Unofficial V4 scenario model
See what your position could become.
Explore how spot ETH, a leveraged lending position, or a perpetual long could behave if converted into a Peapods V4 position. Use the calculator to explore your own position.
The model’s assumptions and equations can be reviewed in the app and on GitHub. Results are scenario estimates, not official Peapods calculations, predictions or financial advice, and the model may be revised as fuller documentation and post-launch performance data become available. View model scope & assumptions
What the model does
Compare the position you have with the exposure you want.
This calculator models potential Peapods V4 position profiles and compares them with spot, lending and perpetual positions. The Harvester extends the model by planning scheduled withdrawals as price targets are reached.
Model scope
A baseline for price response.
The displayed V4 curves are price-only base curves. They do not add Volatility Farming yield or subtract borrowing, rebalancing and execution costs. At this base-curve level, the model is also time-independent and path-independent: a given asset price move produces the same modelled result regardless of how long it takes to occur or the price path taken to reach it.
In practice, the path matters. Peapods’ design uses volatility-generated yield alongside automatic rebalancing, so a more volatile route to the same final price may generate additional yield that the base curve does not capture. That yield is intended to offset or exceed the costs of maintaining the leveraged position, while potentially adding further return.
The displayed curves should therefore be read as a structural baseline for price response, not an estimate of total realised return. The model is built from the V4 mechanics and examples made public so far, and its assumptions may need refinement as fuller specifications and live performance data become available.
Explore your own range
Explore your own scenario.
Change the position, constraints and price targets in the live calculator, then inspect every curve and equation.