New Lifecycle Assessment Demonstrates the Economic Advantage of Charolais Genetics
Kansas State University researchers modeled commercial production systems to evaluate full life cycle profitability across major U.S. beef breeds, establishing anticipated benchmarks for cow/calf, stocker and feeding systems for both heterosis-driven and straight-bred herds. The results mirror what Power of Yield has demonstrated for years:
Charolais performance, efficiency and yield drive greater economic advantage in today’s U.S. beef industry.
Key Takeaways
$170.18/head
- Highest total industry value modeled
- Charolais-cross
- 1,000 lb carcass
+$19.86/head
- Advantage over Angus purebred
- 1,000 lb carcass
+$41.95/head
$156.75/head
- Highest straight-bred return
- Purebred Charolais
The 1,000 lb Advantage
Kansas State University researchers modeled commercial production systems to evaluate full life cycle profitability across major U.S. beef breeds, establishing anticipated benchmarks for cow/calf, stocker and feeding systems for both heterosis-driven and straight-bred herds. The results mirror what Power of Yield has demonstrated for years:
Charolais performance, efficiency and yield drive greater economic advantage in today’s U.S. beef industry.
+$19.86 vs Angus purebred
Why This Matters
U.S. beef producers don't get paid simply for growth—they get paid for profitable pounds.
The Kansas State lifecycle assessment confirms it: Charolais genetics convert growth and efficiency into the highest total industry value of any breed modeled. Rather than peaking early, Charolais cattle keep adding economically valuable carcass weight deep into the feeding period — while still hitting quality grade targets. Combined with the added boxed beef and retail cutout value from increased red meat yield shown in the Power of Yield study, the data shows Charolais genetics building value at every stage — cow-calf, feedyard, packer, and retail — not just one.
Lifecycle Assessment Overview
The Question:
How do breed-based genetics determine total industry value in today’s U.S. beef system?
The Research Partners
Kansas State University
Dr. Logan Thompson
Dr. Bob Weaber
American-International Charolais Association
The Results
Straight-Bred Comparison
Purebred Charolais generated the highest total industry value return among straight-bred cattle, with the advantage increasing substantially at the heavier carcass endpoint.
Crossbred Comparison
Most commercial Charolais value is realized through terminal crossbreeding, and Charolais genetics return the greatest value of all major U.S. beef breeds in crossbreeding systems.
The Charolais-cross comparison represents the most commercially relevant production scenario—and produced the strongest return in the study.
Three Key Findings
Power of Performance
$170.18 Per Head
The highest total industry value return modeled in the Kansas State University Lifecycle Assessment was generated by Charolais-cross cattle at a 1,000-pound carcass endpoint, demonstrating the economic value of maximizing performance through finishing.
The Power of Yield
Growth adds pounds. Yield adds value.
The Power of Yield initiative demonstrates how Charolais genetics convert additional carcass weight into greater carcass value. Together with the Lifecycle Assessment, these findings connect performance to profitability across the production chain.
What This Means at the Ranch Level
For commercial producers utilizing terminal crossbreeding, Charolais genetics offer an opportunity to maximize value beyond weaning by producing cattle that continue generating economic returns throughout the finishing phase.
Together, these findings reinforce the value of CharAdvantage® feeder calf marketing and AICA’s Terminal Sire Index (TSI) by connecting genetic selection with measurable economic outcomes for the beef industry.
Study Methodology
Breed Comparison
Purebred Charolais and Charolais-influenced cattle were compared against other U.S. breeds at matched carcass endpoints using USMARC Across-Breed EPD Adjustment Factors.
Kansas State University researchers modeled commercial production systems to evaluate retained-ownership profitability across the cow-calf, backgrounding, and finishing phases. Breed comparisons were conducted using consistent genetic adjustment methods and matched carcass endpoints, allowing cattle of each breed to be evaluated within the same production framework.
This modeling approach provides a standardized comparison of genetic performance and economic outcomes across major U.S. beef breeds while reflecting commercially relevant production scenarios.
Production Assumptions
The Lifecycle Assessment utilized standardized production assumptions representative of commercial retained-ownership systems. Key production assumptions and pricing adjustments are summarized below.
Backgrounding System
Standard backgrounding diet was fed for 90 d KSU diets
Production costs feed consumed and $0.50 yardage
In weights were equivalent to weaning weights and predicted weight gain over 90 d was the predicted feedlot placement weight
Finishing System
Animals were finished at 28% empty body fat, average choice with variable yield grades for retained ownership scenario
900lb carcass
1000lb carcass
Southwest Kansas finishing ration, steam flake corn and contained monensin
Pricing Adjustments - Feeder cattle
Pricing
Using OKC market reports, created a quadratic price formula to better scale pricing to weight
Because this data doesn’t directly include color, used adjustments from Williams et al. 2012
-$0.018 for white/smokey hide color
Continue Exploring the Economics of Performance & Yield
Learn more about the research, evaluate your own production scenarios, and discover how Charolais genetics can create additional value throughout the production cycle.