“We only know two things about the future: (1) It cannot be known. (2) It will be different from what...
Apr 19 2016
Credit Unions: Financial Sustainability and Scale
U.S. credit union system trends are clear and consistent: consolidation is steady, regulatory pressures are increasing, the largest credit unions perform better as a group than their smaller counterparts and the service demands of consumers and regulators continues to expand. During the last two decades credit union performance has begun to diverge markedly across asset size ranges. Smaller credit unions bear far higher non-interest expenses per assets than their larger peers and struggle to offer comparable interest rates and to maintain similar asset growth rates.
Filene has consistently identified sustainable growth as one of the biggest challenges facing credit unions. The unique constraints of capital structure make sustainable growth difficult for the best credit unions and virtually impossible for many others. To best serve their members credit unions must balance short-term and long-term goals.
In this study we analyze credit union historical performance data, assess what the next ten years could look like for the industry under various economic scenarios, and outline how to apply the “two speed limits” framework to determine credit union financial sustainability. Download the slides for a visual breakdown of how to determine financial sustainability or the full report for a more detailed analysis of historical, current, and future trends.
We define credit unions’ financial sustainability as being able to:
- Offer attractive terms and interest rates indefinitely for a broad asset size range of financial products
- Remain relevant in the financial lives of their members, and of Americans as a whole, by maintaining constant, or growing, market shares
- Maintain capital per assets ratios that are sufficiently high to withstand periodic shocks, such as economy-wide increases in loan losses
Filene thanks its generous partners for making this important research possible:
Report Number 401