Free lesson · Crypto markets

Staking rewards and economic return

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A staking reward increases token units. Dollar performance also depends on token price, fees, slashing and the timing of withdrawals.

State whether a quoted yield is a simple annual rate or an effective compounded rate, and whether rewards can actually be reinvested. A liquid-staking token is a separate claim with conversion and liquidity mechanics.

For one period, combine reward growth with the token price change. Include fees and slashing in net unit growth rather than counting gross rewards as free economic value.

Apply it in a strategy

• Compare staking choices using net token accounting and consistent currency returns.
• Record the input timestamp, executable quantity, currency and horizon. Reconcile the result with a cash-flow or state table.
• Stress this failure condition: Withdrawal queues, slashing and a liquid-staking token discount can prevent exit at the reference asset price.

Research deliverable

Build and explain a staking rewards and economic return worksheet. Compare staking choices using net token accounting and consistent currency returns.

Evidence boundary: Synthetic arithmetic and scenarios illustrate mechanics. They are not historical returns, a paper replication, or evidence of an executable edge. Research sources and their access limitations are recorded at the end of this module.

# Python 3.10+; standard library unless NumPy is imported below.
# Inputs and outputs use the units defined in this lesson. Synthetic teaching example.
def staking_return(unit_growth,price_return):
    if unit_growth<-1 or price_return<-1: raise ValueError("Growth factors must be nonnegative")
    return (1+unit_growth)*(1+price_return)-1

print(staking_return(.08,-.20))