Exercise 9: Funding Rate Arbitrage Framework

⏰ Time Investment: 60-75 minutes 🎯 Goal: Design and analyze funding rate arbitrage strategies

📚 Required Reading Integration 📖 Primary: Lesson 9: Funding Rate Arbitrage Strategies 📖 Supporting: Lesson 2: The Mathematics of Perpetual Trading

🔍 Phase 1: Opportunity Identification (20 minutes)

Exercise 1: Funding Rate Analysis

Current Market Conditions:

Market	Spot Price	Perp Price	Basis	Funding Rate (per hour)	Annualized
ETH	$2,500	$2,550	$_______	0.03%	_______%
BTC	$50,000	$50,200	$_______	0.015%	_______%
SOL	$150	$152	$_______	0.05%	_______%

Question: Which market offers the best arbitrage opportunity?

• Your choice: _______

• Reasoning: _________________________________

Exercise 2: Delta-Neutral Setup

Scenario: ETH funding rate is 0.05% per hour (very high)

Your Capital: $10,000

Design Your Strategy:

1. Spot position: Buy _______ ETH at $_______

2. Perp position: Short _______ ETH at $_______

3. Total capital used: $_______

4. Expected daily funding: $_______

5. Expected monthly return: $_______

Delta Check:

• Spot delta: +_______

• Perp delta: -_______

• Net delta: _______ (should be ~0)

Question: How will you maintain delta neutrality?

• Your answer: _________________________________

Exercise 3: Risk Assessment

For Your Arbitrage Strategy:

Risk Factors:

• Funding rate flips negative

• Execution slippage

• Smart contract risk

• Delta drift

• Gas costs (if applicable)

Mitigation Plan:

Maximum Acceptable Loss: $_______ Exit Conditions: _________________________________

Arbitrage Opportunity Scanner Template

📊 Phase 2: Strategy Design (20 minutes)

Exercise 4: Cash and Carry Trade

Setup:

• Spot ETH: $2,500

• Perp ETH: $2,600

• Basis: $100 (4%)

• Funding: 0.1% per hour

Your Strategy:

1. Buy spot: _______ ETH at $_______

2. Short perp: _______ ETH at $_______

3. Initial profit (basis): $_______

4. Expected funding (7 days): $_______

5. Total expected profit: $_______

Convergence Plan:

• Target convergence: When perp = spot

• Expected time: _______ days

• Exit strategy: _________________________________

Exercise 5: Cross-Protocol Arbitrage

Opportunity:

• Protocol A (GMX): Funding 0.02% per hour

• Protocol B (Hyperliquid): Funding 0.05% per hour

• Difference: 0.03% per hour

Your Strategy:

• Long on Protocol A: $_______ (paying 0.02%)

• Short on Protocol B: $_______ (receiving 0.05%)

• Net funding received: _______% per hour

Calculate:

• Daily net profit: $_______

• Monthly net profit: $_______

• Annualized return: _______%

Challenges:

• Bridge costs: $_______

• Monitoring complexity: _______

• Capital requirements: $_______

Is it worth it? Yes / No

• Reasoning: _________________________________

Delta-Neutral Setup Calculator

💡 Phase 3: Execution Planning (15 minutes)

Exercise 6: Execution Sequence

For Delta-Neutral Strategy:

Step-by-Step Plan:

• Check funding rate (acceptable?)

• Calculate position sizes

• Execute spot buy: _______

• Execute perp short: _______

• Verify delta neutrality

• Set monitoring alerts

• Plan exit conditions

Timing Considerations:

• Execute simultaneously? Yes / No

• If not, which first? _______

• Maximum time gap: _______ minutes

Slippage Management:

• Expected slippage: $_______

• Acceptable slippage: $_______

• Mitigation: _________________________________

Exercise 7: Monitoring Plan

Daily Checks:

• Funding rate (has it changed?)

• Delta (still neutral?)

• Basis (converging?)

• P&L (on track?)

Alert Thresholds:

• Funding rate flips: [ ] Alert set

• Delta drifts >5%: [ ] Alert set

• Basis converges: [ ] Alert set

Exit Triggers:

📈 Phase 4: Performance Projection (15 minutes)

Exercise 8: Return Calculation

Your Arbitrage Setup:

• Capital: $10,000

• Strategy: Delta-neutral funding capture

• Funding rate: 0.03% per hour

• Position size: $10,000 perp

Calculate:

• Hourly funding: $_______

• Daily funding: $_______

• Weekly funding: $_______

• Monthly funding: $_______

After Costs:

• Trading fees: $_______

• Gas costs: $_______

• Net monthly: $_______

• ROI: _______%

Arbitrage Risk Assessment Template

Exercise 9: Scenario Analysis

Best Case:

• Funding stays high: 0.03% per hour

• Hold for 30 days

• Net profit: $_______

Worst Case:

• Funding flips to -0.01% per hour

• Hold for 7 days before exit

• Net profit/loss: $_______

Realistic Case:

• Funding averages 0.02% per hour

• Hold for 14 days

• Net profit: $_______

Question: Is the risk/reward acceptable?

• Your answer: Yes / No

• Reasoning: _________________________________

✅ Self-Assessment

Rate your arbitrage strategy design (1 = Beginner, 5 = Expert):

• Opportunity identification: __/5

• Strategy design: __/5

• Risk assessment: __/5

• Execution planning: __/5

• Performance projection: __/5

Areas needing more review: _________________________________

🎯 Next Steps

If you scored < 4 on any topic:

• Review Lesson 9 on that topic

• Study delta-neutral strategies

• Practice with paper trading

• Start with very small positions

If all topics ≥ 4:

• Proceed to Exercise 10 (Risk Management)

• You're ready to implement arbitrage strategies!

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