All opinions expressed in the blog are solely my own. The blog is not an official publication of any City of Melrose organization. *Some AI assist...
Volleyball players have more equipment choices than ever. In every tournament you'll see combinations of knee pads, ankle braces, sleeves, tape, and accessories.
The challenge is separating fashion from effectiveness.
Protective equipment should not be a design statement. It should not be political. It should not be "hit and miss." The best choices are evidence-based, practical, and simple enough for consistent use.
The goal is to stay healthy, available, and able to perform at a high level.
Knee Pads
For most volleyball players, knee pads are the easiest decision.
Volleyball involves diving, sprawling, and repeated contact with the floor. Knee pads reduce abrasions and bruising while making players more willing to pursue difficult balls.
The best knee pad is usually not the biggest or most expensive. It is the one that fits properly, stays in place, and allows unrestricted movement.
Protection matters. Mobility matters too.
Ankle Supports
Ankle injuries are among the most common injuries in volleyball.
Research suggests that athletes with a history of ankle sprains benefit from braces or structured support. For players who have previously injured an ankle, a brace can reduce the likelihood of another sprain. I've previously written that braces are more effective than tape.
For athletes without a history of ankle problems, the decision is less clear. Some choose support for peace of mind. Others prefer unrestricted movement.
The important question is, "What risk am I trying to manage?"
Elbow Sleeves
Elbow sleeves offer protection against floor burns, abrasions, and minor impacts.
For defensive specialists and players who spend significant time on the floor, sleeves may provide useful protection. For others, they may offer little practical benefit.
Comfort and function should drive the decision.
Mouthguards
Mouthguards are common in many sports but less common in volleyball.
Most volleyball injuries involve fingers, ankles, shoulders, or knees rather than dental trauma. However, collisions with teammates, posts, or the floor do occur.
Data indicates that approximately 11,000 to 14,000 volleyball-related concussions occur annually in the United States across organized youth, high school, and college play. A Melrose player suffered a severe concussion several years ago, although it's hard to imagine a mouthguard preventing that particular injury.
Players with braces should strongly consider mouth protection. Others may decide the risk does not justify routine use.
Other Equipment
The padding typically covers:
- Hip bones (greater trochanter area)
- Upper thigh
- Tailbone/coccyx (some models)
Advantages:
- Hidden under uniform shorts
- Little effect on movement
- Useful on hard courts
- May reduce bruising from repeated diving
A useful question is: "Does this solve a real problem?" If the answer is no, it may simply be adding cost, complexity, or distraction.
The Most Important Protective Equipment
The most effective protection is not something you buy.
It is:
- Proper technique
- Good communication
- Adequate sleep
- Sound nutrition
- Smart training loads
- Consistent strength and mobility work
The healthiest athletes are usually the athletes who make good decisions day after day.
Protective equipment can help. Good habits add special layers of protection.
Lagniappe.
Lagniappe 2. Via Claude.ai
Lagniappe. Do compression socks/leggings actually do anything?
You see them on plenty of teams now — knee-high socks, full leggings, calf sleeves. Worth it, or just a look? The research says: depends what you're using them for.
During the match — don't expect a performance edge. The evidence for compression boosting jump height, power, or speed while playing is thin. One old (1996) study found volleyball players got a bump in average jump height in compression shorts, but not max height — not exactly a ringing endorsement. The more interesting finding is on the sensory side: compression seems to sharpen proprioception and balance by enhancing feedback from the skin and muscles, which could matter for an ankle/landing-heavy sport. But that's stability, not vertical.
After the match — this is where it earns its place. Multiple meta-analyses (pooling dozens of studies) show a real, moderate benefit: less soreness (DOMS), faster return of strength and power, lower markers of muscle damage. Not every study agrees on every marker — the inflammatory-marker data especially is mixed — but the strength/power/soreness signal holds up reasonably well across independent reviews.
The catch: dose matters. The clearest recovery wins came from extended, continuous wear — think 24 hours post-exercise, not 20 minutes in the locker room. A few hours in compression socks after a match is a much weaker dose than sleeping in them.
One volleyball-specific data point: a 2019 study on elite female volleyball players tested compression socks on long-haul flights (Australia to the Philippines), tracking jump performance, well-being, and blood-clotting markers. Useful context for tournament travel days, less so for a Tuesday practice.
Bottom line: skip the marketing claim that they'll make you jump higher. Use them as a recovery tool — ideally overnight after a tough match or tournament day — and as a reasonable option for long travel. The "feels less tired" reports are real, even if some of that is the players knowing they're wearing them (none of these studies can be blinded, so there's an honest placebo asterisk on the subjective side).
Sources: Sears et al. (1996) on volleyball jump height; Dupuy et al., "An Evidence-Based Approach for Choosing Post-exercise Recovery Techniques" (Frontiers in Physiology, 2018); Hill et al., "Compression garments and recovery from exercise-induced muscle damage: a meta-analysis" (2014); Li et al., "Effects of Compression Garments on Muscle Strength and Power Recovery Post-Exercise" (Life, 2025); Broatch et al., "Effects of Sports Compression Socks on Performance, Physiological, and Hematological Alterations After Long-Haul Air Travel in Elite Female Volleyballers" (J Strength Cond Res, 2019).
