Performance Share Plans: Valuation and Empirical Tests
Craig W. Holden
Indiana University - Kelley School of Business - Department of Finance
Daniel Sungyeon Kim
Peking University HSBC Business School
June 3, 2014
Performance share plans are an increasingly important component of executive compensation. A performance share plan is an equity-based, long-term incentive plan where the number of shares to be awarded is a quasi-linear function of a performance result over a fixed time period. A special case is a performance-vested share plan, which provides a fixed number of shares whenever a performance result exceeds a threshold goal. We begin by documenting the size and importance of performance share plans and performance-vested share plans. Next, we derive closed-form formulas for the value of a performance share plan or performance-vested share plan when the performance measure is: (1) a non-traded measure following an Arithmetic Brownian Motion (e.g., earnings per share), (2) a non-traded measure following a Geometric Brownian Motion (e.g., revenue), or (3) the price of a traded asset following a Geometric Brownian Motion (e.g., a stock price). Finally, we compare the actual payout of plans to our new valuation formulas, the reported values on proxy statements, and heuristic values. We find that our valuation formulas do significantly better or at least tie reported value and heuristic value in matching the magnitude of actual payout in all subsamples. We also find that our valuation formulas are more accurate or tie in all subsamples. The policy implication is that FASB should require that grant date fair value be estimated using valuation formulas such as ours.
Number of Pages in PDF File: 48
Keywords: Executive compensation, Performance share plan, Performance-vested share plan, Optimal design
JEL Classification: G34working papers series
Date posted: November 18, 2012 ; Last revised: June 4, 2014
© 2015 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo6 in 0.407 seconds