Adjusting Fox 2.0 Reservoir Shocks
Fox 2.0 reservoir shocks are typically non-adjustable and come with pre-set valving optimized for specific applications. However, some models feature external compression and rebound adjusters for fine-tuning performance. To adjust these shocks, locate the adjustment knobs on the shock body, turn clockwise to increase damping force or counterclockwise to decrease it, and make incremental changes while testing ride quality. For non-adjustable models, performance can only be modified by changing spring rates or internal valving components.
Types of Fox 2.0 Reservoir Shocks
- Non-adjustable: Fixed valving, no external adjustments
- Adjustable compression: External knob for compression damping
- Adjustable rebound: External knob for rebound damping
- 2-way adjustable: Both compression and rebound controls
Adjustment Methods and Comparison
| Method | Cost | Difficulty | Best For |
|---|---|---|---|
| External compression adjustment | $0 | Easy | Tuning ride firmness |
| External rebound adjustment | $0 | Easy | Controlling body roll |
| Spring rate change | $100-300 | Moderate | Load capacity changes |
| Internal valving rebuild | $200-400 | Professional | Complete performance overhaul |
Step-by-Step Adjustment Process
- Locate adjustment knobs (if equipped)
- Set baseline: Turn knobs fully clockwise, then back 2-3 turns
- Test drive on familiar terrain
- Make 1/4 turn adjustments in desired direction
- Retest after each change
- Record final settings for future reference
Common Adjustment Scenarios
- Off-road use: Increase compression damping for better control
- Daily driving: Balance comfort and handling
- Heavy loads: Increase overall damping force
- High-speed driving: Optimize rebound for stability
Tools Needed for Adjustment
- Basic hand tools
- Shock adjustment tool (if required)
- Pen and paper for recording settings
- Vehicle for testing
Professional Adjustment Considerations
For optimal results, consider professional dyno testing to measure shock performance. This service typically costs $150-300 and provides data-driven tuning recommendations based on your specific vehicle and usage requirements.