each ; this product is particularly valuable for operators facing volatile feed prices. Beyond exchange-traded options and LGM, over-the-counter (OTC) feeder cattle swaps offer customized hedging solutions for participants seeking tailored risk exposure. These bilateral agreements, often facilitated by firms like StoneX, allow counterparties to exchange fixed and floating price payments based on feeder cattle indices or futures settlements, enabling precise coverage for specific volumes and timelines not available in standardized contracts. Packer margins, which represent the difference between boxed values and live acquisition costs, can also be managed through related derivatives such as OTC basis swaps or options on packer indices, helping processors lock in profitability amid fluctuating input prices. These instruments are increasingly popular among operators and integrated producers for comprehensive margin protection, driven by heightened market volatility.

References

  1. https://www.cmegroup.com/education/courses/understanding-livestock-markets/the-livestock-overview.html
  2. https://www.ers.usda.gov/topics/animal-products/cattle-beef/sector-at-a-glance
  3. https://www.fas.usda.gov/data/mexico-livestock-and-products-semi-annual-8
  4. https://www.ams.usda.gov/grades-standards/feeder-cattle-grades-and-standards
  5. https://fieldreport.caes.uga.edu/publications/B1481/feeder-calf-grading-fundamentals/
  6. https://www.lsuagcenter.com/portals/communications/publications/publications_catalog/crops_livestock/beef/livestock-risk-protection-insurance-for-feeder-cattle
  7. https://extension.psu.edu/beef-background-production
  8. https://www.ams.usda.gov/sites/default/files/media/Feeder_Cattle_Standard%5B1%5D.pdf
  9. https://www.ers.usda.gov/topics/animal-products/cattle-beef/sector-at-a-glance/
  10. https://utia.tennessee.edu/publications/wp-content/uploads/sites/269/2023/10/W801.pdf
  11. https://www.ndsu.edu/agriculture/ag-hub/ag-topics/livestock/beef/production/backgrounding-cattle
  12. https://www.nass.usda.gov/Newsroom/2024/01-31-2024.php
  13. https://www.nass.usda.gov/Newsroom/2025/07-25-2025.php
  14. https://extension.okstate.edu/fact-sheets/calf-preconditioning-a-comprehensive-overview.html
  15. https://farmdocdaily.illinois.edu/2024/06/costs-and-returns-for-illinois-beef-producers-in-2023.html
  16. https://www.feedlotmagazine.com/news/industry_news/how-we-got-here-a-brief-history-of-cattle-and-beef-markets/article_1fe3c56c-6739-11ec-a5bb-2b72c548a8a4.html
  17. https://agecon.okstate.edu/cattleman/files/chapter_44.pdf
  18. https://www.federalregister.gov/documents/2000/06/27/00-16150/united-states-standards-for-grades-of-feeder-cattle
  19. https://www.ams.usda.gov/sites/default/files/media/LiveFeederCattleGradeStandards.pdf
  20. https://extension.msstate.edu/publications/grading-feeder-cattle
  21. https://calfnews.net/featured/usda-feeder-cattle-grades-explained-heres-what-usda-market-news-reporters-do-at-the-sale-barn/
  22. https://www.merckvetmanual.com/management-and-nutrition/preventative-health-care-and-husbandry-of-beef-cattle/vaccination-programs-for-beef-cattle
  23. http://www.aabp.org/committees/resources/VaccGuidelines2021.pdf
  24. https://extension.okstate.edu/fact-sheets/oklahoma-quality-beef-network-vac-45-program-requirements.html
  25. https://bovine-ojs-tamu.tdl.org/bovine/article/download/97/88
  26. https://extension.msstate.edu/publications/beef-calf-preconditioning-programs
  27. https://livestock.extension.wisc.edu/articles/preconditioning-calves-establishing-your-reputation/
  28. https://extension.okstate.edu/programs/oklahoma-quality-beef-network/vac-45-information.html
  29. https://extension.missouri.edu/publications/g2230
  30. https://pubs.nmsu.edu/_circulars/CR637/
  31. https://digitalcommons.unl.edu/cgi/viewcontent.cgi?article=1032&context=rangebeefcowsymp
  32. https://www.zinpro.com/resource-center/blog/boost-beef-carcass-weight-trace-minerals/
  33. https://www.drovers.com/news/beef-production/factors-affecting-calf-prices-2021-2022-superior-livestock-auction-data
  34. https://extension.okstate.edu/fact-sheets/economic-value-of-preconditioning-feeder-calves.html
  35. https://www.federalregister.gov/documents/2024/05/09/2024-09717/use-of-electronic-identification-eartags-as-official-identification-in-cattle-and-bison
  36. https://www.cykeorfid.com/usda-2025-cattle-rfid-tag-regulations-practical-guide-and-management-insights/
  37. https://www.nass.usda.gov/Publications/Todays_Reports/reports/catl0125.pdf
  38. https://www.extension.iastate.edu/agdm/livestock/html/b2-19.html
  39. https://theicct.org/publication/the-impact-of-the-u-s-renewable-fuel-standard-on-food-and-feed-prices/
  40. https://www.ers.usda.gov/amber-waves/2009/march/grain-prices-impact-entire-livestock-production-cycle
  41. https://farmdocdaily.illinois.edu/2025/11/explaining-fluctuations-in-ddg-prices-3.html
  42. https://extension.psu.edu/tracking-milk-prices-and-feed-costs
  43. https://missouriindependent.com/2024/03/19/droughts-complicated-by-climate-change-result-in-us-beef-herd-hitting-historic-low/
  44. https://www.nass.usda.gov/Publications/Todays_Reports/reports/catl0122.pdf
  45. https://www.nass.usda.gov/Publications/Todays_Reports/reports/catl0124.pdf
  46. https://www.beefmagazine.com/market-news/does-beef-demand-impact-you-
  47. https://cap.unl.edu/news/higher-cattle-prices-are-good-wide-profit-margins-are-better/
  48. https://www.extension.iastate.edu/agdm/livestock/html/b2-40.html
  49. https://fieldreport.caes.uga.edu/publications/B1406/understanding-and-using-cattle-basis-in-managing-price-risk/
  50. https://www.drovers.com/news/beef-production/80-calves-sell-through-livestock-auction-markets
  51. https://www.fb.org/market-intel/Marketing-feeder-cattle-changes-in-sales-data
  52. https://utbeef.tennessee.edu/wp-content/uploads/sites/127/2020/11/W335-Marketing-Feeder-Cattle-Via-Video-Auction.pdf
  53. https://superiorlivestock.com/
  54. https://www.ams.usda.gov/market-news/direct-feeder-cattle-reports
  55. https://atlanticprojectcargo.com/insights/us-livestock-auctions-a-complete-guide/
  56. https://www.extension.iastate.edu/Pages/ansci/beefreports/asl1725.pdf
  57. https://extension.psu.edu/feeding-beef-cattle
  58. https://arrowquip.com/blog/cattle-research/buying-cattle-at-auction
  59. https://newprairiepress.org/cgi/viewcontent.cgi?article=8023&context=kaesrr
  60. https://www.drovers.com/news/industry/effects-transporting-cattle-auction-prices
  61. https://www.oknationalstockyards.com/
  62. https://www.farmers.gov/dashboard/michigan/kent/joplin-regional-feeder-cattle-prices
  63. http://sfrlinc.com/web/
  64. https://superiorlivestock.com/watch-auction/
  65. https://www.ams.usda.gov/market-news/feeder-cattle-internet-video-reports
  66. https://westernagnetwork.com/year-over-year-gains-top-70percent-at-northern-livestock-video-auction
  67. https://www.cmegroup.com/markets/agriculture/livestock/feeder-cattle.html
  68. https://www.cmegroup.com/rulebook/CME/II/100/102/102.pdf
  69. https://www.cmegroup.com/education/courses/introduction-to-livestock/livestock-hedging-and-risk-management.html
  70. https://www.barchart.com/futures/quotes/GFQ25
  71. https://www.nass.usda.gov/Publications/Todays_Reports/reports/cofd0226.pdf
  72. https://www.cmegroup.com/education/courses/introduction-to-agriculture/livestock/learn-about-basis-livestock.html
  73. https://www.cmegroup.com/trading/agricultural/files/understanding-cme-feeder-cattle-index.pdf
  74. https://www.ams.usda.gov/market-news/feeder-and-replacement-cattle-summary
  75. https://www.iacattlemen.org/Media/IACattlemen/Docs/factsheet_feedercattleindex.pdf
  76. https://www.cmegroup.com/markets/agriculture/[livestock](/page/Livestock)/feeder-cattle.html
  77. https://www.agmanager.info/sites/default/files/pdf/SchroederBina_06-24-19.pdf
  78. https://www.cmegroup.com/trading/agricultural/files/fact-card-cattle-futures-options.pdf
  79. https://www.cmegroup.com/education/courses/understanding-livestock-markets/establishing-a-floor-price-by-buying-livestock-put-options.html
  80. https://www.rma.usda.gov/about-crop-insurance/fact-sheets/livestock-gross-margin-insurance-cattle
  81. https://www.rma.usda.gov/sites/default/files/handbooks/2025-20060-LGM-Cattle-Insurance-Handbook.pdf
  82. https://rma.usda.gov/about-crop-insurance/frequently-asked-questions/livestock-gross-margin-cattle
  83. https://www.stonex.com/en/commodities/meats-and-livestock/
  84. https://www.cihedging.com/posts/articles/beef-margin-management/
  85. https://www.drovers.com/news/education/navigate-market-volatility-risk-management-strategies
  86. https://southernagtoday.org/2025/08/11/usdas-livestock-risk-protection-program-use-keeps-increasing/
Add your contribution
Related Hubs
User Avatar
No comments yet.