Calculate risk-bounded position sizes using a binding-constraint sizing ladder.
npx skills add https://github.com/dnkrow/skill --skill position-sizing-dnkrow
Please help me install this Agent Skill. Skill: position-sizing Source: https://github.com/dnkrow/skill/tree/main/claude-global/position-sizing Command: npx skills add https://github.com/dnkrow/skill --skill position-sizing-dnkrow
Position sizing prevents account-destroying overexposure by converting your trade inputs (entry, stop, volatility, liquidity, and edge) into a risk-bounded position size that can survive drawdowns.
Use case example: A trader wants to place a Solana trade but must keep risk consistent across volatile tokens while also respecting pool slippage; this Skill provides a sizing ladder that selects the binding constraint (risk, volatility, Kelly, or liquidity).
Ask the skill to compute the next trade’s recommended position size using a sizing ladder that applies fixed fractional risk, volatility adjustment, fractional Kelly, and a liquidity/slippage cap from your pool depth.
High-intent search queries and answers about installing and using this skill.
Position sizing using the Kelly criterion and volatility normalizes exposure by scaling capital fraction with win rate, payoff ratio, and ATR, yielding risk-bounded trade units that survive drawdowns.
Sizing Solana token trades without high AMM slippage requires calculating a liquidity-constrained cap based on pool depth, which limits position units to prevent excessive price impact during execution.
Determining the binding constraint for trade position sizing involves evaluating fixed fractional risk, volatility-adjusted exposure, fractional Kelly, and liquidity slippage caps to select the most restrictive calculated size.
Position sizing works with fixed fractional risk and anti-Martingale strategies by computing risk-bounded units from stop distance while adjusting capital allocation based on recent win or loss streaks.
Using fractional Kelly criterion instead of full Kelly for trade sizing reduces estimation risk by applying a partial capital fraction, providing consistent downside control against inaccurate edge estimates.
You can check portfolio-level constraints when calculating position size by applying a sizing ladder that evaluates aggregate risk exposure and liquidity limits to ensure new entries respect total portfolio boundaries.
agiprolabsCalculates trade position sizes using fixed fractional, volatility-adjusted, Kelly criterion, and liquidity-constrained methods.
bitandbytesCalculate position sizes and risk controls for trading signals.
CambixxApply formal risk-management rules to size trades and protect capital.
79yuukiDesign and review trading bot risk controls for position sizing and operational safeguards.
